svg+xml;base64,PHN2ZyB2aWV3Qm94PScwIDAgNzI4IDQ2MicgeG1sbnM9J2h0dHA6Ly93d3cudzMub3JnLzIwMDAvc3ZnJz48L3N2Zz4= - A BSI APS-C EOS R camera is coming in the second half of 2022 [CR2]

    A BSI APS-C EOS R camera is coming in the second half of 2022 [CR2]

    By Updated:342 Comments1 Min Read Canon EOS Rumors

    Ever since the launch of the original Canon EOS R, there has been a burning question as to whether or not Canon would be bringing an APS-C RF mount camera to consumers.

    Over the last few years, there have been sporadic reports that this is going to happen eventually.

    I have now been told by a good source that Canon will definitely be bringing an APS-C RF mount camera equipped with a backside-illuminated sensor in the second half of 2022.

    I have also been told that this new BSI APS-C sensor will appear in more than one camera. The resolution of the sensor is unknown at this time, but I think something in the area of 28mp-32mp is quite likely.

    More to come…

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    342 comments

    3. A BSI sensor doesn't do a whole lot for IQ as we see from the Nikon Z5 vs Z6, but maybe we'll get something more out of it. A stacked BSI sensor as a 7D mirrorless replacement on the other hand would be very interesting and possibly under £3000.
    10. I'm very surprised. This will give us lots to speculate about for the next 9-12 months. Biggest may be, is it a 7D or a 90D successor? I do hope that they give it R6/R5 quality autofocus.
    11. I wonder how they will approach lenses going forward.
      The rumored/roadmapped RF 18-45mm f/4-5.6 IS STM could serve as an APS-C kit lens or a consumer/inexpensive ultrawide zoom for a sub-$1000 FF EOS R. I highly doubt we'll see an RF equivalent to the EF-S lenses. But then, I doubt we'll see an APS-C EOS R body at all.
    12. I wonder how they will approach lenses going forward.
      Not a problem. Canon only needs 1-2 lenses for an APS-C body: a standard zoom similar to the 15-85 EF-S and a wide angle similar to the 10-22 EF-S. For everything else, standard RF lens focal lengths are fine or even preferred. With the R system, Canon no longer has to worry about separate mounts as they can easily make those crop lenses automatically crop to 1.6 on any R body just as EF-S lenses do now.
    15. While eagerly waiting for an R7, I recently bited the dust and bought an R6 to start playing with Animal Eye AF. Great camera and great AF, I'm having a lot of fun with it. But I will happily [what I feel like will be an] upgrade again to APS-C to get a more light-weight and convenient kit to walk around with all day. I'm never gonna get a "highend enthuiast quality"/"prosumer" [fullframe equivalent] 16-400mm triple-zoomlens kit down to same weight in fullframe as I do with my APS-C 7DII (even though the 7D is one of the heavier cameras).
      But still "only" a long-term CR2-rumor. In these covid-times of supplier, production and transportation crisis, its hard to believe in anything before we see it.

      From here also a vote for RF equivalents to the EF-S 10-22mm (or the EF-S 10-18mm) and the EF-S 15-85mm. However I could probably also easily survive adapting my existing lenses.
    17. A BSI sensor doesn't do a whole lot for IQ as we see from the Nikon Z5 vs Z6, but maybe we'll get something more out of it. A stacked BSI sensor as a 7D mirrorless replacement on the other hand would be very interesting and possibly under £3000.
      Stacked BSI would of course be better but any BSI will result n less noise and better low-light performance.
      Not going with stacked BSI will allow Canon to use the same sensor in more affordable cameras.
      Fuji has committed to making an APS-C stacked BSI sensor.
      As much as I would love a stacked sensor for the rolling shutter performance, I would choose a Canon BSI over a Fuji stacked.
      I am sure Fuji fans would see differently.
    18. 30mp x 1.5 = 45. Full frame sensor is 36x24. APS-C is typically 22x15.
      The APS-C is 1.6x linearly. That's 2.56x area. Your 22x15 says 2.62x, so let's use that: An 30MP APS-C would have same pixel density as a 30MP*2.62 = 78.54MP FF sensor.
    19. 30mp x 1.5 = 45. Full frame sensor is 36x24. APS-C is typically 22x15.
      It is the area that’s relevant, not the linear dimension. Keeping pixel size constant, you can fit 2.56x as many pixels in a FF sensor compared to a 1.6 crop sensor.

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