I hope you're right, but it seems unlikely at this point, sadly.Hoping this means RF lens shortages will be resolved by September as well.
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I hope you're right, but it seems unlikely at this point, sadly.Hoping this means RF lens shortages will be resolved by September as well.
There is 0 advantage in terms of low light performance, noise or dynamic range for a lower resolution. Especially since we're talking about a stacked back side illuminated sensor in the R3.30MP is more than enough, and has multiple advantages over higher resolutions e.g. less noise, higher max ISO, better DR, higher fps/bigger buffer. The design of the R3 seems almost perfect, considering the type of user it is aimed at.
Even if you don't have an exact date, do you have a sense of whether it's early September or late September?
it is interesting how different resellers operate. I was able to put a refundable deposit down on the R5 back in February last year. The intent was to get it in June just prior to a big Scandinavian trip. That was one of three trips cancelled over the last 12 months but it did mean I got my R5 in the first batch in Australia (with a spare battery and the fancy strap that I immediately soldIf it could be pre-ordered, I’d have done it already. B&H pre-orders start after the product is officially announced.
I'm guessing the "surprise" will be something like a pixel-shift / multi-shot high resolution feature.Was the 30.1mp announced by Canon or is it from a third party rumor? There was also some report of a surprise about sensor resolution?
Yeah, most in the semiconductor world doesn't see the shortage ending for a long time. They do think the bulk of the shortage can be relieved by the end of next year, but we will still see some delays. After seeing the type of plant and the time it take to make these wafers, its no wonder why they are so bleak on their outlooks. The worst outlook I saw was 2023, but many see it lasting well in to 2022.I hope you're right, but it seems unlikely at this point, sadly.
Thanks for sharing the insight! Even if it is a bit bleak...Yeah, most in the semiconductor world doesn't see the shortage ending for a long time. They do think the bulk of the shortage can be relieved by the end of next year, but we will still see some delays. After seeing the type of plant and the time it take to make these wafers, its no wonder why they are so bleak on their outlooks. The worst outlook I saw was 2023, but many see it lasting well in to 2022.
Shhh my Rebel XS considers it to be a "trick," don't ruin it's fun.The rumor was about a "resolution trick," not a "surprise". A 30MP sensor would not be considered a "trick" though it could be considered a "surprise".
Well, a lower rez stacked, back side sensor with bigger sensing sites would have better noise and dynamic range.There is 0 advantage in terms of low light performance, noise or dynamic range for a lower resolution. Especially since we're talking about a stacked back side illuminated sensor in the R3.
In spite of the fact the the highest resolution cameras have the most dynamic range? I think you need to study how dynamic range is measured (hint, fixed area, not pixel level).Well, a lower rez stacked, back side sensor with bigger sensing sites would have better noise and dynamic range.
There seems to be a correlation between low resolution and high ISO.Well, a lower rez stacked, back side sensor with bigger sensing sites would have better noise and dynamic range.
COVID induced chip shortage and supply chain issues won’t be resolved very soon, here in HK many of the RF L lenses such as 100-500, 24-105L, 85.2 and even the EF-EOS-RF adapters are back-ordered, typically people who want to order need to wait at least 2-3 months.Hoping this means RF lens shortages will be resolved by September as well.
Or unlike the R5/R6 they make the announcement with a lot of stock ready to go and they can start selling very quickly.So I'm guessing an October or November release if it gets announced in September? R5 was roughly a month later.
In the real world the R6 shows very little advantage over the R5 at high ISO. Yes per pixel noise is lower as it's a much smaller image, but the R5 reszied to 20MP is as clean, and even at full res, the files clean up so nicely even out to 12800 it matters little. Also to match the reach of the R5, the R6 needs a 1.5x TC so you'd be using a slower aperture, higher ISO to match shutter speed for action. So it's advantage is gone.I think the "surprise" was that the resolution is quite low - many must have been expecting the R3 to match the resolution of the R5 and the Sony a1. But for 95% of images (if not more) 30MP is more than enough, and has multiple advantages over higher resolutions e.g. less noise, higher max ISO, better DR, higher fps/bigger buffer. The design of the R3 seems almost perfect, considering the type of user it is aimed at.
DR is often limited by the read noise. Sony A9 is lowish res, but had much worse DR than the A7RIII, due to the fact the read noise was ~4x worse. This came about due to the ADC's being clocked much faster to accommodate the much faster sensor scan speed which introduced more read noise. A9II improved the DR about 0.5EV and A1 improved it further so it's DR is only a tiny bit lower than the A7RIV. We have pretty much hit the wall on DR with 35mm sensors.There seems to be a correlation between low resolution and high ISO.
There does not appear to be a similar correlation with dynamic range.
Canon has not announced the resolution. I believe they never announce the resolution until the official announcement. So, 30 MP is only a rumor.Was the 30.1mp announced by Canon or is it from a third party rumor? There was also some report of a surprise about sensor resolution?
The grandest!How about master-flash-function (via Wifi or BT?!) for wireless flash triggering?