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The independent source for study and review of camera ergonomics.

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    The G1XMk3 makes a good street and documentary camera with its reliable exposure and focussing and overall good picture quality. Picture quality is not noticeably better than that achievable with the much smaller Sony RX100Mk4 but the Canon is nicer to hold and operate particularly with EVF viewing or if the fully articulated monitor screen is desired.


    This is a brief user review after 2000 exposures in a variety of conditions. I used the camera mostly for street, documentary and general photography, indoors and outdoors.


    Specifications and features  The G1X3 has almost all the features an enthusiast photographer might wish for. These include a good EVF in the optimum location, a fully articulated monitor of good quality and twin dial control layout and much more.


    At last Canon has given one of its cameras sweep panorama capability. This works reasonably well on the G1X3 and unlike many compacts can be used at any focal length. Unfortunately I noted a lot of poor stitching with multiple imaging with some subjects particularly foliage.


    Missing are 4K video and zebras.


    Unique selling point ?  I guess from Canon’s perspective fitting their 27mm (diagonal) dual pixel AF sensor into a compact barely larger than the G5X (which has the much smaller 15.9mm sensor) is a pretty big deal and no doubt a considerable technical achievement. But I wonder if many potential buyers care about this, especially given the modest imaging capability of the sensor and the price point which Canon has set for the G1X3.


    Picture Quality  This is generally good but not class leading for a 27mm diagonal  APS-C  sensor.  On my tests the G1X3 had just half an EV step less noise at ISO 3200-6400 than my little Sony RX100Mk4 and almost one EV step less noise than the RX10Mk4. Both these models have the much smaller 15.9mm diagonal sensor.


    In low light the RX100 is more capable as its lens is 1-2 stops faster (wider aperture, lower f number) than the G1X3. 


    My copy of the G1X3 lens is very sharp at all focal lengths and apertures. There is no need to stop down for sharpness. This is a good thing because the lens’ maximum aperture is a rather pedestrian f2.8-f5.6.   


    Red/purple and green fringing can be quite noticeable at high contrast edges in Raw files.

    When this is corrected in Adobe Camera Raw  grey fringing can sometimes result. Please see my previous post for discussion about this and how to prevent it.


    Performance  The camera is generally responsive to user inputs. It does not impede picture taking in most circumstances. EVF blackout is brief enough that I did not notice it in general photography. Shot to shot times are short enough that they are not an issue most of the time although current model Sony and Panasonic models are faster.


    The camera can follow focus on a moving subject at 4 frames per second with commendable accuracy.


    Overall with still or moving subjects I found the autofocus to be very accurate and reliable.

    In general photography the camera produced an almost 100% perfect rate of sharply in focus pictures provided the AF area was positioned over a suitable part of the subject.


    I used [1 Point AF] for best consistency and control of the AF area position.


    I found exposures to be reliably accurate in almost all circumstances.


    I did notice however that in P Mode with auto ISO and the [Rate of Change] at Standard, the camera would often flip between ISO 100 and ISO 800 not infrequently producing an exposure of 1/1000 sec at f2.8 and ISO 800 for a well lit outdoors scene, when something like 1/60 at f4 and ISO 100 would have been more appropriate.


    I did not notice this odd behaviour with Auto ISO in A Mode.


    Unfortunately write-to-card times are slow, particularly after a burst of exposures. For instance after a burst of 17 frames with RAW+JPG capture the camera took 35 seconds to write all the files to the card with most functions being locked up during that time.


    Ergonomics  The G1X scored 68/100 on my standard schedule. This is the best score I have given to a compact camera but it could easily have been higher with some relatively minor design changes. These would include a more prominent handle, better located front control dial (behind the shutter button where Canon DSLR users expect to find it), larger and more prominent buttons all round.  

    A more user friendly approach to the actual functions of the buttons would be appreciated also. For instance there is no direct way to allocate one of the buttons to AF-ON without this also impacting on the function of the shutter button.


    Summary  The G1X3 is a competent and reliable picture taking device which produces good results in a wide variety of photographic conditions. It has no serious faults or defects of the kind which might make it a “no-buy”.


    That is all fine and good but I suspect that enthusiast photographers might find it a bit uninspiring.


    With the G1X3 Canon appears to have elected to play it safe and not to push the capability envelope too much in any direction.


    In this respect the G1X3 is similar to all Canon’s consumer camera models in recent years.

    The strategy is certainly working well for them with respect to sales and profits and I guess that is the manufacturer’s bottom line.


    IF Canon dared to go for the high ground with a larger but still reasonably compact model  having an f2.0-4.0 lens, a proper handle and better located and designed controls, a much faster processor and less high ISO noise, and if they got it all working properly,  that could become a cult classic and very attractive to those enthusiasts prepared to pay for it.


    Further reading  For further reading about the G1X3 including several posts about setting up the camera and one about the grey fringing issue readers can find the fixed zoom camera page on this blog at http://cameraergonomics.blogspot.com.au/p/fixed-zoom.html    and scroll down to the Canon G1XMk3 listings.  There is plenty to read there.









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    This printer’s full name is  Epson Expression Photo HD  XP-15000 and it’s model designation is B641A or C11CG43501 depending on which part of Epson’s information material you read. 

    However it is most often identified in Epson marketing and product documents simply as XP-15000.


    There are broadly speaking two lines of Epson ink jet printers, consumer and professional photo.


    The former generally use dye type inks and are modestly priced.  The latter are generally larger, more expensive, take larger paper sizes and use pigment inks.


    The XP-15000 sits at the top of the consumer/dye ink lineup available in Australia.  It uses Epson Claria ink.


    It works well as an everyday office printer  using  plain A4 paper. However it can also make very good looking prints up to A3+ (329 x 483mm) size.


    It is thus ideal for the amateur photographer who mostly uses a printer for general office work but who would from time to time like to print a favorite photo for display at a decently viewable size.


    I had until recently been using an Epson 4880 printer for my photographic requirements. But after nine years of faithful but expensive service the 4880 finally died so I had to consider my printing needs anew.


    Although the 4880 is a fine printer and makes excellent prints it is a professional model and really needs to be used daily or the nozzles get clogged requiring much head cleaning. This uses a lot of ink which is very expensive.


    I wanted a model which would meet all my general office printing requirements but be able to make fine photo prints on occasion. My printing size preference is A2+ but I could not find anything to meet my needs at that size.


    So I opted for the XP-15000 which takes the smaller but still decent A3+ size.


    Description  The XP-15000 is very compact ( width 48cm, depth 37 cm, height 15cm) and light ( 8.5 kg) considering the output print size. 

    It fits on my desktop in the same space as a consumer A4 printer. 

    The penalty for the light weight is, yes you guessed it, lightweight construction. As a result the paper handling parts of the device seem a bit flimsy to me. They work just fine but I would not place this printer in a general office environment with miscellaneous unsupervised users. It is more suitable for the careful individual user.


    Plain A4 paper feeds from the lower tray. Photo paper up to A3+ loads in the upper paper feed, printing side facing the user.


    Extension and retraction of the print output tray is motorised. The instructions say it can be moved manually with care but mindful of the lightweight construction I let the motor do this.


    There is no roll feed and no option to add one.


    I have read it is possible to cut a length off a roll and feed this manually for making panoramas. I have also read that this produces skewed feed. I may try it someday but have not yet done so.


    Price  I bought the printer online from Epson Australia for AUD499 with free delivery. It comes with a set of inks.

    The 6 color Claria Photo HD ink cartridges come in two sizes, standard and XL. Epson provides no information as to the actual volume of ink in either. The XL inks cost AUD32 each in Australia with free delivery.


    Inkset  There are 6 inks. We have the usual Cyan, Magenta, Yellow, Black and Gray, but also Red.  How red fits into the color mix I really don’t understand but obviously the Epson boffins do because the colors print out very well.

    There is no separate Matte Black ink.


    Setup  I downloaded the setup file from the Epson Australia website. The printer came with a setup CD which I did not use. Setup went reasonably smoothly using either USB connection to the computer or Wi-fi. I did find quite a few discrepancies between what the setup screen on the computer indicated and the actual readout on the printer control screen. However I muddled through this without too much trouble. As I often find with electronic equipment the instructions in this case were not as helpful as one might have hoped for. But following the prompts got me through without too much bother.

    The Epson Australia website is well designed and easy to navigate. All required drivers and operating software are easy to locate and download.


    Operation and Speed  You can read the published specs elsewhere. All I need to say here is that the printer runs at average speed with plain A4 paper including 2 sided printing and prints photos decently fast. Speed is not a problem.

    The XP-15000 does not do scanning.

    It is commendably quiet in operation. By way of contrast the 4880 sounded like a haunted house with a great cacophony of groans, rattles and clanking noises. 


    Media and printing profiles  As you might expect at this point in the market the XP-15000 offers a limited set of media options for photo printing.

    The supplied printing profiles cover all the essentials however including Matte, Velvet Fine Art, several versions of glossy and semigloss and Premium Luster.

    I note however that Epson Australia does not offer Premium Luster or Velvet Fine Art media for the XP-15000.


    I checked on the Ilford website and found no printing profiles for the XP-15000. I guess that means you are limited to Epson papers. I find this no hardship as these are excellent.

    I use Epson Premium Semigloss 250 for everything and find it delivers top quality photo prints. I find no reason to hanker for anything else.


    Photo quality  This, in a word, is excellent. Prints have very good highlight and shadow detail, deep blacks, good midtone contrast, good color fidelity and very good sharpness. Overall color rendition is well saturated without going overboard.

    When making photos I have found no faults with ink application or paper feed or anything else.

    I have not seen better looking prints come off any other printer.


    Photo display life  Prints made with  Claria dye inks do not have the same display life as those made with pigment inks. This may be an issue for prints intended for very long term display up to 200 years or more.

    However I suspect that for most of us this will not be a significant problem, given more modest expectations of display life.


    Problems ?  The only thing I have encountered is the printer’s tendency to spit out an extra sheet of plain A4 paper when doing office printing. This is mildly annoying but no big deal. I just slip the extra sheet back into the paper cassette.


    Summary  The XP-15000 does exactly what I wanted it to do. It functions as my everyday office printer using plain A4 paper and it also makes excellent photo prints when required.

    Recommended.











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    The G1X3 is a good street/documentary camera with fast accurate focusing. There is a bit of blue in the flare around the lights which I elected to leave in place.


    The Canon G1X3 is a versatile compact camera  capable of delivering very good photos in a wide variety of circumstances.


    However the Raw files exhibit purple fringing in some conditions, please refer to the photos below.  JPGs are less affected by the fringing but it still can be present for instance in the JPGs of the images below (not shown).


    In my experience of several thousand frames with the G1X3 the most likely scenario to produce color fringing is foliage against a cloudy bright sky but any similar condition with high subject brightness range across an edge can do it.


    Last week Adobe released an update of Photoshop and Camera Raw with a revised and expanded Profiles facility including Camera Matching profiles.


    I have been experimenting with these to determine whether they are useful for managing the fringing.  My results are not encouraging thus far.


    It seems to me that there is no “right” treatment for all files and the best approach is to tackle each one separately. The nature of the fringing is different in each case. Sometimes it is blue, sometimes purple or magenta and sometimes there is green fringing on the opposite side.


    This is a crop from the top right of the photo below, showing typical color fringing.

    The whole frame. There is plentiful color fringing in the upper part of the frame with foliage against a cloudy/bright sky.


    So I will just put down all the strategies that I have discovered with some notes as to their usefulness in my experience.


    1. Global strategies, that is, affecting the whole frame.


    1.1.  In the Basic tab of Camera Raw the default Profile is Adobe Color. But there is also a set of Camera Matching Profiles. I tried all of these with various files and found that the Camera Faithful Profile gives less color fringing with some images than the default profile.


    But, I also discovered that with some images this does not eliminate color fringing.

    So I tried to correct the residual fringing by going to the

    Lens Corrections Tab>Profile>Remove Chromatic Aberration. Unfortunately in some cases this actually made the color fringing worse by adding magenta fringing to the residual blue/purple fringing.


    1.2.  Reset the default profile (Adobe Color) in the Basic Tab.

    In the Lens Corrections Tab go to Profile>Remove Chromatic Aberration. This usually removes some but not all of the color fringing.


    1.3. Still with the default Adobe Color profile in the Basic Tab, go to the Lens Corrections Tab>Manual>Defringe> see options for purple and green fringing.  This is more effective at removing color fringing than the strategy in 1.2.


    But full correction of fringing by this method can with some images cause the phenomenon of gray fringing elsewhere in the frame. When present this is particularly noticeable on human skin and is highly objectionable.   This problem can occur to some extent with any camera/sensor/processor system but is more obvious with the G1X3 than any other camera which I have used.


    2. Local strategies.


    2.1.  Select the Adjustment Brush in Camera Raw. Look down the list of settings which can be applied to the brush and find Defringe. Set the amount  arbitrarily to 50 and swipe the brush over the part(s) of the image with color fringing. Adjust the amount up and down, see what effect this has.

    I find that some reduction of fringing can be achieved this way.


    Summary  I am unable to offer a method which works reliably with every image.

    My own practice is to set the default Adobe Color Profile in the Basic Tab then in the Lens Corrections Tab go to Profile>Remove Chromatic Aberration,  then if there is residual color fringing I select the Adjustment Brush with Defringe and apply local correction.

    This appears to work reasonably with most images but I sometimes find that I end up having to tolerate a bit of residual color fringing around the edges of the frame.





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    The RX10Mk4 offers very good follow focus capability on moving subjects. I used the Sport/Action settings listed below for this shot. I made 64 still frames in a single take at full zoom with around 95% in sharp focus.


    I have been  working with the RX10 Mk4 for several months and have after considerable experiment arrived at some groups of settings which are giving me consistent results.

    They are summarised below.


    Shooting situation

    ISO

    C1

     ISO Auto Min SS

    C2

    Focus Area

    Fn button

    Steady Shot

    L button

    Drive Mode

    R button

    Quality

    Down button

    Mode Dial position

    Focus Mode rotary dial

    Comment

    General photo

    H H

    Auto

    Std

    Flex Spot large

    On

    Single

    Raw+

    JPG

    P

    S

    Standard settings

    Birds perched

    H H

    Auto

    Std

    Flex Spot small

    On

    Single

    Raw+ JPG

    P

    S


    Sport action

    H H

    Auto

    Faster

    Flex spot large

    On

    Cont Mid

    JPG x.fine

    MR 1

    P mode

    C

    Assign to MR1

    Birds in flight

    H H

    Auto

    Faster

    Wide

    On

    Cont mid

    JPG  x.fine

    MR 1

    P mode

    C

    Assign to MR1 change Focus Area

    Lands

    cape

    Tripod

    100

    Std

    Or Slow

    Flex Spot large

    Off

    2 Sec timer

    Or cable

    Raw

    MR2

    A mode

    S


    Assign to MR2












    Notes

    H H = hand held

    In the items on the top line I have indicated which button I use for each of the adjustable parameters. This is just for information, they can be allocated to any of the configurable buttons. The main thing is to remember what function has been assigned to which button and to become familiar with this.

    None of these settings is engraved in stone.  The whole enterprise is an ongoing work in progress. This is just a snapshot of where I am with the settings at the moment.

    In low light S Mode with a suitably fast shutter speed might be required for birds, perched or in flight and sport/action.

    I use JPG x.Fine for moving subjects which generate a LOT of files in very quickly.  Even at Continuous Shooting: Mid (10 fps) the camera churns out 600 frames per minute.  In Continuous Shooting: High you get 1400 frames per minute.

    The x.Fine JPGs are of good quality and will tolerate some editing in Adobe Camera Raw filter.

    I find 10 FPS fast enough and for many subjects too fast a frame rate. I would welcome a 5 FPS option.  I find 24 FPS just generates an overwhelming number of files without providing me with more information.

    For most sport/action/moving subjects I am finding that [Flexible Spot-Large] Focus Area gives a higher percentage of sharply-in-focus frames than [Wide].

    But for birds in flight with clear or cloudy sky in the background, which by the way the RX10M4 can readily handle, [Wide] is better as the bird will not always be behind the AF Area box.  For BIF with a busy background such as trees, I need to do more research.

    As they say in the movie….it’s complicated.








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    G85 with 14-42mm lens 70mm at f5.6  Very good resolution and overall picture quality.

    I like street and documentary photography and like to make a photographic record of family gatherings.


    For these purposes I prefer a compact but not tiny camera. I find the tiny ones awkward and unsatisfying to hold and operate.


    I value good functional design and good ergonomics in a camera provided it makes good pictures.  I have never warmed to the idea of making photos with a smart phone. All right,  true confession time I don’t even own one.  I do have an iPad which I use frequently but never for photos.


    Over the years I have owned and used many advanced compacts and many interchangeable lens cameras with some kind of kit lens.


    Which is better ?


    This post looks at the question using the Canon G1XMk3 as the advanced compact and the Panasonic G85 with standard 14-42mm lens as the ILC with kit lens.


    Price  I bought both retail in Sydney.

    The G1X3 cost $1499 (effectively $1399 with a Canon $100 cashback).

    The G85 with 14-42mm cost $1059.

    I fitted each with a lens protect filter and two spare batteries which cost about the same for each kit.


    Size and mass  The photo tells the story. The G1X3 has a larger sensor than the G85 but is smaller overall due to the collapsing multibarrel lens design.

    The G85 has a much larger handle and control panel.


    Carry bag  I find the size of the bag required to carry a camera more important to me than the precise dimensions of the camera itself.

    The G1X3 carries nicely handle up in a Think Tank mirrorless mover 5 bag. It is a bit loose in there but I could not locate a better fit from bags available in Australia.

    The G85 fits handle up in a Think Tank Mirrorless Mover 10 bag. Again it is a bit loose but that is the best fit I could locate.

    I find the MM10 bag just as easy to carry with a shoulder strap as the MM5.


    Basic specifications  You can read all the details elsewhere but the main features are:

    The G1X3 has a Canon APS-C 27mm diagonal 24 Mpx sensor with an aspect ratio of 3:2.

    The G85 is a micro four thirds model using the smaller 21.5mm diagonal 16 Mpx sensor with an aspect ratio of 4:3.


    Each has a built in hump top style EVF, a fully articulated monitor with very similar touch functions and a set of controls designed to appeal to an enthusiast/expert user group.

    Each has a 3x zoom with similar focal length and aperture range.

    The G1X3 covers (equivalent) 24-70mm with an aperture of f2.8 to f5.6.

    The G85 covers (equivalent) 28-84mm with an aperture of f3.5-5.6.


    G1X3 at 72mm f5.6


    Image Quality  The Canon has a larger sensor than the Panasonic with 50% more pixels. So you might think the Canon would have easily the better image quality. However on my quite extensive tests that did not prove to be the case.  Overall I rate the G1X as providing marginally more fine detail than the G85 but this is only visible on close inspection of matched test subjects viewed carefully side-by-side at 100% on a high definition monitor.

    For all practical purposes they are the same.


    Lens  I ran many tests on this using two types of test target at close range, a frequently used test scene at 100+ meters from the camera and numerous general scenes. I found that at the limit of fine resolution, which by the way is quite impressive, the G1X3 was able to reveal marginally more detail in a scene than the G85, evident mainly at the periphery of the frame.

    Both lenses are actually very good at resolving detail at all focal lengths and apertures. Both benefit a bit at the frame edges from stopping down the aperture a little.

    By way of comment I think that small (tiny in the case of the G1X3), inexpensive (the 14-42mm adds only $70 to the G85 body only price) lenses like these are the real heroes of the lens world.  Sure there are big, heavy, expensive lenses which get most of the publicity but their optical quality is only modestly better than these budget lenses at matched apertures and focal lengths.


    Note on sample variation:  Sample variation in lenses is the bugbear of modern cameras. I have bought and used very bad and very good copies of lenses from all makers at all levels of the price range. My copy of each the lenses compared here tests very good. They both show good centering, good sharpness at all apertures, across the frame and at all focal lengths. I am confident that I am not comparing a bad copy of one with a good copy of the other.


    Note on lens and image testing with different sensors:  The G1X3 has more pixels and a different aspect ratio than the G85. To match images side by side on screen they need to be adjusted such that picture elements will be the same actual size on screen.  For this series of tests I downsized the G1X3 images in Photoshop (with resampling) to the same vertical height (landscape orientation) as those from the G85. This gave me images close enough in size for meaningful comparison.


    ISO range noiseThe G1X3 is said to use the same Canon DPAF, 24Mp sensor as several other current Canon EOS and EOS-M ILCs. Those which have been tested by DXO give a high ISO score one stop (EV Step) better than the G85.

    But my tests show that the G85 has about 0.3 stops less RAW noise at high ISO settings than the G1X3. I double checked.


    I looked at Digital Photography Review’s results and found the same thing.

    For some as-yet-unknown reason the 24Mp sensor in the G1X3 has about 1.3 stops more Raw noise at high ISO settings than other Canon cameras said to use the same sensor.


    Overall appearance  After minor adjustment in Adobe Camera Raw, pictures from both cameras were indistinguishable with regard to overall appearance, highlight and shadow detail and color balance


    Faults and problems    The G1X3 is quite prone to purple/magenta/green color fringing in Raw files at high contrast edges, not always fully removable in Adobe Camera Raw. In some cases when the fringing is removed using the Defringe sliders in the Lens Corrections>Manual tab the phenomenon of gray fringing can occur, most noticeable on skin tones.


    The G85  (and some other Panasonic cameras) is prone to misfocussing when presented to a subject with multiple very small bright light sources. In Sydney this usually means sunlight reflecting off glossy tree leaves. I select a position of the AF area to avoid these sparkly bright lights.


    The G85 demonstrates considerable correction of distortion, aberrations and color fringing even in Raw files. This gives mostly nice clean images but sometimes the tips of fine foliage have a light purple halo around them if seen against a clear sky. This is a long standing Panasonic characteristic which I have never seen reported although it is fairly obvious when you know what to look for.


    Speed and responsiveness   Both cameras respond promptly to user inputs and most of the time neither feels as though it is impeding the picture taking flow.

    The G85 has a focal plane shutter which has a slower shutter response than the in-lens leaf shutter of the G1X3 because the focal plane shutter has to close then open before every exposure. (unless the E-Shutter is used but there are very good reasons for not using this, discussed in another post).

    The G1X3 has a small buffer. This can cause noticeable slowing if a series of JPG+RAW shots is made in quick succession.


    Focusing  Both cameras provide fast, accurate AF single and both can readily follow focus on a moving subject in AF continuous. The Canon has the most accurate, reliable AF single of any camera I have ever used. That is a really big deal for me. I gave up Canon DSLRs many years ago, frustrated by their erratic, unreliable autofocus.

    The G85 is also fast, accurate and reliable except in the specific lighting condition referred to above.


    Ergonomics 

    Note: Both cameras have small, flat buttons on the control panel. These are difficult to locate and operate by feel. I placed a dot of clear epoxy resin on two buttons on the G1X3 and the Cursor, Menu/Set and Disp. Buttons of the G85. This minor improvement makes each camera much easier to control without having to interrupt the capture workflow to find a button by sight.

    I also modified the finger grip parts of the G1X3 lens cap to make it easier to get a hold on the cap and remove it.


    Overall  I gave the G1X3 a Camera Ergonomics overall score of 68.

    The G85 scored (entirely by coincidence) 85.

    In practice the G85 provides a much better user experience for the expert/enthusiast photographer who wants to take control of the picture making process.

    With the G85 almost all the  tasks of controlling the camera can be carried out with fewer actions, each less complex than is required for the G1X3.


    Holding  The G85 has an anatomical handle which is comfortable and provides a very secure grip. This is complemented by a well shaped and positioned thumb support. The G85 is easy to carry by the handle ready for instant use.

    There is enough space on the G1X3 for a more substantial handle but it does not have one. The thumb support is well positioned.

    After using the G85 for a while I really don’t want to go back to the G1X3.

    Holding and carrying the G85 is more comfortable and secure than the G1X3.


    Viewing  On the specifications the two cameras appear to be very similar. However the G85 has a larger, clearer EVF with better color accuracy and a more natural tonal rendition.

    On the G85 both the EVF and monitor can be set to either “viewfinder” or “monitor” style to suit personal preference. I set both the same to ensure a seamless segue from on to the other.

    On the Canon you get monitor style on the monitor and viewfinder style on the EVF. This means the two viewing portals always present a different appearance.

    The EVF is much more adjustable on the G85.

    On screen camera data is easier to read on the G85 as is the level gauge.

    The sum of numerous small differences makes for a better viewing experience with the G85.


    Operating   My work with camera ergonomics has led me to the view that operating efficiency can usefully be described by the number and complexity of actions required for a practiced user to control the device.

    For almost every task required to operate these cameras, the G85  requires fewer actions each less complex than the G1X3. 

    This includes switching on and off, changing mode dial position, adjusting aperture and shutter speed, adjusting exposure compensation, moving and changing size of the active focus area,  switching between the various modes including drive mode, focus mode, autofocus mode, changing ISO setting and many others.


    Close ups  I set each camera to the longest focal length available to give a workable distance between the camera and subject. I set the close up mode on the G1X3.

    At minimum possible focus distance the G85 gave a horizontal field of view of 10.5 cm. The G1X3 gave 15.5 cm.

    Neither camera gives anything like real macro but the G85 can capture a smaller piece of the world than the G1X3.


    Panorama  Both cameras can do in camera auto panorama utilising all focal lengths of the lens.

    Picture quality from both is quite good at the wide end of the zoom but poor at the long end of the zoom.

    Getting good auto panoramas requires practice with technique and experience with subject selection.

    Either camera can do a decent job using the wide end of the zoom in either landscape or portrait orientation.


    Video  The G85 can output 4K video which is not available to the G1X3.

    But even with Full HD quality the G85 outputs higher quality video than the G1X3.

    In addition the G85 can accept an external microphone for improved audio if desired.


    Comment

    If I want the most compact camera available to me I select the Sony RX100Mk4. This is much smaller than either of the cameras compared in this post and makes pictures which are for the most part indistinguishable from those made with the G1X3 or G85.


    So why not use the RX100M4 all the time ?  The reason is I don’t like using it.

    It is a utilitarian device which has its uses in my household. It works well on one of the full auto settings which is just as well because it scores poorly on the ergonomics of holding, viewing and operating.


    The G85 with the 14-42mm kit lens is just about the perfect sized camera for me. It suits my  slightly above average adult male sized hands but is also very suitable for anybody over the age of about 10 years.


    In the bridge camera world I find the Panasonic FZ300 occupies this goldilocks size zone. No surprise that it is a very similar size to the G85.


    The G85 is just large enough to have a fully evolved design for holding and viewing and a well designed set of controls for an expert/enthusiast user. Beginners and snapshooters will have no trouble using the G85 on one of the automatic settings.


    Where does that leave the G1X3 ?

    A bit stuck in the middle, I think. It is not quite large enough to support a fully ergonomic handle and controls although that could be improved with a different approach to design. On the other hand it is not really pocketable unless you have very large pockets.

    On its own merits the G1X3 is a good camera the standout feature of which is its very reliable autofocus system. It can make very good pictures. Problem is so can most cameras these days.


    Conclusion  My choice for walk-around camera at the moment is the G85 with the 14-42mm kit lens. This represents something of a return to the M43 system for me, at least for this purpose.

    I have a Lumix G 12-35mm f2.8 lens on backorder and will test and report on the G85 fitted with this lens in due course.

    For sport/action/birds perched/birds in flight I have no interest in  M43 or any other interchangeable lens system.

    The reason for that is the Sony RX10Mk4 which is a super performer for this type of photography.




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    Big scene Sydney. G85 with 14-42mm lens at 14mm f5 hand held. 

    I recently picked up a G85 and started using it again after  several months without an interchangeable lens camera. During this time I have been mainly using a Panasonic FZ300, Canon G1XMk3 and  Sony RX10 Mk4. Each of these is a fixed zoom lens model and each uses a diaphragm type leaf shutter in the lens.


    Handling, feel and operation   The G85 with the kit 14-42mm lens feels very nice.

    It is right in what I consider to be the “Goldilocks” size range: large enough to have a comfortable anatomical handle and a full set of controls for the expert user but small enough to be light and inconspicuous.


    The handle and thumb support are well shaped and most of the controls are located just where my fingers want to find them.  Except for the cursor Button module, haptics are very good. The EVF is very nice.


    Overall the camera is very well designed with very good ergonomics. This means that the G85 can be controlled efficiently with few actions, each of low complexity.


    The only ergonomic failure is the Cursor Button module. This uses the flat five buttons style which is really difficult for the right thumb to locate and operate by feel. The Disp. button is likewise too flat and difficult to locate by feel.


    I am completely at a loss to understand why Panasonic uses this suboptimal module on their G cameras when they could easily use the rocking saucer type module from the FZ1000, FZ2500 and FZ300.  This is much easier to locate and operate by feel.

    My fix for the problem is to drop a spot of clear epoxy resin on each of the flat buttons making them much easier to feel and operate.


    Responsiveness and speed    I have owned and used every Panasonic G camera since the first, the G1 in 2008, so I am very familiar with the breed.


    So I was quite surprised to find my response to the G85 was …”hey, this thing feels a bit slow”.  

    Of course it is no slower than other M43  cameras. The sense of slowness comes from my recent familiarity with the fixed zoom models which are appreciably faster and more responsive in operation.


    That sense of slowness comes from two factors.


    The first is the focal plane shutter which has to jig up and down before exposure can commence.


    The second is the longish EVF blackout time after each exposure.


    Auto ISO implementation   Pansonic STILL has not copied Sony’s excellent if obtusely named [ISO Auto Min.SS]. They should do so tout suite. This changes the minimum shutter speed which the camera will set in response to the lens focal length. In addition it can be set to any one of five speed bands.


    Moving the AF Area  On the G85 this is done with the cursor buttons or the touch screen function. Some users prefer one of these over the other but I find a well positioned and designed thumb stick easily beats both of these. Panasonic has given the G9 and GH5 a thumb stick but only offering 4 way action.   It needs to provide 8 way action to include diagonal movement and be located in exactly the right place.


    Discussion

    The focal plane shutter. This was a wonderful invention a hundred or so years ago but now it has become a major impediment to improving performance in interchangeable lens cameras.

    Why ?

    With respect to the G85 with [Mechanical Shutter] selected,  when I press the shutter button there are four shutter sounds: 1 shutter closes, 2 shutter opens, (exposure occurs) 3 shutter closes, 4 Shutter opens.


    As the shutter has to close and open before the exposure can begin shutter response to my press on the shutter button is appreciably delayed. If I am photographing still subjects this hardly matters. But when subjects are moving the delay can become significant.


    If I want to use continuous autofocus and burst drive the slowness becomes even more significant.


    I can switch to the Electronic shutter for a quicker shutter response BUT this drops output from 12 bit to 10 bit and this leads to a very considerable increase in dark tone noise especially color noise which can become objectionable.

    If I select Electronic first curtain there is a  triple cadence shutter response but this is no quicker than M Shutter.

    Each of the fixed lens leaf shutter models offers an appreciably faster shutter response. There is a barely perceptible delay between pressing the shutter button and exposure.


     EVF blackout  The G85 and other M43 cameras have an appreciably longer EVF blackout time after each exposure than the leaf shutter models. This is no big deal with unhurried single shot photography but for fast moving action it is a substantial barrier to better performance.


    I have been using the Sony RX10 Mk4 quite a lot recently. This has a very fast shutter response and a very short EVF blackout time. It can shoot still photos at 24 frames per second with virtually no EVF blackout and keep a  fast moving subject accurately in focus on every frame. No other camera in existence can do this. (well, maybe the RX100Mk5 but that is not the first camera I would chose for sport/action)  
    I actually use [Medium] speed on the RX10M4 which is 10 fps but this is still impressively fast and about 95% of the frames are in focus.

    When I go back to the G85 after shooting action subjects with the RX10M4 it feels like I stepped into a time machine and rode it back to a previous and much slower era of photographic technology where cameras go clunkety---clunkety…… when you press the shutter button and the EVF is blacked out for more time than it shows the subject.


    What can the G85 successor, M43 generally and other   mirrorless interchangeable lens cameras do to improve their responsiveness and capability particularly for sport/action continuous shooting ?


    1.  That focal plane shutter has got to go. Ideally it would be replaced by a global shutter which reads out the whole frame simultaneously but a very fast E-Shutter would do the trick. But in order to do that Panasonic, Olympus, Canon, Fuji etc need to:


    2. Greatly increase on chip data processing speed. This on chip processing speed is Sony’s big advantage right now and the reason the RX10Mk4 (and some other Sony cameras) can run so spectacularly fast.


    3. Implement an auto ISO algorithm that looks just like Sony’s [ISO Auto Min. SS].


    4. Fit an 8 way thumb stick on mid range models like the G85.


    5. Panasonic will very likely want to upgrade their DFD function or do as Sony and Olympus have done and fit on sensor phase detect AF.


    6. The Tripod socket on the G85 is way too close to the front edge of the baseplate. I would not want to hang one of the big zooms off this.


    7. The G85 lacks a My Menu. Panasonic has started implementing My Menu on the upmarket models. It should be available on every camera. 

    That’s about it really. One reviewer dismissed the 16 Mp sensor which several M43 cameras use as being “dated” as if it were a fashion accessory. Actually given a good lens 16 Mp can reveal a great deal of detail in a scene with good highlight and shadow detail.


    Summary  The G85 is one of the nicest and most user friendly Micro Four Thirds cameras yet produced.   But there is plenty of room for improvement.  Panasonic already has the technology to implement some of my suggestions above. Others might require a major sensor technology upgrade.

    Sony is the performance technology leader right now. I suspect that one of the reasons Sony is not already top of the sales charts is the less-than-wonderful ergonomics of many of their cameras.












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    Wentworth Falls. G85 with 14-42mm lens 


    On screen 5/8 of the G85 Rec Menu  The Shutter Type options are Auto, MSHTR (Mechanical focal plane shutter), EFC (Electronic first curtain) and ESHTR (Electronic shutter).


    MSHTR  

    Up to and including the G7, M43 cameras used a spring loaded shutter mechanism which produced the highly unwelcome phenomenon of image degradation due to shutter shock with some lenses at some focal lengths with some shutter speeds. It is likely that the first shutter closure was the cause of the shock in these cameras.

    But the GX85 and G85 have an electro-magnetic shutter mechanism which slows the speed of travel of the shutter blades towards the end of their travel so they do not bang against their stops. This greatly reduces the likelihood of shutter shock. It is also significantly quieter than the old spring loaded shutter.

    The fastest speed available with MSHTR is 1/4000 sec. The fastest flash synch speed is 1/160 sec.

    If you want a shutter speed up to 1/16000 sec, ESHTR is required. (see below)

    So it is possible to use the MSHTR all the time with little risk of any problems with shutter shock. MSHTR is compatible with flash and gives the full range of slow shutter speeds.


    EFC  

    For an even lower risk of shutter shock EFC can be selected. With this option exposure is commenced electronically and ended mechanically.

    The fastest shutter speed is 1/2000 sec. All slow shutter speeds and flash are available.

    There is less shutter sound and vibration with EFC than MSHTR.

    It would be reasonable to use EFC for all general photography. The only disadvantage is the reduced top shutter speed.


    ESHTR  The fully electronic shutter is silent (if beeps are switched off in the menu), has no moving parts and can never cause shutter shock.

    This sounds great but there are many disadvantages:

    * Shutter speeds slower than 1 second are not available.

    * Flash synch is not available.

    * Banding appears in pictures shot under some types of artificial light including fluorescent tubes.  With the G85 and a 50hz AC power supply there are 4 bands per frame.

    This indicates an e-shutter scan time of 1/25 second. (4 divided by 50x2).

    Some cameras such as the GH5 output 12 bit files with e-shutter but the penalty is an even slower scan time of 1/10 second.

    * On the G85, file output drops from 12 bits to 10 bits. This leads to a marked increase in luminance and color noise in shadows especially if shadows have to be lifted in lightness.

    * Rolling shutter effect with moving subjects or panning camera.


    AUTO  This will use MSHTR most of the time and switch to ESHTR if a shutter speed faster than 1/4000 is required.


    Which is best ?  Not ESHTR that’s for sure, unless silent operation is required. (turn off the beeps).

    I use EFC routinely but I suspect MSHTR would be fine with most lenses.

    Some lenses such as the Lumix 45-175mm and the Lumix 14-140mm have a reputation for being prone to shutter shock. I would carefully check for shutter shock with these lenses on the G85 before deciding to use MSHTR routinely.



    Page 197 of the Operating Instructions for Advanced Features has a chart with further explanation about shutter options.






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    G85 with 14-42mm lens  Very few output requirements demand more information rendering capability than this. Note, resolution available on this blog is considerably lower than that visible on the original file.



    Most camera systems  offer a selection of hero lenses. These offer wide aperture and high quality. They are usually  heavy and expensive and only serious enthusiasts and professionals  actually buy them.


    But I think the real heroes of the lens world can be found at the other end of the price/popularity spectrum.


    My choice for hero lens in the Micro Four thirds system is the humble little Panasonic Lumix 14-42mm f3.5-5.6 zoom.


    A version of this with plastic lens mount is typically bundled as a kit with one of the mid range Lumix bodies.


    I recently bought a G85 as a kit with the 14-42 mm lens which added only $70 to the body only price. 


    A version of the lens with metal mount can be purchased separately from camera stores for around AU$320 in Sydney.  


    With either mount this is a Mk2 version of the 14-42mm lens, introduced in 2013 to replace an earlier, optically and mechanically quite different and distinctly inferior 14-42mm model. There is no indication on the lens itself that it is a Mk2 model.


    It is actually the third Panasonic kit lens for the M43 system with a focal length starting at 14mm.


    The first was the no-longer-in-production 14-45mm f3.5-5.6.  I had three of these over the years and found each to be of excellent quality. One of these in good condition could be worth seeking out on the second hand market.  I believe it is not configured for Dual IS however.


    The current version of the 14-42mm supports dual IS (2) but only on compatible Panasonic bodies including the G85.


    I had the opportunity to test the 14-42mm alongside the much more expensive Lumix GX Vario 12-35mm f2.8 lens. I bought this lens separately for $900.


    I test for resolution close to the camera (about 1-2 meters) using a chart and also distant from the camera (about 25-100m) using a scene which allows me to evaluate lens performance across the frame at all focal lengths from one camera position. 


    I look at contrast, distortion, color fringing and behaviour against the light.  I also check for image stabiliser and focussing  performance.


    Before reaching any conclusion about a lens I need to know if it is a good copy. Unfortunately sample variation in lenses is one of the bugbears of modern photography possibly a consequence of the ever present pressure to lower prices.


    I like to see a lens which delivers approximately the same level of sharpness and resolution across the frame at all apertures and focal lengths. If one side of the frame is unsharp at one or more focal lengths this indicates decentering which is usually an assembly fault.


    If one focal length or aperture is markedly less sharp than the others this would also usually indicate a fault with either production of the lens elements or their assembly.

    I have had the misfortune to be the recipient of many lenses blighted by one or more of these faults over the years.


    In this case both lenses tested exhibited  good centering and decently consistent sharpness across the frame at all focal lengths.


    I deem them both to be good copies.


    I found the only advantage of the much more expensive 12-35mm lens is the constant f2.8 aperture.


    My copy of the 14-42mm is actually slightly sharper than the 12-35mm at 24mm and 18mm focal lengths at matched apertures. The difference is most evident in the corners.


    The two are equally sharp at 25mm and the 12-35mm has  a small advantage at 35mm.


    The 14-42mm has less distortion across the focal length range.


    Each delivers the same contrast on my tests.  


    Discussion   My tests indicate the 14-45mm f3.5-5.6 is one of the best entry level lenses available for the M43 system.


    It represents remarkable value for money and within its aperture and focal length range can hold its own optically and mechanically with much more expensive zooms.


    The photographer requiring a 3x utility zoom for mainly outdoor work with some well  lit indoor work at the wide end of the zoom range need look no further than the 14-42mm.


    The 12-35mm was introduced in 2012 and on these tests might be considered slightly outclassed by more recent designs. It delivers good sharpness in the central area of the frame but gets a little soft in the corners at the wide end.


    It is more compact that the newer 12-60mm zooms and is more suitable for indoor/low light work due to the constant wide aperture.











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    The G1X3 can be used effectively for documentary work indoors provided one keeps to the wide end of the zoom where f2.8 is available and the location is reasonably well lit.


    I recently compared high ISO noise levels in my Canon G1X3 with a Panasonic G85 Micro Four Thirds (M43) camera.


    Somewhat to my surprise I found that at around ISO 6400 the G85 Raw files had about 0.3 stops (EV steps) less noise than those from the G1X3.


    The G1X3 is described by most reviewers as utilising the same 27mm diagonal Canon APS-C sensor with dual pixel autofocus (DPAF) as several recent models including the EOS 80D, EOS M5 and M6 and others.


    If we look at  Raw file data published by DXO Mark (www.dxomark.com) we can see that cameras using the 16Mpx  M43 sensor, including the G85 have a DXO Mark “Sports” (meaning high ISO) score of around 650, while cameras using the Canon sensor score around 1300, which is equivalent to one stop or one EV step higher (higher is better on this scale).


    I generally find that there is about a one EV step difference in high ISO noise levels between “one inch” (15.9mm), M43 (21.5mm), APS-C (27-28mm) and so-called “full frame” (43mm diagonal) sensors with newer versions scoring a bit better than older versions at each size.


    So DXO Mark’s results for the Canon EOS80D, EOS M5, M6 and similar models are in line with expectations.


    DXO Mark has not yet published its results for the G1X3 as of 15 April 2018.


    I looked at Digital Photography Review’s Raw Studio Scene results comparing the G1X3, G85, EOS M5 and EOS M6 and Sony A6500. I found that the appearance of digital noise (luminance and color)  in the ISO range 3200, 6400 and 12800 was in line with DXO Mark’s numeric results.


    I also found that RAW noise  levels from the G1X3 were in line with my findings.  The EOS M5 and M6 had about one stop less noise at high ISO settings than the G85 but the G1X3 had a bit more noise than the G85, which I estimate at about 0.3 EV steps.


    Strangely, the DPR review narrative comments on G1X3 JPG noise levels but not Raw noise levels. 

    The G1X3 high ISO JPGs do have low noise but the penalty for that is a marked loss of sharpness which is easily seen on the DPR Studio Scene.


    Summary  It appears Canon has Done Something to their 27mm DPAF sensor in the G1X3 to downgrade its high ISO noise performance.


    I cannot recall seeing any narrative reference to this in a published review of the G1X3 although as Jesse Stone might say,  “the information  is out there, you only have to let it in”.


    This will not be welcome news for buyers contemplating purchase of a G1X3 which has already attracted some negative comment (from myself and others) about the modest (f2.8-5.6) aperture range of the lens.


    Several cameras which use the “one inch” (15.9mm diagonal) sensor would appear to be more suitable for indoor, low light work including any of the Sony RX100 models, the Panasonic LX100 and even Canon’s own G5X. Each of these models has a much wider lens aperture across the zoom range than the G1X3.


    I am still happy to recommend the G1X3 for its compact size, very reliable, accurate autofocus, excellent lens and very good image quality in the low to mid range of the ISO scale.





       



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    Once it is set up properly and the user becomes familiar with all its many capabilities the RX10M4 is a very impressive picture taking machine.


    This is the fifth and last post in the series on setting up the Sony RX10Mk4 for still photos.



    The RX10Mk4 presents the user with a blizzard  of options for every conceivable and some almost inconceivable aspects of camera operation. This might be considered a wonderful thing as it allows each user to configure the camera to personal preference.


    The downside is the steep learning curve required to understand and make best use of all those options.


    As I trawl through the multiple layers of menus and submenus I have an almost overwhelming feeling of being subjected to extreme overchoice. Many of the available options appear to have been included because they can, not because they appear to serve a useful function.


    I strongly recommend that anyone with a new RX10Mk4 sit down with the camera in hand and plenty of free time available and delve into the  (593 page !) Help Guide. This is available from any 

    Sony website online or as a downloadable PDF. There is a link to this in the second sentence of the text of the online guide.


    The Help Guide describes the various options available in some detail  but has little to say about why you might select one in preference to another.


    Hence this series of posts on setting up the RX10M4.


    Before reading this post please check out parts 1-4 of this setup guide which you can access from here.


    I will only refer to items about which I think I have something to contribute beyond what you can read in the Help Guide.


    One big problem with the Help Guide is that that the page sequence in the Guide does not follow the index which does not follow the sequence of items in the camera menus. This makes the task of finding reference to an item in the Help Guide un-necessarily difficult, like perpetual hide-and-seek.


    Let’s start with the Setup Menu, for which there are 6 screens.


    Setup 1


    Monitor brightness. I find this is fine on the Manual setting with the brightness level at default which is +/-0.

    I work in bright sunny conditions frequently in which I use the EVF. I don’t bother with the sunny weather setting on the monitor.


    Viewfinder brightness. This works well on Auto so I leave it there.


    Finder Color Temp.  + is more blue, - is more yellow. The default (in the middle) looks pretty good to me.


    Gamma Disp. Assist  Sony is still mixing video items with stills items. This one is for video.


    Volume Settings  Video playback sound level.


    Tile Menu   I find the menus easier to navigate with this ON.


    Setup 2


    Mode Dial Guide  It might be worthwhile setting this ON in the early days of ownership but the display which pops up  will soon become tiresome and slows down the picture taking process.


    Delete Confirm  “Delete” first or “Cancel” first, take your pick.


    Display Quality  Page 287. The “High” setting produces higher battery consumption for no very evident benefit so I leave it at Standard.


    Pwr (Power) Save Start Time  Take your pick from 10 seconds to 30 minutes. A longer time will produce more battery drain. I set 1 Minute. The camera wakes up promptly from sleep with a half press on the shutter button.


    NTSC/PAL   Video.


    Touch Operation  I dealt with touch settings in Part 1 of this setup series.


    HDMI Settings  are fully described from Page 303 of the Help Guide.


    USB settings  are from Page 309 of the Help Menu.


    The remainder of the Setup items are reasonably self explanatory or decently described in the Help Guide if you can find the right page.


    I use the Format command frequently so I allocate this to the My Menu.


    My Menu

    You can allocate items of your choice to My Menu so they can be accessed more quickly than having to trawl through the full menu system.

    Each individual will have his or her own ideas about this but for the record I have:

    Format, Touch Operation, (Stills) AF With Shutter, (Stills) Shutter Type, Audio Signals and Creative Style  on My Menu.


    Camera Settings 1


    Quality/Image Size 1


    Note that items may be grayed out depending on  Mode Dial position.

    For instance for the Panorama items to become active the Mode Dial must be on the Panorama position. Likewise Auto items and Scene Selection items.


    Quality  Help Guide Page 124. I allocate Quality to the Down button for quick access.


    Image Size  There is in my view no reason ever to set anything less than the full 20M size.


    Aspect Ratio  This camera like most,  does not have a multi aspect ratio sensor so anything other than 3:2 is a simple crop which would be better left to the post capture stage.


    Panorama Size/Direction  You must have the Mode Dial at the Panorama icon for these items to become active.

    I have experimented with panorama on the RX10M4 and found it to be of such poor quality as to be useless.

    Sony needs to fix this with a firmware update if that is possible. My other Sony camera, the RX100M4  has a decent auto pano capability so I don’t know what went wrong with the RX10M4. I read on user forums that the RX10M3 has the same problem.


    Long Exposure Noise Reduction  I leave this ON most of the time. This can be a nuisance when photographing at night when the NR process doubles the effective exposure time.


    Quality/Image Size 2


    Stills High ISO NR  I have this Off. I find most cameras including the RX10M4 produce overly soft looking images at default levels of noise reduction. I find that a bit of grain is preferable to the soft/mushy look.


    Color Space   I am aware that there is an ongoing controversy on internet forums about this, with some experts insisting we should use sRGB for reasons  beyond my limited technological comprehension. I set Adobe RGB, I usually shoot RAW+JPG and I find my pictures look just fine.


    Shoot Mode/Drive 1


    Drive Mode   See Pages 104-115 of the Help Guide.  On my count this tab together with the Bracket Settings tab (just below it in the menu) give the user ( or maybe that is force the user to confront…..) 73 options.

    Most other camera makers do the whole drive mode thing much more elegantly with a more coherent arrangement of options. For instance my Panasonic G85 has a Drive Mode Dial with 6 settings (including some like 4K photo and post focus not found on the Sony) and it works just fine.

    You should allocate Drive Mode to one of the buttons with user assignable function for quick access. I have it on the Right 4way controller key. There are 8 primary options and many secondary options within each of those. It’s a real smorgasbord for those who just love lots of options. 

    In this set of options you find Drive Mode selections as expected but also self timer and bracketing (for exposure, WB and DRO) options all gathered together.

    The selectable functions are mostly fairly self explanatory however when in doubt, make the setting, press the shutter button and see what happens.

    In order the options are:


    Single Shooting   This will be the most commonly set drive mode for general stills photography.


    Continuous Shooting  Sub options are Hi (24 fps) Mid (10fps) and Lo (3 fps). I find Mid most useful most of the time for sport/action/BIF and similar. Hi generates a heck of a lot of files very quickly.

    Remember !  Rotate the Focus Mode rotary switch on the front of the camera to C(ontinuous) when Continuous Shooting is used (unless you are focussed on a static subject like a person doing practice golf swings or similar).


    Self Timer  Sub options are 2, 5, 10 seconds. When you select one of these options the self timer operates but bracketing does not.


    Self Timer (Cont.)  Now things start to get a bit complicated, maybe I should say a bit more complicated.  The sub options are:

    2 Sec 3 Img, 2 Sec 5 Img, 10 Sec 3 Img, 10 Sec 5 Img, 5 Sec 3 Img, 5 Sec 5 Img. 

    The camera fires the shutter after the specified delay the makes 3 or 5 shots each the same exposure. 


     Cont. Bracket  There are, believe it or not, 13 options under this tab and the behaviour of the camera in each depends on the settings made in the Bracket Settings tab below. This is the tab just below Drive Mode in the Menu.


    Feeling confused already already ? Wait….. there’s more……

    [IF you set [self timer during bracket] in the bracket settings,the self timer will operate then the bracketing sequence will take place continuously without further need to press the shutter button.]

    This tab provides a range of options for exposure bracketing.

    You get 0.3 EV, 3, 5 or 9 exposures, 0.7 EV, 3, 5 or 9 exposures, 1.0 EV 3, 5 or 9 exposures, 2.0 EV 3 or 5 exposures, 3.0 EV, 3 or 5 exposures.


    Single Bracket  The options in this set also provide for bracketing but you have to press the shutter button for each exposure of the sequence. The self timer will operate for each shot if you set it to do so at the [bracket settings] tab.

    The 13 bracketing sequence options available here are the same as those available for Continuous bracketing.


    White Balance Bracketing  See Page 113 of the Help Guide.  Does anybody actually use this facility ?  Anyway the options are Lo and Hi. When I tried this no bracketing occurred with quality set to RAW or JPG X-fine. I have neither the motivation nor energy to explore this issue further.


    DRO Bracketing Again no bracketing occurred when I tried this and I have no idea why.


    Bracket Settings  See Pages 113-115 of the Help Guide.

    These tell the camera what to do when the Drive Mode is set to one of the options which involves bracketing. 

    You get to decide if the self timer operates when bracketing is set. This is usually desirable.  You have the camera on a tripod and don’t want to bump it by pressing on the shutter button for the first exposure. The time interval can be 2, 5 or 10 seconds.

    You next get to set the bracket order. I like to have the first exposure the lowest, then normal then the highest. I find it easier to sort through groups of files on the computer screen when the exposures are sequenced this way.


    I allocate Self Timer During Bracket to the top row of functions accessible via the Fn button. This emulates one of the functions of the Bracket Settings tab in the Menu.


    Camera1/Camera2 Memory    Here you can see what settings have been allocated to each of the memorised camera function sets accessible at the MR position on the Mode Dial.  You can also and perhaps more usefully see the same information by simply turning the Mode Dial to MR.  You cannot change any of the settings on this screen.  To change one or more MR settings follow the procedure outlined in Part 3 of this Setting Up series.


    Shoot Mode/Drive 2


    Register Custom Shooting Setting (Reg Cust Shoot Set)    See Part 3 of this setting up series.


    AF 1


    Focus Area  You want this available for ready reference outside the Menus.  I have it in the first position on the top line in the Fn button submenu.

    Which is the best focus area ? Ahhhhh…. That question generates plenty of  discussion, argument and opinion on user forums.  For still subjects with AF Single I find Flexible Spot best using the Large size (which is actually quite small) for most subjects and the Small size for birds.

    Flexible Spot can operate together with Face Detect which can be useful sometimes.

    For moving subjects using AFContinuous and Continuous Drive Mode I would have to say the jury is still out.  I have been using Wide with mixed results and also Flexible Spot (Large) also with mixed results. At present I favour Flexible Spot, Large.

    I cannot seem to get consistent results with any of the Lock-On AF variants.


    Stills SWt.V/H AF Area   What this is supposed to mean and what it does eludes me after several attempts to unravel the mystery. I think it might be an attempt to locate the active AF area in approximately the same place on the frame when the camera is turned from landscape to portrait orientation. Or maybe not. Anyway it doesn’t matter, Just leave it Off.


    Stills AF Illuminator  The camera focusses just fine in low light with this off. Having it on is obtrusive and guaranteed to annoy people.

     Center Lock-on AF  I am not sure why this is here when there are options for Lock-On AF under the Focus Area Tab. I find there are altogether too many Focus options, some like this one, disconnected from the others in the menu system and of unclear purpose.

    Note that in the menu system this item sits three places below Focus Area.

    I experimented with  both the Center Lock-on AF setting and the various Lock-on settings under the Focus Area tab and have to confess it has me bluffed. If I set the Center Lock-on tab in the menu to ON then the lock-on function does not work. If I set one of the Lock-on options under the Focus Area tab then the Center Lock-on function works but the Center Lock-on tab in the menu is grayed out.


    AF w/shutter  I leave this at the default which is ON. If you want to allocate AF to the AFL back button (and only the back button) then set this item to OFF. In this case it might be a good idea to assign AF w/shutter to My Menu so it is easier to access.


    Pre-AF   Having this ON is a great way to eat up battery power to no particularly useful purpose that I can determine.


    AF 2


    Stills AF Area Registration See page 85-86 of the Help Guide. “You can move the focusing frame to a preassigned position temporarily using a custom key.” The Help Guide suggests this might be useful for some kinds of sports photography. Maybe but if this function is utilised it denies any other function to the custom key selected.


    Phase Detect Area  When ON this displays the borders of the part of the frame available to the Phase Detect AF system. It is quite large. I have this ON although some users might feel this clutters up the screen a bit.


    Exposure 1

    Exposure Comp  You can set exposure compensation here (but only if the EC Dial is set to zero) although why you would with the EC dial sitting on top of the camera I really don’t know.  If you want to subject yourself to a bit of frustrating cognitive dissonance you can set + or - exposure compensation here on the menu but the EC dial will still indicate zero.

    This is yet another example of the way in which this camera can sometimes allow you to make a menu setting at odds with a hard dial setting.


    ISO  Allocate this to a custom button. I have ISO on C1 and


    ISO Auto Min SS  on C2.  This groups my ISO setting buttons together where I can find them quickly.


    Metering Mode As usual the RX10M4 provides more options than most mere mortals can comprehend, let alone manage.  We have Muli, Center, Spot Large, Spot Standard, Entire Screen and Highlight.   I find Multi works just fine in the great majority of cases so I leave it there.


    Spot Metering Point   This can be Center or Focus Point Link. Some owners like to use spot metering for small birds in which case linking metering to the focus point would be desirable.


    Stills AEL W/shutter  See Page 157 of the Help Guide. You can have this at Auto, On or Off. I just leave it at the default of Auto.


    Exposure Std. Adjust  If you want to totally confuse both yourself and the camera’s autoexposure system you might dare to play around with this one.

    This looks to me like yet another option of unclear purpose.


    Flash See Pages 202-204 of the Help Guide


    Flash Mode  The options here appear self explanatory. I allocate flash Mode to the Fn button for quick access. 

    Flash Off and Auto Flash are only available in the auto (green) shooting mode.


    Flash Comp.  Exp.comp.set and Red Eye Reduction are all well explained in the Help Guide.


    I always switch Red Eye Reduction  off to avoid irritating subjects.

    My practice is to set flash exposure compensation to -1 EV so that when I do use the built in flash it acts as a complement to the main ambient exposure.  I allocate flash exposure compensation to the Fn button so I can change the setting quickly.


    Color/WB/Img. Processing 1


    White Balance  and   Priority Set in AWB   See pages 177-179 of the Help Guide for a good explanation of white balance options and settings.

    My practice is to use Auto White Balance all the time and adjust color balance in post processing.


    DRO/Auto HDR            DRO = Dynamic Range Optimiser. HDR = High Dynamic Range. See Pages 161-162 of the Help Guide.

    DRO can be set with JPG or RAW+JPG although the full effect is only achieved with JPG output.

    Most cameras have a similar function which seeks to increase dynamic range (the ability to render good highlight and shadow detail when subject brightness range is high)  in JPG images with a single exposure. Panasonic calls it i-Dynamic for instance.

    The usual method is for the camera to underexpose the shot a bit to prevent highlight blowout then adjust the JPG tone curve to bring up the mid tones. On RAW files the tone curve adjustment is not made.

    I allocate the DRO setting to the Fn button for quick access if required.

    My default setting for DRO is Auto which works well in most situations.


    Auto HDR is different. It works only with JPG output. The camera makes three exposures with EV bracketing then immediately combines the three to output a single JPG file with better highlight and shadow detail than a standard single exposure.

    I have experimented with this and found that it works but the effect is variable and the need for three exposures limits its usefulness to static subjects. A steady hand is required if the tripod is not used.


    Creative Style   This is Sony and Panasonic’s fanciful name for JPG settings.  I dealt with this in Part 1 of the RX10M4 setting up series. For the record my current settings are:

    Contrast -2, Saturation 0, Sharpness 0.  Panasonic puts noise reduction under this tab but Sony, Canon and Nikon put it elsewhere, I know not why.

    On the RX10M4 High ISO noise reduction is on the main menu,  screen 2/14. I set it OFF and am pleased with the results.  I prefer to tinker with noise levels in post processing anyway. The problem with applying noise reduction at the outset is that in the process sharpness is compromised and can never be regained.


    Picture Effect   Help Guide Page 183.   This is one to play with for those so inclined. Available only with JPG output.


    Picture Profile  Help Guide Page 227. This is mainly for video recording.


    Color/WB/Img. Processing 2

    There is only one item on this page, Stills soft Skin Effect.  You can set the effect Off as I do or Low, medium or high. Something to play with I guess.


    Focus Assist 1

    Please refer to the Help Guide as follows:

    Manual Focus Page 92, DMF (This is Sony’s version of MF with AF) Page 94, Focus Magnifier page 96, MF Assist Page 98-99, Initial focussing Page 100.

    I think the Help Guide explains it all well enough.

    I use an initial Focus Mag. Of 1.0.


    Peaking Level and Peaking Color  are described on Page 101 of the Help Guide.

    I use  Mid peaking level and yellow color.


    Focus Assist 2


    Focus Ring Rotate  Default is for clockwise rotation (as viewed by the operator from behind the camera) focusses on greater distance, anticlockwise on a smaller distance. My brain is wired to expect this. You can set the reverse.


    Face Detection/Shoot Assist  You can read all about the camera’s amazing face detection capabilities on Pages 194-198 of the Help menu. This reads like something from a security force’s national person identification dossier with the ability to register and identify and even prioritise certain particular faces.

    I find simple face detection quite useful as it can operate together with other focus modes such as flexible spot.

    So I just set Face Detect ON and leave it.

    And that, thank goodness is the end of this tedious post.
















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    The Sony RX10Mk4 has an excellent 25x zoom lens which compares favourably with primes at every focal length.



    One of the  bugbears of modern photography is sample variation in lens quality.

    I am aware from my own experience and from published reviews and reports that all types of camera lenses fixed and interchangeable, budget and premium, from all makers, are subject to bad copies and variable production quality.

    I assume the reason for this might be that under pressure to get product out the door at a low price point the makers are unable to test each item before it is shipped. If they did test each lens the process itself would be expensive and the number of rejects would make the exercise even more expensive, thus increasing the price of each item.

    Therefore lens buyers like you and me find ourselves involuntarily co-opted into  lens testing whether we like it or not.



    The chart referred to in the text. With a good lens I can read every word on the chart at most focal lengths and the best apertures. Note: reproduction on this blog leads to substantial loss of detail from the original.


    How can I tell  If the lens on is of good quality ?


    Look at it    Inspect for general condition including any dings, marks, scratches or defects.  In particular look into the lens using  bright collimated light.  Direct sunlight works fine but a torch with focussed beam is also good. Carefully clean the front element and rear element if accessible before doing this. This is a good way to see if there are any foreign bodies lurking inside there. Note that one or a few small dust spots inside a lens will usually have no detectable effect on optical characteristics and can be ignored.

    Check that the lens mount if accessible is secure and not loose. Check the lens cap and hood.


    Shake it  Lenses with a built in optical image stabiliser will usually rattle when shaken while powered off. The rattle should cease when the system is powered on.


    Passive operation  Check that the zoom, focus and aperture rings turn smoothly without crunching noises, binding or excessive free play. Check that an interchangeable lens mounts easily on a compatible body without binding or excessive free play.


    Active operation  Check that autofocus, manual focus and stabiliser functions are working properly. Check that all lens based controls are operating properly.


    The cork board. With a good lens I can read all the fine print everywhere on the board including the edges.
      


    Optical  I use two different chart style test subjects for indoor-close-to-the-camera testing and a specifically chosen scene for outdoor distant-from-the-camera testing.  After that I go forth and take lots of photos in a variety of conditions.

    I have found that some lenses can be quite sharp close in but not at a distance from the subject so I test for both.

    For each of the chart/landscape tests I have the camera on tripod, timer delay, low ISO, autofocus, stabiliser off, RAW + JPG finest available.

    I set Aperture Priority autofocus and shoot at the widest aperture available at each focal length then stop down 1/3 for each subsequent exposure up to f5.6 or f8 depending on the sensor size of the camera in use.


    Anybody can set up standard test subjects similar to these. Most do not and end up plaintively posting on user forums “should my lens be sharper than this…” and similar querulous enquiries.


    This type of testing does not give me a “universal” result which can be expressed as line pairs per image height or something like that.


    However having used these test subjects for some years I have a very good idea what to expect from a good lens with each subject.


    The first test subject is 9 pages (each the same, via photocopy) of classified advertisements from a local newspaper pinned to a 120x80 cm piece of plywood with a backing border for rigidity.  This becomes a type of chart. I have learned from experience that a very good lens will allow me to read all the words right to the edges of the frame at most focal lengths and apertures. Any decentering is easily seen as unsharpness on one side of the frame.


    The page chart also allows me to evaluate contrast, distortion, color fringing and other aberrations. It can tell me how the lens responds to stopping down from the widest aperture. Some need the aperture to be closed down one or two stops for best optical performance but others show  loss of sharpness when the aperture is closed down, even a little. I have encountered several lenses from Panasonic which exhibited this behaviour.

    I can also use the chart to assess if shutter shock is present.

    Almost any camera/lens combination can deliver decently sharp results in the center of the frame. If the frame centers are not sharp  I run a separate check for focus accuracy and consistency. DSLRs are more prone to inaccurate focus than other camera types. Some offer fine focus adjustment for each lens to correct for this.


    Next I photograph the cork board on which are pinned a variety of bits and pieces with variable font size, variable contrast and lightness. A good lens will allow me to read the fine print at the edges of the frame at the optimum aperture and focal length. Higher quality lenses are better able to resolve low contrast detail.



    This is the landscape scene . It has lots of fine foliage, architectural elements and industrial features. I can stand in one place and find plenty of detail to test focal lengths from 24-1200mm.


    Then I go out and photograph the landscape scene. As this changes in appearance with different atmospheric and lighting conditions and different work underway at the marina it can only compare one camera/lens with another at the same time. However that can be very revealing and useful.

    While I am outdoors and the sun is shining I take a variety of photos against the light with the sun in frame and varying amounts out of the frame. I note the type and degree of the flares which result.

    Then I photograph backlit foliage to see if this will provoke chromatic aberration, purple fringing or some type of flare which it often does. Some lens/sensor/processor combinations are much worse than others in this regard.

    I also check if the camera can focus reliably when presented with backlit foliage or other types of multiple bright lights. Some do very badly in this situation.

    After evaluating all the resulting photos on screen I have pretty good understanding of the capabilities of the tested lens(es). I know the lens strengths and weaknesses and  best and worst characteristics.


    Comment   I have found excellent and execrable lenses at every price point in the range and from every maker. I have found zooms that are better than primes and vice versa. I have discovered cheap kit lenses that test better than high priced premium optics and vice versa.

    I have learned the hard way (nobody gives me anything to test) that the only way to evaluate a lens is to test it myself.

    If I get a bad copy and there have unfortunately been many over the years then all the published MTF and LPPIH charts and test information tell me absolutely nothing.


    Recommendation   I strongly recommend that camera/lens buyers systematically test all their lenses. With practice it can be done in a day.

    Some hints:

    Pictures of brick walls do not provide the required information neither do pictures of a pet cat or random snaps of the back yard.

    A systematic process is required and is easy enough to do.










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    The mockup camera has been shaped to fit the hand


    The essence of  camera ergonomics is the number and complexity of actions required to control the device.


    Other important factors include holding, viewing, haptics, functional anatomy of hands and fingers and design details.


    This exercise envisages a camera with a comprehensive user interface suitable for an expert/enthusiast user.


    There are four phases of camera use, Setup, Prepare, Capture and Review.


    The three main elements of Capture Phase are Holding, Viewing and Operating.


    Each Phase of use requires completion of tasks by means of actions which can be observed and evaluated for number and complexity.


    For each Phase of use a schedule of tasks and requirements can be drawn up and used as the basis of a method for scoring ergonomics (see below).


    Individual likes and preferences are a separate aspect of the user experience which are not helpful for evaluating ergonomics as they are specific to the person and subject to change.


    Evaluation and scoring


    There are three elements of the scoring process: 

    1. The schedule for each Phase of use

    2. An explanatory narrative

    3. Subscores and final score. In each subsection the maximum score will be gained if a camera allows the user to efficiently perform all the tasks, has an optimal user interface and none of the negative factors.


    Total maximum score is 100.  The distribution of subscores represents my judgement about the relative importance of each Phase of use to the overall user experience.


    All cameras are scored using the same criteria.


    I rate changing lenses as just about the most ergonomically disruptive task which any camera user has to carry out so in the interests of reasonable comparison interchangeable lens cameras are scored with a standard zoom lens mounted.


    Scoring schedule


    Setup Phase  [Maximum score 15]

    This is conducted at leisure preferably with the owners manual to hand.

    Tasks  Make main menu selections, allocate My Menu and Quick Menu items, select Function button and dial assignments, set up custom modes and other functions such as Wi-fi, Bluetooth etc.

    User Interface   Menu headings and subheadings are logical, coherent and easy to read and  navigate. Like items are grouped together in ways meaningful to the user.

    Most controls enable user selected function.

    Negatives  Menus confusing and  contain mystery items. Like items scattered about, unlike items grouped together. No My Menu, no Quick access menu with user selectable items, no Custom Modes. Setup Phase controls located where Capture Phase controls should be.


    Prepare Phase  [Maximum score 15]

    In the minute or so after confronting a new photographic situation the user will want to reconfigure camera settings.

    Tasks  Set Main Mode,  Drive Mode, Shooting Mode, Focus Mode, Autofocus Mode, Stabiliser, Custom Modes, shutter type, electronic level and others.

    User Interface  There are dedicated, well positioned controls for the most frequently changed Modes.  There is quick access to other Modes and settings  by buttons and other controls with user assignable function.

    Negatives  Any Prepare Phase items only accessible via the main menu, function of controls not user assignable.


    Capture Phase, Holding  [Maximum score 20]

    Tasks  Hold the camera in a relaxed but secure grip with both hands, right index finger on the shutter button. Maintain a stable grip while carrying out the tasks of “Operating” below.  Carry the camera ready for immediate use.

    User Interface  There is a built in handle of anatomical shape, inverted L type is optimal, with the shutter button in optimal location and a substantial thumb support.

    These work together to allow the user’s hand to adopt the “half closed relaxed” position while holding and operating the camera.

    Negatives  Absent or poorly shaped handle. Handle only available as an accessory. Thumb support inadequate.


    Capture Phase, Viewing  {Maximum score 20]

    Tasks   To clearly view in all conditions via the viewfinder or monitor the subject with 100% accuracy and primary and secondary information displays.

    User Interface  The user has a continuous real time subject view without lag or blackout with single or continuous shooting.

    The viewfinder and monitor provide the same information presented the same way to allow a seamless segue from one to the other.

    If desired the viewfinder can present a live subject view without information overlays.

    Primary camera data is displayed clearly outside the preview frame. This includes aperture, shutter speed, ISO sensitivity, exposure compensation, white balance, battery status, capture mode in use, remaining exposures on the memory card.

    Secondary camera data/displays can be superimposed over the preview frame by user preference. These could include active AF area position and size, grid lines, zebras, histogram.

    Viewfinder and monitor brightness can indicate exposure status.

    Negatives  There is no built in viewfinder, the monitor is not fully articulated, camera data is only available superimposed over the preview frame, viewfinder and monitor display differently, viewfinder lag and/or blackout is present.


    Capture Phase, Operating  [Maximum score 25]

    Tasks   While looking continuously through the viewfinder the user can without shifting grip with either hand adjust the following parameters. Not every exposure requires each of these to be changed but the camera should be configured so it is possible to do so.

    * Primary exposure parameters: aperture, shutter speed, ISO sensitivity.

    * Secondary exposure parameters: exposure compensation, program shift, autoexposure lock, white balance.

    * Primary framing and focus parameters: zoom, initiate/lock autofocus, manual focus.

    * Secondary focus parameters: change position and size of active AF area, manual focus over-ride, autofocus lock.

    User interface All Capture Phase controls are shaped and positioned so the camera can be controlled by feel.

    Dials and other controls should have logical and consistent actuation for value up.

    With practice the user can train his or her finger memory to drive the camera like a motor car without having to look at the controls and  without having to think about each separate action.

    Negatives   The user has to interrupt the capture flow by changing grip or looking away from from the viewfinder in order to change one of the listed parameters.


    Review Phase  [Maximum score 5]

    Tasks   This varies with individual preference but as a minimum I suggest:

    Recall the last 1-9 shots and select one,  zoom into and scroll around the review image,  jump from one image to the next or previous at the same level of magnification and same position in the frame,  delete one/many.

    User interface  There are controls which allow the tasks to be efficiently completed.

    Negatives  Auto review cannot be disabled, limited scrolling options, essential file data not able to be recalled.


    The half closed relaxed hand position


    The ideal camera (ergonomically)

    This mockup brings together many of my ideas about the configuration of a camera with good ergonomics. To the casual observer it may look like just another mid sized bridge model or perhaps a small ILC with standard zoom. But good ergonomics is often about getting many details right. These can best be appreciated by holding the device and feeling the controls.


    The overall shape of the camera is no accident. After several years, many actual cameras and 15 mockups I have come to realise that this shape is able to provide the best holding, viewing and operating experience.


    The shoulders are high to maximise the available height for the handle and to accommodate the thumb stick.


    The handle has been shaped to fit into the half closed relaxed right hand. The shutter button, front dial and main control buttons are located where the fingers want to find them. The shutter button, front control dial and two adjacent top buttons form a quad control set for rapid adjustment of several Capture Phase parameters using just the index finger.


    The thumb stick and rear dial are located where the thumb wants to find them.


    Lens controls are wide and circumferential so they can be easily located by feel and operated with the camera in landscape or portrait orientation and left hand over or under holding style.


    The mockup is rated comfortable to hold by male and female adults and children from age about twelve.  Large hands move down the handle, small hands move up. Most adult hands can achieve a full five finger grip.


    The controls meet all the requirements of the scoring schedule above.


    Mockup camera, rear


    Are the scores useful ?

    I have to date bought, used tested and scored 27 camera models of various types from several makers.

    You can see the list below.

    I think the scores are a useful summary of my overall experience of using each camera.


    Mockup camera, handle shape


     

     


    Camera ergonomic score summaries
    Updated 13 January 2018  with Sony RX10Mk4


    Camera

    Setup Phase

    Max 15

    Prepare Phase Max 15

                  Capture Phase

    Review Phase Max 5

    Total Max 100

    Holding Max 20

    Viewing Max 20

    Operating Max 25

    Sony A3500


    5

    5

    12

    7

    8

    2

    39

    Nikon 1 V2


    7

    6

    12

    10

    8

    3

    46

    Panasonic LX10

    10

    10

    5

    6

    8

    5

    46

    Panasonic GM5

    10

    10

    4

    10

    12

    2

    48

    Nikon P900


    10

    6

    13

    11

    8

    2

    50

    Sony RX100 Mk4

    8

    12

    7

    9

    11

    5

    52

    Panasonic LX100

    10

    8

    11

    10

    10

    5

    54

    Fuji X-T1

    10

    9

    9

    13

    10

    4

    55

    Canon SX60


    10

    9

    16

    11

    6

    4

    56

    Panasonic TZ110(ZS100)

    11

    12

    4

    10

    14

    5

    56

    Panasonic TZ70(ZS50)

    11

    12

    6

    10

    15

    2

    59

    Panasonic TZ80 (ZS60)

    11

    12

    7

    10

    15

    5

    60

    Panasonic TZ90 (ZS70)

    11

    12

    7

    12

    15

    5

    62

    Nikon B700

    9

    9

    18

    10

    14

    2

    62


    Panasonic G6


    11

    10

    14

    14

    15

    3

    67

    Panasonic GX80/85

    11

    12

    11

    12

    16

    5

    67

    Canon G1X Mk3

    11

    12

    10

    15

    15

    5

    68

    Panasonic GX8

    10

    12

    12

    18

    14

    5

    71

    Panasonic FZ80

    10

    12

    16

    11

    17

    5

    71

    Sony RX10Mk4

    9

    14

    12

    16

    16

    5

    72

    Panasonic G7


    11

    12

    18

    18

    17

    5

    81

    Panasonic G80/85 unmodified

    11

    12

    18

    18

    17

    5

    81

    Panasonic FZ300#

    11

    12

    18

    18

    18

    5

    82

    Panasonic GH4

    11

    13

    18

    18

    19

    5

    84

    Panasonic FZ1000

    11

    13

    18

    18

    20

    5

    85

    Panasonic G80/85 modified*

    11

    13

    18

    18

    20

    5

    85

    Panasonic FZ2500

    12

    13

    18

    18

    20

    5

    86

    Panasonic GH5

    14

    14

    17

    19

    21

    5

    90


    * Panasonic G80/85  4way pad (Cursor buttons and Disp button) modified by addition of shaped Sugru pads to improve haptics. This makes the Cursor buttons, Menu/Set button and Disp button much easier to locate and operate by feel. It is particularly beneficial for users who prefer to move active AF area with the [Direct Focus Area] function.

    # Panasonic FZ300 with epoxy dab on the Disp button to make it easier to locate by feel.

    Canon G1X3 slightly modified with a dab of epoxy resin on the * button to make it easier to locate by feel and a slightly modified lens cap to make it easier to remove.

    Sony RX10Mk4 with a dab of clear epoxy resin on the AEL and Fn3 buttons to make them easier to locate by feel.






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    M50 with 15-45mm kit lens


    I have a long history with Canon cameras. My first was an EOS 630 in 1990. That was followed by several EOS SLR film models then several EOS DSLR digital models. Along the way I owned some Powershot G series compacts and a few bridge models.


    I have a Powershot G1X3 and recently acquired an EOS-M50 with the kit 15-45mm lens.


    Several years ago I became disenchanted with the unreliable autofocus on Canon’s DSLRs and the relentless mediocrity of their Powershot offerings.


    I branched out to try ILCs and fixed lens models from several other makers.


    Then in 2013 Canon introduced their proprietary dual pixel (on sensor) phase detect autofocus (DPAF), first seen on the EOS 70D.


    This promised to solve all Canon’s AF requirements with one clever technology. It would work well with single shot, Servo AF and video. Better still it would work with millions of Canon’s existing EF lenses.


    Initially DPAF did not appear to be a huge leap forward but Canon has been refining the technology to the point that it appears to be very effective on the latest models.


    I first encountered DPAF in the Powershot G1X3 and found it to work very reliably for both still and video photography.


    I was not attracted to any of Canon’s early offerings in the EOS-M line but the M50 has the latest Digic8 processor and the latest version of  DPAF together with a built in EVF and a fully articulated monitor so I decided to buy one (nobody gives me cameras) and try it out.


    Spoiler alert: In the event I found the M50 a bit disappointing. Not bad, just not as capable as it could have been.  




    Who is it for ?


    Canon tends to target each camera model to a very thin slice of the market.

    The M50 appears to be aimed at snapshooters who want to move up from a smartphone in the expectation of making better pictures. The layout of the menu system and user manual, the limited control set and the high level of  wireless connectivity could all appeal to this user group.


    But here is the thing: I keep wondering why the camera is there at all. All that wireless connectivity would be easier to implement just with a smartphone, the latest versions of which make pretty good pictures.


    Maybe vlogging is the answer to my question. The M50 is well specified for this.


    Nevertheless the photographer who advances beyond the snapshooter/beginner level will I suspect, soon feel frustrated by the inherent limitations of the M50 and start looking for something with more appeal to an enthusiast camera user.


    But in the little world of EOS-M the only current model likely to appeal to an enthusiast is the M5 which is already starting to show its age with a slow processor and many performance limitations.


    Specifications

    You can read all the details elsewhere but on paper it looks pretty good.


    Good autofocus, built in EVF, fully articulated monitor, well implemented touch screen, extensive wireless connectivity, 27mm diagonal (APS-C) sensor, 24 Mpx, 4K video, interchangeable lenses, the latest Canon processor and much more.


    But there are many items missing from the M50 which can be found on competitors models in the same price range.


    There are no zebras, no blinkies, no in camera panorama, no custom modes on the Mode Dial, no lens hood supplied in the box, no USB charging, no silent operation in P, Av, Tv or M Modes, the EVF and monitor are adjustable only for brightness not contrast, saturation or color balance, if Eco mode is ON, the AF area can only be moved via the touch screen so you must have the monitor facing outwards, there is no separate back button AF, only one control dial, no drive mode or focus mode dials and no DPAF with 4K video.




    Image quality


    The M50 is said to use the same APS-C (27mm diagonal) sensor as numerous current Canon models.  As such it should be a well known entity. My only previous experience with this sensor is in the Powershot G1X3.


    There are several positive reviews about this sensor but I have been somewhat underwhelmed by it.  When testing the M50 I compared it side by side with a Panasonic Lumix G85 fitted with the kit 14-42mm lens.


    At low ISO sensitivity settings I was unable to get any more detail or dynamic range out of RAW files from the 24Mpx M50 with the 15-45mm lens than I could get with the 16Mpx G85 and 14-42mm lens.   That is still a lot of detail but the larger (27mm diagonal) sensor in the M50 should be better than the smaller (21.5mm diagonal) sensor in the G85 but at least with the 15-45mm lens I did not find that to be the case.


    At high ISO settings in the 3200-6400 range my tests showed the M50 to have about 0.7 EV steps moreluminance noise than the G85 when I compared the RAW files at the same output size after conversion in Adobe Camera Raw.   I used the full sized CR3 Canon RAW not the compressed C-RAW.


    I found that JPGs from the M50 were not quite as sharp as the RAW files even with Picture Style set to [Fine Detail].


    I also noticed that the M50 JPGs sometimes appeared to lack local contrast (clarity in Adobe speak) and vibrance (an Adobe term for rendition of subtle colors)  compared to those from the G85.


    Lens

    My copy of the 15-45mm f3.5-6.3 lens appears to be of decent but not outstanding quality.

    Resolution in the center at the wide end is excellent but the corners are a bit soft. The long end is not as sharp and  my copy is a bit decentered making it a little bit soft on one side.


    I noticed considerable corner shading in RAW files particularly at the wide end of the zoom. This is correctable in a RAW converter of course however other camera makers adopt the practice of correcting corner shading in camera post capture with both RAW and JPG files.

    Overall the lens does a good job. I suspect most M50 users will not be aware of any problems.


    Performance


    Before I get to timings I just want to mention two things which I do not recall having seen reported by any other reviewer. Maybe I missed them.


    First, there is no EVF or monitor blackout after each shot either with single shot or continuous drive.


    This is actually a really big deal and is presumably enabled by the new Digic8 processor.


    Absence of EVF blackout is one of the holy grails of camera performance, available in very few models and yet:


    a) Here it is in the humble little M50 and

    b) Most reviewers appear not to have noticed.


    I am surprised by both those things.


    Second,  the M50 (and I believe all EOS-M models) has a focal plane shutter which always operates in electronic first curtain (EFCS) mode. This is presumably Canon’s answer to the shutter shock problem which bedevilled the Micro Four thirds system until recently. If so it appears to work because I saw no evidence of shutter shock in any of my test photos.


    Anyway moving right along,


    Overall the camera feels responsive to user inputs and operates briskly in most circumstances. The only exception to this is that buffer clearing is slow and many settings cannot be changed while the camera is writing to the card.


    Shot to shot time with single shot drive, one shot AF and AF+AE on each frame is 0.4 seconds which is about average for this type of camera.


    Autofocus is generally fast and accurate with one shot,  servo or video. I did however notice on several occasions that the camera focussed on the background when I thought I had positioned the AF area over a foreground subject element. Maybe I should have used the smaller of the two available AF area sizes and been more careful to keep the edges of the AF box away from background features.


    The M50 had no difficulty holding focus on a person walking towards and cars driving towards or away from the camera with a high percentage of frames in sharp focus. With JPG output (no RAW) the frame rate in [High Speed Continuous] was 7 frames per second which is quite brisk with the added benefit of no blackout between frames.


    So we have a bit of a mixed bag in the performance department. Some things like the absence of EVF blackout suggest a fast processor. Others like the slow buffer clearing suggest a slower processor.


    Odd that…….


    Ergonomics


    I will post the ergonomic score separately but for now I just note that the M50 is decently serviceable provided one has modest expectations of the user interface.

    The experience of holding, viewing and operating this camera is not bad but not wonderful either.

    Some competitors models in this price range achieve a considerably higher ergonomic score.


    Video

    My knowledge of video is rudimentary. However those who understand video have reported that the M50 delivers good 1080p video. It has the fully articulated rear screen and a microphone jack so it would be quite suitable for vlogging.


    All the reviews which I have seen indicate that although the camera has 4K video it is poorly implemented, making it difficult to use.


    Summary


    Desirable features  

    * Reliable AF which works well for single shot, servo AF and video.

    * Well implemented touch screen.

    * Comprehensive wireless connectivity.


    Neutral features (could be good or bad depending on your priorities)

    * Small size of body and kit lens. This is good if smallness is important to you but the penalty for that smallness is substantial.

    There is insufficient real estate on the body for a comprehensive set of controls and IBIS is not available.

    The lens has to utilise a collapsing design to get the size down and unlocking the mechanism every time the camera comes out of its bag can become a bit tedious.

    The widest aperture ranges from f3.5 to f6.3 which limits low light capability.


    Less appealing features

    * Limited specifications and capabilities.

    * Limited control set.

    * Sensor noise at high ISO settings.

    * High EVF contrast, not adjustable.

    * 4K video not really useful.

    * Very limited EOS-M series lens selection.


    Conclusion

    The EOS-M50 is an interesting addition to Canon’s growing stable of M class mirrorless interchangeable lens cameras. It has some features and capabilities which set it above the more expensive M5. But it is also missing several features which have become commonplace on other maker’s models in this price range.


    The controls and menus are a curious mix of some Canon DSLR features and some Powershot features. The result is serviceable but as I use the camera the interface does not feel altogether coherent.

    It seems to me that there could be  considerable potential in Canon’s technology which is not being fully expressed in the M50.


    I have no doubt that Canon’s product development people know a lot more about marketing than me (which is not saying much) but from the perspective of an enthusiast amateur photographer I find the M50 limited in features and limiting to the user.

    Maybe the M50 is more interesting for what it suggests about Canon’s next move in the mirrorless ILC space than for the camera itself.


    Recommendation

    If you want a slightly-above-entry-level mirrorless interchangeable lens camera and for some reason it absolutely must have the Canon brand then the M50 might be worth considering.

    You might want to wait though to see what Canon does with their follow up to the M5. That will be more expensive but have a more comprehensive feature and control set which could be a better choice in the long run.




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    May Gibbs, EOS-M50


    Overall  the M50 presents the photographer with a user experience which is neither especially engaging nor egregiously annoying.


    Setup Phase

    Menus have a clear graphical interface and are easily navigated.

    You can select either the “Guided” or “Standard” menu display. Obviously the guided display with its pictogram style is intended to make camera setup less daunting for new users but I found the standard version more direct and easier to work with.

    There is a My Menu which is easily configured to individual requirements. Like items are mostly grouped together.

    There is extensive Wi-fi capability.

    There is a Quick access menu with a level of user item selection.

    So what is there is decently well implemented. But the M50 loses points because of missing features already detailed in the previous post.

    I also had some issues with button function assignment. For instance I wanted to set up AF-ON to the AE-Lock [*] button but all the available options linked the * button to the shutter button in ways which did not meet my requirements.

    Setup score 10/15


    Prepare Phase

    The tasks of Prepare Phase can be carried out decently well but most require more actions each more complex than would be the case with a camera having more direct controls.

    For instance focus mode, autofocus mode, drive mode, stabiliser and many others are all accessible indirectly.

    The camera can be reconfigured for changing photographic circumstances but there is quite a bit of button pushing involved.  This camera would have benefited greatly from one or two Custom positions on the Mode Dial.  

    Prepare Phase score 9/15


    Capture Phase, Holding

    There is a small but reasonably well shaped handle which provides a comfortable grip and easy operation of the shutter button and front dial.  However the handle could have been deeper for an even better grip and if the lens were further to the left (as viewed by the user) the handle could have been fatter. Thee small changes would have permitted the inclusion of a rear dial on the top plate. The top plate could have been higher to raise shutter button height and provide more grip for the fingers.

    The thumb support is well shaped and positioned for a secure grip.

    The camera can easily be carried by the handle.

    So holding arrangements are decent but could easily have been better with a few small design changes.

    Holding score 14/20


    Capture Phase, Viewing

    On paper the viewing arrangements look pretty good. There is a fully articulated monitor and a built in EVF with enough pixels for good image preview quality.

    But the implementation is quite a let-down.  One of the main arguments in favour of the mirrorless camera type is the ability to see with considerable accuracy what the picture will look like beforeyou press the shutter. Unfortunately the M50 does not permit this.

    The EVF has high contrast and saturation but only brightness is adjustable. So WYS is not WYG especially when subject brightness range is high.

    It is not possible to configure the monitor and EVF to look the same in style or image characteristics.

    The level gauge is very nice and easy to use, better than the one in the G1X3.

    The best thing about viewing in the M50 is the absence of EVF or monitor blackout.

    Viewing score 12/20


    Capture Phase, Operating

    The main task of operating is to adjust all primary and secondary exposure and focus parameters while looking through the viewfinder and without disrupting grip with either hand.  The M50 substantially enables this by permitting multiple functions of the single dial. For instance in M Mode repeatedly pressing the exposure compensation (up) button cycles function of the dial between aperture adjustment, shutter speed adjustment and exposure compensation.

    This does involve shifting grip with the right hand but not to a great extent.

    Position of the active focus area can be quickly moved with monitor or EVF viewing via the very good touch screen interface.

    Some thought has gone into haptics. The dial around the shutter button is well positioned (Olympus/Panasonic style) and easy to turn. The Exposure Lock and AF position buttons (on the thumb support) have little ridges above and below to make them easy to locate by feel.  The outside edge of 4-way controller is raised above the camera body with an extra little lip with a sharpish edge at each of the four positions which are easy to locate and operate by feel.  

    So operation of the M50 turns out to be better than its modest specification might lead one to expect.

     Operating score 16/25


    Review Phase

    The M50 enables smooth completion of all the essential tasks listed on my schedule for review phase.

    Review score 5/5

    Total score 66/100


    Comment

    Neither very good nor very bad pretty much sums up the EOS-M50.

    There are some nice ergonomic features like the touch screen and some of the haptics. But I suspect the missing features, capabilities and controls will prevent this camera from appealing to most enthusiast photographers.





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    How not to do it. Sony RX10Mk4. This camera has state-of the-art technology and performance but a mediocre user interface.

    Way back  in the good ol’ days of SLRs and film, top plate LCD displays served a useful purpose.

    It was not feasible to display much data in an optical viewfinder and there was no monitor screen on the back of the camera.


    With digital capture came the rear monitor screen on which a great deal of information could be displayed, or not if the user did not want it.


    So the top plate LCD became redundant and disappeared from the majority of consumer level DSLRs.  But top level models retain the LCD panel for reasons which escape me. Maybe professional photographers became accustomed to having it there.


    Now we have mirrorless cameras, some with a fixed lens, others with interchangeable lenses. These cameras have an electronic viewfinder which can display all the information available to the monitor, or not if desired.


    Either the EVF or monitor can display all the information which might be allocated to a top plate LCD panel, in a presentation which is easier to read with  user selectable content.


    No longer is there any logical or ergonomic reason for designers to include a top plate LCD settings display.


    But what do we now see ? Curioser and curioser, the redundant top plate LCD panel is making a comeback to some recent released mirrorless camera models.


    My Sony RX10 Mk4 has one (as do the previous three versions of the RX10).


    The Panasonic G9 has one.


    The Fuji X-H1 and GFX50S each have one.


    And, wonder of all camera design wonders, it appears from the teaser photos that the about-to-be-announced-on 23 August-and-possibly-actually-released  all new Nikon mirrorless full frame camera also has a top plate information display.


    Why ?


    What is going on here ?


    I really don’t know.


    Are camera owners and users demanding a return of the top plate information display ?


    Digital Photography Review recently conducted a poll of readers asking “ What are the most important things you’d want from a Canon or Nikon mirrorless camera ?”

    DPR closed the poll after a few days with 3783 responses.


    I think we can assume most respondents were camera owners and users who have given some thought to exactly which features they consider important in a mirrorless camera.


    The features most requested were as expected, things like compatibility with existing DSLR lenses, high quality EVF and focus system and in-body stabilisation.


    A top plate settings display was the LEAST requested item, nominated by just 0.3% of respondents.


    Maybe that tiny percentage of users is incredibly influential, who knows?


    From an ergonomic perspective the top plate settings display is worse than useless.


    1. It is not useful.


    2. It displaces controls which are useful from the top of the camera.


    Getting it right: Panasonic G85 with twin top control dials, drive mode dial on left side of EVF hump. This camera is a pleasure to operate.


    My I explain:


    The information usually most prominently displayed on top plate displays includes aperture, shutter speed, ISO and exposure compensation. These are primary and secondary exposure parameters which the user needs to be aware of during the Capture Phase of use.


    That is: when the user is looking through the viewfinder or sometimes looking at the monitor. In either case the top plate and its display are not visible.


    So the top plate display provides information about exposure parameters when the user does not need it, in Prepare Phase of use when looking at the top of the camera, but does not allow the same information to be seen by the user when he or she does want it, during Capture Phase of use.


    Top plate displays usually also present information relevant to Prepare Phase of use, including remaining shots available on the card, flash compensation, battery status, white balance and others depending on the make and model. But these are often small and difficult to read and are more easily seen in the EVF or monitor.


    If the top plate information display were merely useless like the Fn7 button on the front of the Panasonic GX8, that would not be so bad.


    But it is worse than useless because it occupies prime camera real estate and forces controls which are useful off that location.


    The prime and best occupant of that particular piece of camera real estate is the main Mode Dial. This is extremely useful on a modern electronic camera providing quick access to many major functions.


    But most cameras lack sufficient space for both an LCD panel and a Mode Dial so the Mode Dial gets bumped off to the left side of the EVF hump.


    But wait…. The Drive Mode dial wants to be there…..tough luck.


    So the Drive Mode Dial either disappears altogether or gets stacked beneath the main Mode Dial which is not an optimal arrangement or gets sent some other place where it is difficult to see.


    All of which brings me back to my original question.


    Why are designers fitting new mirrorless cameras with top plate information displays ?


    I have no inside knowledge whatsoever of the way camera designer’s minds work so I must guess.


    And my best guess is that the top plate panel is there for marketing reasons:


    * Ten years after the first mirrorless ILC (the Panasonic G1 of 2008) the most popular type of interchangeable lens camera is still the DSLR.


    * Camera makers want you to switch from a DSLR to a Mirrorless model. When the Canon and Nikon full frame mirrorless models come out that push will be on in earnest. Neither Canon nor Nikon will want to be burdened with the cost of running two completely different product lines for very long.


    AND at the same time they want to upsell you to a top level model because they make more profit per unit on the more expensive models.


    * Upper mid and high end DSLRs (but not entry and lower end models) have top plate LCD panels.

    Therefore  the designers have taken to fitting their upper/mid and high end Mirrorless models with top plate information panels.


    Not because these panels are useful or ergonomically desirable but because the makers want to make their MILCs look and operate just like the (currently) more popular DSLRs.


    Anyway that’s what it looks like to me.


    Summary

    Camera users have voted against the use of top plate information panels on their mirrorless cameras.

    My ergonomic analysis concludes that such panels on mirrorless cameras are worse than useless.

    I use my Sony RX10 Mk4 often but never look at the top deck information panel when I am operating the camera. On the occasions when I have looked at that panel to see what it displays I have found some of the icons so small as to be unreadable.


    Conclusion

    The top plate information panel is a relic of the past and an ergonomic absurdity on a modern mirrorless camera.

    I really wish that camera makers would sell mirrorless models on their considerable merits and not resort to making them look like DSLRs for what appear (to me anyway) to be mis-conceived marketing reasons.







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    Lumix G85

    When I started working on  this comparison the two cameras, each with standard kit lens were selling for about the same price in Australia.


    Since then the M50 has been discounted while the G85 price has held, presumably indicating the popularity of this model.


    The Lumix G85 is the latest and best of Panasonic’s G series models. It was announced in September 2016 so is almost 2 years into its product cycle.


    The EOS-M50 was announced in February 2018 so it has been on the market only 6 months.


    Panasonic has released 30 mirrorless interchangeable lens camera models since the G1 of 2008.


    Canon’s first MILC was the EOS-M of 2012. To date Canon has appeared to treat the MILC segment of the market as a low priority with only 7 EOS-M models released  and most of these pitched to the entry level buyer.


    For this comparison I fitted the M50 with the standard 15-45mm (equivalent to 24-72mm) f3.5-6.3 collapsing zoom lens and the G85 with the 14-42 mm (equivalent to 28-84mm) f3.5-5.6 standard kit zoom.


    Price

    Retail prices vary considerably with various deals and offers but at the time of writing the EOS-M50 was selling for around AU899 with the 15-45mm lens. The G85 with 14-42mm lens from the same vendor was AU1204. I noticed that the G85 body only from this vendor was AU1168 which priced the lens at AU36, making this one of the best lens deals I have ever seen.


    M50 on the left, G85 on the right


    Size and mass

    You can see in the photos that they are similar in size. The M50 is actually smaller and lighter even though it uses a larger sensor. The M50 fits into a smaller carry bag.



    The downside of the M50s smaller size is that there is insufficient space for an in body image stabiliser (IBIS), a full handle and a comprehensive set of external controls. 

    Who are they for?

    I would locate the M50 in the upper entry segment of the market.

    The G85 has more external controls which would likely appeal to enthusiasts.


    Specifications and features

    You can read all the details elsewhere but in summary the G85 is more highly specified for stills and video capture, has more features, more capabilities and more hard controls.


    Sensor

    You might expect the M50 with its larger sensor (27mm vs 21.5mm diagonal) and more pixels (24 vs 16) to be superior here but that is not what I found.


    At low ISO settings the G85 delivered slightly more detail due I suspect, to the higher quality of the kit lens.


    I saw no practical difference in highlight and shadow detail or recoverable highlight information from RAW files.


    At high ISO settings in the 3200-6400 range the G85 actually produced less luminance noise than the M50 on my tests using Adobe Camera Raw and matched output file sizes.


    The M50 on the right fits into a slightly smaller carry bag


    Lens

    I have used other copies of the Lumix 14-42mm previously and found all of them to deliver excellent optical and mechanical performance as did the one used in this test.


    The Canon 15-45mm was less convincing particularly at the edges and at the long end of the zoom. It was not a bad lens just not excellent.

    I also found the Panasonic files cleaner with less color fringing at high contrast edges.


    Autofocus

    This proved one of the more interesting aspects of the comparison.

    Panasonic has  persisted with contrast detect AF without any additional phase detect function. This uses a technology known as DFD to improve the speed and precision of  CDAF.


    Canon took a completely different and I suspect, technically more challenging course to develop their proprietary on chip dual pixel phase detect system (DPAF) which has been refined to the point that it works really well in the M50 on still or moving subjects, for still photos or video.

    Both systems work very well. The Panasonic is slightly faster in average light levels and slightly more sensitive. It will focus on brush marks in paint and fine textures.


    But the Canon system goes straight to the point of focus without the back-and-forth “wobble” of the CDAF system in the Panasonic and the Canon is quicker in video.

    One occasional problem I noted with the Panasonic was a tendency to misfocus when presented with multiple small bright light sources, particularly sunlight reflected off foliage on a bright sunny day, a condition quite common in Sydney where I live.


    Both systems are highly refined and effective in most conditions but overall I found the Canon system to be slightly more confident and reliable.


    The downside of the Canon DPAF system appears to be its adverse effect on sensor performance. The 27mm (diagonal) 24 Mpx sensor in the M50 was, on my tests, outperformed by the ageing 21.5mm 16 Mpx sensor in the G85, particularly at high ISO settings.


    In other tests I found the M50 was only just slightly better at high ISO settings than cameras using the much smaller 15.9mm 20Mpx Sony “One inch” sensor. In fact these cameras including the Sony RX100Mk4 and Sony RX10Mk4 were better in low light as they have a wider aperture lens.


    Performance

    The G85 is a quick performer in every respect.  Shot-to-shot times are very short, AF is very fast, the camera responds to all user inputs very quickly and most camera functions operate normally while images are clearing the buffer.


    The M50 is also a responsive camera with no serious faults. Most functions lock up while the buffer is clearing which could sometimes be an issue.


    The M50 functions with no EVF blackout using single shot or burst drive.


    The G85 does have significant blackout between frames which restricts this camera’s usefulness for sport/action type work.

    So both perform well but there are significant areas where both could improve.


    Ergonomics

    The G85 was convincingly better here with more and better designed external controls, much better EVF, better handle and better user interface.

    I did find however that the M50 had a slightly more responsive touch screen with more user control options. This was more user friendly for moving the active AF area than the similar but not quite as well implemented system in the Panasonic.


    Lenses and system

    Purchase of an interchangeable lens camera represents entry into a system, not just a single product.

    And in this case the Micro Four Thirds system (M43) is vastly more developed than the EOS-M system from Canon.


    There are now many lenses from Panasonic, Olympus and other makers for the M43 system. . I counted 57 M43 lenses available from a major retailer in Australia. These cover everything from consumer kit zooms through to the most exotic wide aperture primes, ultra wide and long zooms and primes and everything inbetween. This is a mature system with something for everyone from beginner to professional.


    Canon currently offers only six EF-M lenses although you can get an adapter so EF lenses can be mounted. It seems to me however that this somewhat defeats the purpose of the EOS-M project which was presumably to offer a smaller and lighter kit than is possible with the standard EF system.


    Indeed I wonder about Canon’s commitment to the M system. They are about to introduce an entirely new full frame mirrorless system (or are crazy if they don’t) which will no doubt devour a great deal of their R&D budget.


    This will mean they will have:

    * DSLR full frame EF

    * DSLR crop EF-S

    * MILC full frame EF-???

    * MILC crop  EF-M


    That is four systems. I cannot imagine they will want to continue that many different systems in a falling camera market.  It seems to me something will have to go.

    With nothing much in the way of legacy DSLRs, Panasonic fully committed to the Mirrorless M43 system in 2008 so they have to manage only one ILC lens mount and system.


    Summary

    The G85 is a bit larger and heavier and somewhat more expensive but is a much more capable and appealing camera particularly for anyone who is or is planning to become a photography enthusiast. In addition the M43 system has much more to offer than the Canon EOS-M system.

    No contest really.









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    LX100 in Amsterdam


    The LX100 was announced in September 2014 and soon attracted great interest from enthusiast photographers.


    The design was a complete departure from previous LX models making me wonder why the Lumix marketing people used the same prefix. Maybe they were trying to capitalise on the near-cult status of the LX series generated by a group of enthusiastic users.


    In his conclusion to the 2014 DPR review of the LX100 Richard Butler wrote

    I'd consider it one of the best photographers' cameras on the market and probably the best zoom compact ever made.”


    Praise indeed for the little LX100.


    I used one frequently until recently, making thousands of photos in many locations around Australia and far distant countries.


    There has been much discussion about the LX100 on user forums. The long-ish product life has given owners the opportunity to experience and write about the joys and tribulations of  using this camera. 

    As with previous LX models the LX100 also attained near-cult status among enthusiast users.


    A replacement model has been eagerly awaited by users for at least the last two years. It appears their wait will be over on 23 August when the new model is due to be announced.


    This little post seeks to bring together the main complaints expressed by users about the LX100 in public forums together with a wish list for the Mk2 collected from forums and my own preferences.


    I will then compare this list to the published specifications of the new camera after it is announced.


    Before I get to the complaints it is worth saying that as best I can tell from posts on user forums the majority of users have been very happy about the concept of the camera.


    The LX100 is basically a compact alternative to the classic full frame interchangeable lens camera with 24-70mm f2.8 lens which usually forms the basis of a professional or ambitious enthusiast’s kit.  
    The idea is to offer most of the imaging capability of the full frame combination at a fraction of the size, mass and cost.


    In my view the LX100 achieves this and more due to the versatility of the multi-aspect ratio sensor.


    So the concept is sound and has stood the test of time.


    However the camera is not perfect giving Panasonic plenty of opportunity to improve the follow up model.


    The list of complaints is in two parts:


    Complaints about specifications

    Of course there are always a few people who want a camera with a 20-500mm lens which fits into a matchbox and costs $25. If we ignore these the main serious complaints about specifications are:


    * The fixed monitor screen.  Users have almost universally asked for a fully articulated screen, like that seen in other Panasonic cameras including the G85.


    * The 16 Mpx sensor of which only 12.7 Mpx are available. This is because the multi aspect ratio sensor requires a reduced image circle of 19.2mm (standard for the 4/3 sensor is 21.5mm).

    In fact excellent photos can be made with 10-12Mpx but still, users have called for the 20 Mpx sensor to be used in the next model.  If the same lens is used this would give about 15.9 Mpx in 4:3 aspect ratio.


    * Many users have asked for a larger, higher spec, OLED type EVF with a better eyepiece.


    * Thumb sticks for fast, positive movement of the active AF area are becoming standard fare on modern cameras and some users have requested one of these on the LX100 Mk2.

    I would very much welcome one of these if it is optimally located and designed, with 8 way operation.


    * One thing which few users have asked for but which I would very much like to see is a return to the standard modern Mode Dial + Twin Control Dials for the main operating interface. 

    Some users say they like the Aperture Ring + Shutter Speed Dial + Exposure Compensation Dial utilised by the LX100 but my ergonomic analysis and personal experience is that driving the camera with this arrangement requires more actions each more complex than is the case with the modern control layout as seen on the G85 and many other cameras.

    In effect, the layout used on the LX100 moves changing aperture and shutter speed back from the Capture Phase of use (where they should be) to the Prepare Phase of use, just like my ancient Pentax Spotmatic of 1964.  That in my view is not progress.


    Complaints about faults

    Any camera could have some kind of fault but some in particular have been frequently reported by LX100 users.


    * Dust inside the lens and/or on the sensor has been reported frequently. Panasonic really needs to deal with this.


    * Focussing problems have also been frequently reported. These appear to be of two kinds. One is that the camera will not focus reliably at far distance.  The other is that the camera will mis-focus when presented with multiple bright lights such as reflections of strong sunlight from foliage.  Panasonic needs to fix this also.


    * My first LX100 suffered complete failure of the main circuit board, eventually fixed by Panasonic under warranty after a three month wait.


    My wish list

    Assuming Panasonic’s product development people decide to stay with the same basic concept, 4/3 sensor size and lens, I would like to see:

    * A fully articulated monitor

    * A larger, higher spec EVF with more effective eyepiece

    * The 20mpx sensor as used in the GH5 and G9

    * A thumbstick for moving AF area

    * A more accessible control lever (or whatever) for the multi-aspect ratio sensor

    * A standard modern Mode Dial + Twin Control Dial operating system

    * Improved and debugged autofocus system

    * An auto ISO system just like Sony’s [Auto ISO Min SS] which changes minimum shutter speed when focal length changes

    * A larger and better shaped handle and thumb support

    * Much improved resistance to dust incursion preferably using a fully weather resistant design.


    All this will make the camera a bit larger. So be it.


    I have expressed my thoughts about a premium compact camera in the mockup shown below. This is 9mm higher (to accommodate the larger viewfinder and monitor), 4mm wider and the same depth as the LX100.


    It has a fully evolved Mode Dial + Twin Control Dial + Thumb Stick layout just like an advanced ILC but is still small enough to be carried in a belt pouch.


    Advanced compact mockup top

    Advanced compact mockup front

     

    Advanced compact mockup rear





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    LX100 Mk1  We can expect a bit more detail from the Mk2 but any increase in dynamic range or reduction in high ISO noise seem unlikely


    The LX100 Mk2  which was officially announced yesterday has been one of the most eagerly awaited model updates in recent compact camera history. The four year product run of the original LX100 has produced several thoughtfully considered wishes by users for the updated model.


    I detailed these in the previous post.


    So on the basis of published specifications, what have we got with the LX100Mk2 ?


    Sadly, not much with several key requests by owners remaining unmet.


    I suspect the LX100Mk2 might be the victim of a restricted R&D budget, the problem being exacerbated by the profligate number of different Panasonic models and body styles currently on the market.  I will post a comment on this soon.


    As to the specifications Panasonic has apparently and I think  rightly decided the original concept was a good one so exactly the same body and lens are carried over.


    I have no problem with this but there has been no mention in the initial promotional material of any strategy to manage the widely reported issue of dust ingress into the lens and onto the sensor.


    The sensor and processor have been upgraded, apparently to the ones used in the GX9 which is pretty much as expected.


    I did notice that the effective image circle of the lens appears to have been slightly increased from 19.4 to 19.8mm. This is based on the image circle diagrams for the LX100 Mk1 and Mk2 published on the Digital Photography Review website and the published pixel counts.


    In the 4:3 aspect ratio the Mk1 provides 12.697 Mpx which is 79% of the total 16Mpx available for imaging.


    In the Mk2 the 4:3 ratio provides 16.82 Mpx which is 84% of the total  20Mpx available for imaging.


    There are also software upgrades as you would expect with the GX9 processor.  These endow the Mk2 with a number of functions which have been available on other Panasonic cameras for several years.


    There is no information yet as to whether the well reported autofocus issues with the Mk1 have been rectified.


    The two big disappointments are to do with the EVF and monitor.


    The EVF is carried over from the Mk1. Many users have asked for an improved EVF and also an improved eyepiece and eyecup. As Panasonic has better units available I find their use of the old EVF very disappointing.


    The Monitor has gained touch function which is welcome but remains stubbornly fixed which is most unwelcome and will make a lot of potential upgraders think again.  Panasonic has several articulated monitors available so their failure to include one on the Mk2 is most disappointing, particularly as the LX100 is Panasonic’s top tier advanced compact.


    Lastly there is no thumb stick for moving the active AF area. I assume the idea is that the touch screen will be used for this role and that may prove to be satisfactory. We shall see.


    Notwithstanding the disappointments I have pre-orderd an LX100Mk2 and will review it in due course. Nobody gives me cameras to review so I have to wait until it is available for sale in Australia.


    I will also post a comparison between the Canon G1X3, the Sony RX100(4) and the LX100(2).



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    Dolce vita   Bondi  LX100 

    In the heyday  of camera sales, around 2010-2011, many camera makers including Panasonic offered a plethora of models with annual updates.


    Following the crash in sales especially of fixed lens models over the last few years some makers have drastically pruned their catalogue to concentrate on what they consider to be their core product offerings.  In the process companies like Olympus, Fujifilm and Nikon have pretty much abandoned compacts altogether, unless by some stretch of imagination you think the P1000 could be called “compact”.


    This leaves Canon, Sony and Panasonic still offering a comprehensive catalogue of models in almost all categories.


    With the least sales of this trio, can Panasonic afford to continue offering so many models ?


    The LX100Mk2 was announced yesterday with barely enough changes to justify it being marketed as a new model. I suspect this lack of progress may be the result of Panasonic having insufficient R&D funds to upgrade all the models it produces.


    A major Australian camera vendor currently lists for Panasonic 12 fixed lens models and 8 interchangeable lens models, not counting various lens kits as a separate model.


    For the maker this must be burning up a lot of R&D money plus a lot of expenditure on inventory maintenance and manufacturing complexity.


    For the buyer the number of models is confusing with very little to differentiate many of them.


    I think that a smaller number of models each with better design and performance would be the best way forward for all concerned.


    So I have put together a few suggestions for Panasonic’s product development people.


    I have no idea if any of them read this blog but anyway………


    The product proposals which follow are based on some underlying ideas of mine.


    I think the future of camera photography lies with fixed zoom lens models.


    This does not include the previously common small snapshooter’s compacts most with no EVF. This market has been taken over by smartphones.


    I think that in the near future when small sensors have become good enough for just about any photographic purpose, interchangeable lens camera models (ILC) will become irrelevant for the majority of photographers.


    Already we have models like the Sony RX10Mk4 which is almost at the stage of being good enough for anything.


    It is hugely liberating to know that one does not have to buy, carry and mess about changing various different lenses.


    For the present, however there is a place for a carefully chosen catalogue of ILCs.


    Is there a place for cameras which use the previously ubiquitous “1/2.3 inch” (diagonal about 7.7mm) sensor ?   Some will say “no” because it can be difficult to get good image quality from this sensor size especially in low light.


    However the small sensor allows camera designers to fit a really long superzoom lens into a compact, easily managed package and I think that will have enduring appeal to many different kinds of photographers who want to capture birds, wildlife and such like on a limited  budget.


    I think every camera should have a built in EVF which is always ready for use without having to be raised.


    So here is my suggested camera line-up for Panasonic.


    Fixed lens models


    * One waterproof/shockproof  take-it-underwater, take-it anywhere model.


    * One model using the 7.7mm sensor. This should most logically be a bridge type superzoom with a proper handle and hump top housing an EVF. In terms of Panasonic’s existing models it would combine the best features of the FZ300 (wide aperture lens) and the FZ80 (60x zoom range). It would be a high performance model with capability greater than the FZ300.


    * One ultra wide angle compact using the “one inch” (15.9mm diagonal) or similar sized sensor and a lens in the range 15-20mm (full frame equivalent).  Before Nikon aborted its DL trio of compacts the one which attracted the most interest was the ultra wide angle variant.   This makes sense ergonomically. It is much easier to pull a compact out of the camera bag than it is to dismount and stow the standard lens, then remove the wide angle one from the bag and mount it.


    * One high capability, high performance bridge model with the 15.9mm or similar sized sensor to match or better the Sony RX10Mk4 which has no direct competition at the moment.

    Neither the FZ1000 or FZ2000  provides serious competition for the RX10Mk4.


    * One travel zoom. This is a popular category which I think would be better served by one really good model than the three or four on offer right now, (TZ80, TZ90, TZ100, TZ200), each of which is compromised as to the lens quality, sensor, or ergonomics. I think a focal length of around 200-300mm equivalent is plenty for this category.  The current TZ200 would be a good starting point for the shape and style of this camera.


    * One advanced compact. As envisaged by me this would sit above the current LX100 in specifications and capability and would be a genuine alternative to the traditional 24-70mm f2.8 zoom on a full frame ILC. My advanced compact concept mockup (see attached photos) illustrates what I have in mind.


    My concept mockup for an advanced compact


    Interchangeable lens models


    Panasonic has gotten itself into a complete mess in this section of the market with a muddled profusion of models which do not appear to form a coherent offering at all. There appears to be a mish-mash of legacy ideas and aimless pot-shots at the market with no overarching conceptual direction that I can discern. There are models without an EVF and various interpretations of both flat top rangefinder-style and hump top DSLR-style models all jumbled together in confusing fashion.


    I think the previously popular category of “entry level ILC” would be better served by a well specified travel zoom (see above).


    I would like to see just two Micro Four Thirds ILC bodies from Panasonic:


    * Enthusiast level, very much in line with the current G85 model in shape, size and operation.


    * Professional level, very much like the current GH series. This level could have a number of capabilities determined by firmware packages.


    Panasonic is currently pushing the notion that the G9 is mainly for stills photographers and the GH line for videographers. This just seems ridiculous to me when the GH line could easily enough be configured for either mainly stills, mainly video or both.


    Summary

    The basic thrust of this post is a request for fewer models each with a more clearly defined market position and each offering a higher level of capability than existing models.


    The total number of bodies would decrease from 20 to 8.


    Hopefully this would free up more R&D funds for each model and provide us photographers with better cameras.





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    Western Distributor, Sydney Not made with a FF MILC
    The Canon G1X3 compact was good enough



    Is FF MILC a hoax ?


    This month heraldsone of the more productive seasons in recent history for announcements of new models which actually are new.


    The photography internet is buzzing with news, reviews and comment about the new “full frame” mirrorless models from Nikon and Canon.


    What does “full frame” mean ?


    In the latter part of the 19th Century a new type of movie film was introduced. This was 35mm wide with sprocket holes on each side. The image frame size was 24x16mm with the long side across the run of the film.


    Then in the early part of the 20th Century the same film was used for still photography. The frame size was increased to 24x36mm this time with the long side along the run of the film. Still cameras using this “35mm” format appeared from about 1913 and became well known when Ernst Leitz 
    Camera (Leica) adopted the format.


    In the early days when “real” photographers used large format and medium format cameras, 35mm was known as “miniature” format and the even smaller 16mm (also using movie film) was the “sub-miniature”  format.


    Fast forward ninety years to the early days of digital photography and we saw camera makers wanting to control their R&D costs and keep prices down for consumers. Cameras which replaced the 24x36mm (diagonal 43mm) film format with a digital sensor “full frame” were prohibitively expensive so the “crop format” was introduced. Canon crop format, also known as “APS-C” as the size is similar to the short lived format of that name, uses a sensor 27mm on the diagonal, Sony and others use a 28mm diagonal.


    Thus over the last hundred years the “miniature format” has come to be known as “full frame”. 


    The thing which intrigues me is that Sony, with virtually no history in 35mm film or DSLR production and without a huge inventory of legacy lenses to consider chose a 100 year old format for its entry into the “full frame’ mirrorless world. 


    Why not use a circular sensor which could incorporate a multi-aspect ratio function providing landscape or portrait orientation without having to turn the camera through 90 degrees ?

    Canon and Nikon are forced by their own history to use a sensor size and aspect ratio which is compatible with their legacy lenses so their decision to stay with the old 24x36mm format is understandable.


    So  Sony, Leica, Nikon and Canon each for their own reasons has elected to stay with the old “35mm” format which looks to me like a giant lost opportunity for Sony at least.


    Anyway, on with my little story:


    Sony, leading the way as usual with new technology, started the trend to  full frame mirrorless ILCs with their A7 and A9 models.  The first generation A7 models in 2013 were a bit of a disaster with poor reliability, shutter shock, some dodgy lenses, poor ergonomics, poor battery life and a host of other problems. But Sony iterated quickly and enough customers liked what they were doing to make the enterprise viable.


    Now in their third generation the Mk3 versions of the A7 series are mostly well regarded products with a lot to offer serious enthusiast and professional photographers.


    Sony has never been very good with camera ergonomics however leading to ongoing issues with the user experience.


    Nikon (pronounced Nykon or Nikkon or Neekon depending on where you live) recently revealed their all-new Zee (or Zed, also depending on where you live) full frame MILC duo to a somewhat mixed early reception.  There have been grumbles from reviewers about the single card slot, the very small buffer, the AF system configuration and operation and various other matters.  As Nikon’s future as a camera maker depends heavily on the success of the Z program one might have expected they would resolve some of these issues in the planning stage.


    Canon has just joined the party with its all new EOS-R model and brand new lenses. As usual Canon has approached this new product type with a decidedly pedestrian, not-far-above-entry-level model. 


    It does threeframes per second  with AF-C in focus tracking priority mode……Wow ???

    It looks to me as though the EOS-R is seriously lacking in processor power, just like all the EOS-M models to date.


    It also appears Canon thinks the EOS-R will keep users happy despite lacking IBIS and without a thumb-stick for moving the AF area.


    Good luck with that given that the Sony A7/9 and Nikon Z6/7 do have these features as do the current top tier Panasonic M43 models so I think it highly likely these features will be included on any Panasonic full frame model.


    Both Nikon and Canon have been forced to invest in a completely new lens mount for their FF MILC enterprises, presumably making this an expensive R&D project for both companies. In addition they have to figure out what to do with their legacy DSLR camera line up.


    But wait: now we hear that Panasonic is about to make a foray into the full frame MILC arena with an announcement on 25 September.  No details have yet been leaked.

    Oh my goodness, it appears we will have five makers battling it out for a share of the FF MILC market. 


    Leica has been there with the SL since 2015 and to be strictly accurate Leica put the first mirrorless FF ILC, the M9,  on the market in 2009, but that had an optical viewfinder not an EVF.

    Why has there been an apparently sudden rush to produce full frame MILCs ?


    Well, it might appear sudden but my guess is that these projects have been in the R&D works for several years.


    Here are some of my thoughts on the FF MILC initiative:


    1.  Each of the FF MILCs which have been released by Sony, Nikon,  Canon and Leica has numerous problems regarding specifications, capabilities, performance or ergonomics which are sure to disappoint some potential users who are not already rusted-on brand faithful supporters. 


    Note that image quality is not likely to be a problem with any of them. The image quality available from each of these full frame models will far exceed the requirements of most users.

    Any significant differentiation between the brands and models will be in the user experience.

    This being so I think it is rather disappointing that there is some kind of user experience problem with each of them


    2. Of greater interest perhaps is the next question… Who needs them ?  This question devolves itself into two parts:


    2a. Who needsfull frame ?   

    Professional sports photographers, and maybe portrait photographers who need to blur out busy backgrounds.

    There may be a few minor additional reasons but blurring out cluttered backgrounds is the main one.   

    Nobody else needsfull frame.


    I fully understand that enthusiast photographers want the best gear they can afford because that is their mind set.


    Some of these people might think they need full frame to make “better”  photos.  But I think they are chasing rainbows.


    I have been using cameras to make photos for 65 years. I have been through the whole cycle of wanting better image quality and buying ever larger cameras to achieve this. The apogee of this cycle was the 4x5 inch view camera which I dragged around for several years causing permanent back damage in the process.


    Then I had an epiphany and realised that the best camera for me was the one which gave me “good enough” quality for my personal needs. I was greatly impressed by an exhibition of aerial  photos by Yann Arthus-Bertrand.  These had all been taken with the same 35mm film cameras which I owned and looked just fine when exhibited at poster size, greater than 1 meter on the long side.

    In the digital era I have come to realise that my cameras which use the so-called “one inch” (15.9mm diagonal) sensor are giving me even better image quality than I ever achieved with 35mm film.


    2b. Who needs a mirrorless ILC ?


    Nobody, really.

    MILCs do not make better pictures than DSLRs.


    Professional sports photographers are going to continue using their DSLRs because for the moment at least, these things have better continuous AF performance than MILCs.


    However some people might prefer the mirrorless variety as it does provide some actual or potential benefits to the user experience.


    These are, smaller body depth (there being no flipping mirror), easier design of ultrawide lenses, no viewfinder blackout (only available on a few models thus far), global shutter (coming, sometime), option for silent operation when looking through the viewfinder, better WYSIWYG experience when looking through the viewfinder, ability to configure the viewfinder and monitor to look the same for a seamless transition from one to the other and no need to calibrate lenses for focus accuracy..    


    3. So why are the main camera makers moving, herd like,  to full frame MILCs ?


    I suspect the answer to this in one word is “survival”, they hope.


    Let me recap here briefly:


    Only a very small number of photographers actually need full frame cameras.


    Nobody needs a FF mirrorless camera although some might prefer the user experience enabled by the better models.


    So the push for FF MILCs is not being driven so much by the consumers as by the makers.


    I think there are two reasons for this:


    The first is that in a few year’s time the only people left on the planet still using cameras to make pictures will be enthusiast amateurs and professionals.  These people will pay serious money to get what they consider to be the best possible gear. For many buyers a camera will be a vanity purchase.


    So the makers oblige by pushing their entire product lines up market. The customers are happy enough, we hope,  and the makers get more profit per unit which they desperately need.


    Second, either about now or in the near future MILCs will be less expensive to manufacture than DSLRs as  MILCs have fewer parts in total and fewer moving parts requiring accurate alignment.


    So on both counts the makers hope to make more money per unit than they are now doing.


    They need this in order to survive in a falling market.


    What about image quality ?


    I have been using smaller sensor, meaning smaller than “full frame”  cameras since the beginning of the digital era.


    I discovered 14 years ago that I could make high quality poster size prints about one meter on the long side from an 8Mpx  Canon EOS 20D which used the Canon 27mm “crop  sensor” size.


    Since then I have come to realise I can get excellent very large prints from micro four thirds cameras which have a sensor diagonal of 21.6mm and cameras which use the so-called “one inch” sensor with a diagonal of 15.9mm.


    What about Panasonic ?

    The strong rumor is that Panasonic will move into FF MILC territory soon. Why on earth would they do that ?


    They are already making excellent Micro Four Thirds mirrorless cameras which produce top quality results.


    I have no inside knowledge of course so I have to guess that their decision is likely motivated by the same desire for survival as the other manufacturers.


    The thing which matters is consumer perceptions which drive consumer behaviour and the pointy end of that is what people buy.


    If significant numbers of potential buyers think or believe for any reason, rational or otherwise that full frame is “better” or just want full frame for the heck of it then the maker had better be able to offer full frame or lose that sale to some other mob.


    It has nothing to do with image quality or even anything to do with making photographs.



    7 September 2018 update:  My main interest is in stills not video so the really obvious reason that Panasonic might want to move to a larger sensor slipped my mind at first. It is of course, 8K.

    Consider:

    1080P (2K if you will, although its not called that)  has a resolution of 1920x1080 pixels for 2.07 Mpx.

    4K is 3840x2160 for 8.3 Mpx

    8K is 7680x4320 for 33.2 Mpx

    There have been plenty of rumors that Panasonic wants to hold/and/or extend its lead in video by moving to 8K and for that they need a sensor which gives 33.2Mpx in 16:9 aspect ratio.  With current technology that is likely too many pixels for the M4/3  21.6mm sensor. Hence the requirement for a larger sensor.

    Of course nobody actually needs 8K. Our TV set at home is 1080P and it looks just fine. Even 4K is over the top for most of us.

    However as I said above, the manufacturers are pushing these larger sensors for their benefit not yours or mine.

    7 September another update. My brain is a bit slow today, maybe every day, whatever. 
    It's about the 8K thing.

    It occurs to me that if a camera can shoot 8K preferably without rolling shutter effect, which implies  a global shutter or at least a very fast e-shutter scan speed then the difference between stills and video pretty much disappears. The user can just press the button and subsequently select stills or video as desired.

    If Panasonic can deliver a product which does that it will make existing models including all the recently announced FF MILCs look like antediluvian relics from a bygone era.

    At the top I of this post I put the provocative question “Is FF MILC a hoax”?


    No, well not deliberately.

    FF MILCs are no more a hoax than are medium format digital cameras, another category which hardly anybody actually needs.


    You may notice in all the promotional blurb about FF MILC s that the manufacturers carefully do notsay that their new wunderkamera line  makes better pictures than previous models.


    They are also not saying something like …”we offer you these products which we think are really good (and they mostly are with certain reservations) and if you the consumer are gullible enough to spend $5000 on a camera when a $2000 one would do the job just fine, then we have a product for you.”











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