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The issue I have is that I don't need any faster. I agree a faster CPU is always better, but for it to make a noticeable difference to the M240 it would have to be 10x faster. 2x increase wouldn't make any difference to me.

 

I presume the next version of the M will have a bit more pixels, a bit more speed, a bit more ISO, etc.

 

Without a compelling new feature it'll be a difficult sale to me as I think the M240 essentially solves the problem of sensor longevity, SD card compatability, telephoto lenses (with live view) and ISO which the M9/8 had.

 

If Leica is thinking out of the box there is one feature I would absolutely love in the 2016 M, LTE built in (ie with a SIM card slot).

 

I have found this feature on my iphone indispensable and ensures all photos are backed up to flickr with no user intervention required. They are sent to flickr as private view only. This is incredibly useful and if it could be extended to DNGs via Dropbox or other service it makes USB or SD card transfer redundant.

With the iphone it's not instantaneous, but it doesn't need to be, just sending files throughout the day.

 

Rgds

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Agreed on all points, but without a giant asterisk, how can Leica claim the blanket term "faster" as written by their advertising?

As explained above … If they wanted, Leica could show an M and an M-P side by side, both set to burst mode and shooting in sync. When the M had to slow down after 4 seconds the M-P would continue shooting at the same speed for another 4 seconds. That would be faster for anyone needing 8 rather than 4 seconds shooting at 3 fps to get an important shot.

 

But then, hey, this is advertising copy; why do we even try to divine some arcane messages from it? The camera may be faster for some functions, but surely in won’t be for all; I wouldn’t conclude without checking that the function most important to me be will indeed be faster. My stance is: Give me the specs, not advertising copy. And they better not lie in the specs.

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Agreed on all points, but without a giant asterisk, how can Leica claim the blanket term "faster" as written by their advertising?

 

FASTER*

 

 

*ymmv

 

 

Faster can be defined in many ways, and is very subjective. You could say the camera is faster because it has the frame selector lever, and therefore you don't need to swap lenses to see different fields of view, for example :)

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Mine has not: a spot check yields 24MB (M) vs 18.4MB (M9).

 

That is because either you have enabled DNG lossy compression on the M9 (bad!), or you are checking files compressed by Lightroom (or other sw) after they have been imported to your computer.

 

Note that we are talking about file size in the camera, as it affects buffer flush speed to SD.

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Leica could show an M and an M-P side by side, both set to burst mode and shooting in sync. When the M had to slow down after 4 seconds the M-P would continue shooting at the same speed for another 4 seconds.

 

... the problem is that after 8 seconds from the beginning of the test, both cameras will have filled the buffer, and the speed (or should I say slugginess) will be exactly the same.

 

So, technically, you are buying more time (4 more seconds) not more speed.

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Thank you, I do know quite well what we're talking about.

 

The EXIF says the M9 picture is uncompressed, as it should. I do not "import pictures into the computer" and I most certainly do not let any software do it that damages the goods. I merely copy them from the SD card to one of the HDDs.

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So, technically, you are buying more time (4 more seconds) not more speed.

 

Nonsense. For the first four seconds of continuous shooting both cameras have the same speed. After that, the M-P will take more frames per second than the M. "More frames per second" is called "faster". The difference will grow asymptotically smaller, of course, after an additional four seconds.

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Why is it bad?

.

 

Using lossy compression on a picture will make it more difficult to process the image because you're bound to introduce more artefacts or because the desired data has gone.

These are, admittedly, borderline cases, but I strongly subscribe to the doctrine that "you never know".

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Using lossy compression on a picture will make it more difficult to process the image because you're bound to introduce more artefacts or because the desired data has gone".

 

 

I wonder about exactly what information is lost. Can anyone demonstrate the bits thrown out that diminish the outcome?

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