Imagine FUJIFILM would go FULL FRAME Tomorrow Morning…

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If Fujifilm Would go Full Frame….

So, top Fujifilm manager Toshi Ilda said it clearly here: “We will NEVER go Full Frame!”

NOTE: this is not an article against full frame. I just try to put myself in Fujifilm’s shoes and see what it would mean for them to go full frame.

Now, apart from the fact that I 100% agree with what CanonWatch said:

“Never say never, even if you’re making the best APS-C mirrorless cameras on the market“

Remember when Fujifilm said they will never be able to offer IBIS on Fuji X Mount cameras?

Anyway, Fuji says. there won’t be any full frame camera, and according to this huge FujiRumors poll, most of you guys agree with Mr. Toshi.

But imagine…

Imagine Fujifilm would go full frame tomorrow morning.

Mostly due to the slower full frame sensor readout compared to APS-C (as listed in our advantages of APS-C over Full Frame), it would be a Full Frame Fujifilm that:

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Fujinon XF8-16mmF2.8 Review: “Sensational IQ in Frame Centre, but $2,000 is too Much”

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Fujinon XF8-16mm

The Fujinon XF 8-16mmF2.8 will ship at the end of November, and we have a few more reviews, unboxing and samples on the web.

The most comprehensive review has been shared by lenstip. Overall they think the lens price of $2,000 is not justified.

“After the test I find the number of small slip-ups of this lens a bit too high so, I suppose, only lowering of price can help. Of course it doesn’t change the fact the Fujinon remains a very well-done and optically good lens.”

Here are their Pros and Cons:

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Sony Publishes New Sensor Information for Fujifilm GFX 100 IMX 461 Sensor

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Sony has just published the flyer with additional details of the IMX461 sensor, the one used by the Fujifilm GFX 100.

“16-bit digital output makes it possible to readout the signals of 102 M effective pixels at high-speed of 2.7 frame/s in still picture mode. In addition, vertical subsampling binning and horizontal pixel binning realize high-speed 12-bit digital output for shooting moving picture.”

Features

  • Type 3.4 CMOS active pixel type dots
  • Input clock frequency 72 MHz
  • All-pixel readout mode – Various readout modes (*)
  • Rolling shutter function moving picture mode
  • H driver, V driver and serial communication circuit on chip
  • +36 dB gain settable by Bayer color in CDS/PGA on chip
  • Built-in 11-bit/12-bit/14-bit/16-bit A/D converter
  • 8 Lane SLVS-EC output
  • R, G, B primary color mosaic filters on chip
  • Back-illuminated type

You can check out the PDF here – via sony semicron

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