What I want in the next A-mount Full Frame

VirtualMirage

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I know these pop up from time to time and some enjoy them and some don't, but I figured I would share what I would like to see in the next camera and what would entice me to spend the dough to acquire one. My guess in price would be around the $2,800-$3,300 price range.

Most of the items on my list were there even before the A7RII announcement. Surprisingly, to me anyways, is that some of the things I changed to align themselves to be more in line with what was announced in the A7RII I didn't require much adjustment, showing just how close Sony has come to actually producing something I have imagined in my head. Anyways, here goes:

Sensor and Processor:
  • 42.2MP Exmor R BSI Gapless Sensor with AR (Anti-Reflective) coating and no OLP Filter
  • Improved/Faster Bionz X Imaging Processor
  • Electronic Front Curtain Shutter
  • Silent Shutter mode
  • Shutter reliability increased to 500,000 cycles
  • 5-Axis image stabilization
  • Native base ISO 64 preferred, minimum ISO 100
  • Native max ISO 25,600
  • Expanded ISO 32 - 51,200
  • 14-bit (in all shooting modes)
  • Competitive with the Nikon D750 and D810 in terms of noise and dynamic range
Body:
  • Similar design to current A77II/A99
  • All magnesium alloy body (front, back, top, bottom, and mount)
  • Weather Sealed
  • Built in Vertical Grip or Vertical Grip similar to A99 (3 batteries)
  • Backlit buttons that are contoured like those found on the A77II
  • Dedicated Focus Assist Lamp
  • Built in flash optional, but would be useful as a commander for external flashes
  • Rotary Dials made of coated metal instead of being plastic
  • Locking Dial
  • Dual SD Card slots with UHS-II support
  • Locking memory card door
  • USB 3.0 port
Viewfinder/LCD:
  • 3" 640x480 (1.23M dot) RGBW swivel LCD Screen with lock
  • .80x 1600x1200 (5.76m dot) or 1920x1440 (8.3m dot) OLED Viewfinder with Zeiss T* coating on optics
  • Improved refresh rate, lower latency, shorter blackout times
  • Stabilized viewfinder (as already done in the A77II)
Imaging Capabilities:
  • Minimum shutter speed of 30s with option to extend it to 60-120s without going into bulb mode
  • Max shutter speed of 1/8000s
  • A true flash sync speed of 1/250s to 1/320s
  • True 14-bit uncompressed RAW or lossless compressed RAW as option
  • Max framerate of 8fps at full resolution
  • Max framerate of 10-12fps in APS-C crop mode
  • Continuous framerate speed options of 3/5/8fps
  • 24-30 shot buffer in RAW+JPEG at max framerate
  • Faster buffer clearing capability
Video Capabilities:
  • Video with no line skipping
  • Video that support full sensor readout and/or pixel binning
  • 1080P 60/30/24 with XAVC S support
  • 4K 30/24 with XAVC S Support
  • Slow Motion capable, even if at lower resolution (ie, 120fps at 720p)
  • Sony S-Log2 support
  • Ability to control microphone gain
Autofocus and Metering:
  • Improved A77II type dedicated PDAF module
  • 79 AF points, all cross type
  • Maybe slightly wider spacing between AF points to increase coverage area (Although current size of A77II AF module already offers similar coverage found in the D810/D4s/5D MkIII)
  • Center AF point is dual cross type for F/2.8 and faster lenses
  • Low light AF capability as low as -3EV to -4EV
  • On sensor PDAF Assist Points (same 399 AF points found on A7RII?):
  • -> Not lens specific nor dependent
  • -> Can be used to aid in MFA calibration/tuning
  • -> Can be used to assist in tracking and AF range limiting
  • -> Can be used to improve AF precision (at potential cost in focus speed)
  • 2 or 3 point MFA for zooms (Wide/Tele or Wide/Mid/Tele)
  • Built in auto MFA calibration using on sensor PDAF Assist Points (Google Dot Tune Magic Lantern for demonstration)
  • Better Lens Identification methods
  • Video AF with more aperture latitude instead of being fixed at F/3.5 (ie, F/1.4 through F/5.6 or F/8)
  • Improved AF tracking algorithms
  • Spot, Center-Weighted, and Multi metering methods
  • Capability to have spot and center weighted metering calculate off of chosen focus point/zone
Other Features and Improvements:
  • Ability to add expanded ISOs to Auto ISO range
  • Ability to set a minimum shutter speed either by shutter speed or stops
  • Tether capability
  • WiFi/Bluetooth/NFC built in
  • Improved PlayMemories app support
  • Integrated GPS, GPS app via PlayMemories, or GPS add-on module (hot shoe mounted?)
  • If GPS equipped, offer a star tracking mode for Astrophotographers to use (see Pentax's ASTROTRACER)
  • Pixel Shift Resolution mode that outputs both JPEG and RAW for increased resolution and reduced noise (see Pentax's Pixel Shift Resolution)
  • Built in and customizable case modes tailored to different shooting situations (like Canon)
  • Option to add copyright to photos in camera
  • Built in intervalometer, works with PlayMemories app
  • Panoramic mode that produces both the final output JPEG along with the individual RAW files
  • Dual view mode that helps with manual focusing
  • More color options for focus peaking
  • EVF display option that shows live histogram and spirit level at the same time
  • Option to have menus and functions rotate with camera orientation
  • Option to change AF overlay colors (black, white, auto, etc.)
  • Ability to do bracketed shooting while using the timer function
  • Exposure bracketing up to 9 frames
 
I know these pop up from time to time and some enjoy them and some don't, but I figured I would share what I would like to see in the next camera and what would entice me to spend the dough to acquire one. My guess in price would be around the $2,800-$3,300 price range.

Most of the items on my list were there even before the A7RII announcement. Surprisingly, to me anyways, is that some of the things I changed to align themselves to be more in line with what was announced in the A7RII I didn't require much adjustment, showing just how close Sony has come to actually producing something I have imagined in my head. Anyways, here goes:

Sensor and Processor:
  • 42.2MP Exmor R BSI Gapless Sensor with AR (Anti-Reflective) coating and no OLP Filter
  • Improved/Faster Bionz X Imaging Processor
  • Electronic Front Curtain Shutter
  • Silent Shutter mode
  • Shutter reliability increased to 500,000 cycles
  • 5-Axis image stabilization
  • Native base ISO 64 preferred, minimum ISO 100
  • Native max ISO 25,600
  • Expanded ISO 32 - 51,200
  • 14-bit (in all shooting modes)
  • Competitive with the Nikon D750 and D810 in terms of noise and dynamic range
Body:
  • Similar design to current A77II/A99
  • All magnesium alloy body (front, back, top, bottom, and mount)
  • Weather Sealed
  • Built in Vertical Grip or Vertical Grip similar to A99 (3 batteries)
  • Backlit buttons that are contoured like those found on the A77II
  • Dedicated Focus Assist Lamp
  • Built in flash optional, but would be useful as a commander for external flashes
  • Rotary Dials made of coated metal instead of being plastic
  • Locking Dial
  • Dual SD Card slots with UHS-II support
  • Locking memory card door
  • USB 3.0 port
Viewfinder/LCD:
  • 3" 640x480 (1.23M dot) RGBW swivel LCD Screen with lock
  • .80x 1600x1200 (5.76m dot) or 1920x1440 (8.3m dot) OLED Viewfinder with Zeiss T* coating on optics
  • Improved refresh rate, lower latency, shorter blackout times
  • Stabilized viewfinder (as already done in the A77II)
Imaging Capabilities:
  • Minimum shutter speed of 30s with option to extend it to 60-120s without going into bulb mode
  • Max shutter speed of 1/8000s
  • A true flash sync speed of 1/250s to 1/320s
  • True 14-bit uncompressed RAW or lossless compressed RAW as option
  • Max framerate of 8fps at full resolution
  • Max framerate of 10-12fps in APS-C crop mode
  • Continuous framerate speed options of 3/5/8fps
  • 24-30 shot buffer in RAW+JPEG at max framerate
  • Faster buffer clearing capability
Video Capabilities:
  • Video with no line skipping
  • Video that support full sensor readout and/or pixel binning
  • 1080P 60/30/24 with XAVC S support
  • 4K 30/24 with XAVC S Support
  • Slow Motion capable, even if at lower resolution (ie, 120fps at 720p)
  • Sony S-Log2 support
  • Ability to control microphone gain
Autofocus and Metering:
  • Improved A77II type dedicated PDAF module
  • 79 AF points, all cross type
  • Maybe slightly wider spacing between AF points to increase coverage area (Although current size of A77II AF module already offers similar coverage found in the D810/D4s/5D MkIII)
  • Center AF point is dual cross type for F/2.8 and faster lenses
  • Low light AF capability as low as -3EV to -4EV
  • On sensor PDAF Assist Points (same 399 AF points found on A7RII?):
  • -> Not lens specific nor dependent
  • -> Can be used to aid in MFA calibration/tuning
  • -> Can be used to assist in tracking and AF range limiting
  • -> Can be used to improve AF precision (at potential cost in focus speed)
  • 2 or 3 point MFA for zooms (Wide/Tele or Wide/Mid/Tele)
  • Built in auto MFA calibration using on sensor PDAF Assist Points (Google Dot Tune Magic Lantern for demonstration)
  • Better Lens Identification methods
  • Video AF with more aperture latitude instead of being fixed at F/3.5 (ie, F/1.4 through F/5.6 or F/8)
  • Improved AF tracking algorithms
  • Spot, Center-Weighted, and Multi metering methods
  • Capability to have spot and center weighted metering calculate off of chosen focus point/zone
Other Features and Improvements:
  • Ability to add expanded ISOs to Auto ISO range
  • Ability to set a minimum shutter speed either by shutter speed or stops
  • Tether capability
  • WiFi/Bluetooth/NFC built in
  • Improved PlayMemories app support
  • Integrated GPS, GPS app via PlayMemories, or GPS add-on module (hot shoe mounted?)
  • If GPS equipped, offer a star tracking mode for Astrophotographers to use (see Pentax's ASTROTRACER)
  • Pixel Shift Resolution mode that outputs both JPEG and RAW for increased resolution and reduced noise (see Pentax's Pixel Shift Resolution)
  • Built in and customizable case modes tailored to different shooting situations (like Canon)
  • Option to add copyright to photos in camera
  • Built in intervalometer, works with PlayMemories app
  • Panoramic mode that produces both the final output JPEG along with the individual RAW files
  • Dual view mode that helps with manual focusing
  • More color options for focus peaking
  • EVF display option that shows live histogram and spirit level at the same time
  • Option to have menus and functions rotate with camera orientation
  • Option to change AF overlay colors (black, white, auto, etc.)
  • Ability to do bracketed shooting while using the timer function
  • Exposure bracketing up to 9 frames
 
I know these pop up from time to time and some enjoy them and some don't, but I figured I would share what I would like to see in the next camera and what would entice me to spend the dough to acquire one. My guess in price would be around the $2,800-$3,300 price range.

Most of the items on my list were there even before the A7RII announcement. Surprisingly, to me anyways, is that some of the things I changed to align themselves to be more in line with what was announced in the A7RII I didn't require much adjustment, showing just how close Sony has come to actually producing something I have imagined in my head. Anyways, here goes:

Sensor and Processor:
  • 42.2MP Exmor R BSI Gapless Sensor with AR (Anti-Reflective) coating and no OLP Filter
  • Improved/Faster Bionz X Imaging Processor
  • Electronic Front Curtain Shutter
  • Silent Shutter mode
  • Shutter reliability increased to 500,000 cycles
  • 5-Axis image stabilization
  • Native base ISO 64 preferred, minimum ISO 100
  • Native max ISO 25,600
  • Expanded ISO 32 - 51,200
  • 14-bit (in all shooting modes)
  • Competitive with the Nikon D750 and D810 in terms of noise and dynamic range
Body:
  • Similar design to current A77II/A99
  • All magnesium alloy body (front, back, top, bottom, and mount)
  • Weather Sealed
  • Built in Vertical Grip or Vertical Grip similar to A99 (3 batteries)
  • Backlit buttons that are contoured like those found on the A77II
  • Dedicated Focus Assist Lamp
  • Built in flash optional, but would be useful as a commander for external flashes
  • Rotary Dials made of coated metal instead of being plastic
  • Locking Dial
  • Dual SD Card slots with UHS-II support
  • Locking memory card door
  • USB 3.0 port
Viewfinder/LCD:
  • 3" 640x480 (1.23M dot) RGBW swivel LCD Screen with lock
  • .80x 1600x1200 (5.76m dot) or 1920x1440 (8.3m dot) OLED Viewfinder with Zeiss T* coating on optics
  • Improved refresh rate, lower latency, shorter blackout times
  • Stabilized viewfinder (as already done in the A77II)
Imaging Capabilities:
  • Minimum shutter speed of 30s with option to extend it to 60-120s without going into bulb mode
  • Max shutter speed of 1/8000s
  • A true flash sync speed of 1/250s to 1/320s
  • True 14-bit uncompressed RAW or lossless compressed RAW as option
  • Max framerate of 8fps at full resolution
  • Max framerate of 10-12fps in APS-C crop mode
  • Continuous framerate speed options of 3/5/8fps
  • 24-30 shot buffer in RAW+JPEG at max framerate
  • Faster buffer clearing capability
Video Capabilities:
  • Video with no line skipping
  • Video that support full sensor readout and/or pixel binning
  • 1080P 60/30/24 with XAVC S support
  • 4K 30/24 with XAVC S Support
  • Slow Motion capable, even if at lower resolution (ie, 120fps at 720p)
  • Sony S-Log2 support
  • Ability to control microphone gain
Autofocus and Metering:
  • Improved A77II type dedicated PDAF module
  • 79 AF points, all cross type
  • Maybe slightly wider spacing between AF points to increase coverage area (Although current size of A77II AF module already offers similar coverage found in the D810/D4s/5D MkIII)
  • Center AF point is dual cross type for F/2.8 and faster lenses
  • Low light AF capability as low as -3EV to -4EV
  • On sensor PDAF Assist Points (same 399 AF points found on A7RII?):
  • -> Not lens specific nor dependent
  • -> Can be used to aid in MFA calibration/tuning
  • -> Can be used to assist in tracking and AF range limiting
  • -> Can be used to improve AF precision (at potential cost in focus speed)
  • 2 or 3 point MFA for zooms (Wide/Tele or Wide/Mid/Tele)
  • Built in auto MFA calibration using on sensor PDAF Assist Points (Google Dot Tune Magic Lantern for demonstration)
  • Better Lens Identification methods
  • Video AF with more aperture latitude instead of being fixed at F/3.5 (ie, F/1.4 through F/5.6 or F/8)
  • Improved AF tracking algorithms
  • Spot, Center-Weighted, and Multi metering methods
  • Capability to have spot and center weighted metering calculate off of chosen focus point/zone
Other Features and Improvements:
  • Ability to add expanded ISOs to Auto ISO range
  • Ability to set a minimum shutter speed either by shutter speed or stops
  • Tether capability
  • WiFi/Bluetooth/NFC built in
  • Improved PlayMemories app support
  • Integrated GPS, GPS app via PlayMemories, or GPS add-on module (hot shoe mounted?)
  • If GPS equipped, offer a star tracking mode for Astrophotographers to use (see Pentax's ASTROTRACER)
  • Pixel Shift Resolution mode that outputs both JPEG and RAW for increased resolution and reduced noise (see Pentax's Pixel Shift Resolution)
  • Built in and customizable case modes tailored to different shooting situations (like Canon)
  • Option to add copyright to photos in camera
  • Built in intervalometer, works with PlayMemories app
  • Panoramic mode that produces both the final output JPEG along with the individual RAW files
  • Dual view mode that helps with manual focusing
  • More color options for focus peaking
  • EVF display option that shows live histogram and spirit level at the same time
  • Option to have menus and functions rotate with camera orientation
  • Option to change AF overlay colors (black, white, auto, etc.)
  • Ability to do bracketed shooting while using the timer function
  • Exposure bracketing up to 9 frames
 
I know these pop up from time to time and some enjoy them and some don't, but I figured I would share what I would like to see in the next camera and what would entice me to spend the dough to acquire one. My guess in price would be around the $2,800-$3,300 price range.

Most of the items on my list were there even before the A7RII announcement. Surprisingly, to me anyways, is that some of the things I changed to align themselves to be more in line with what was announced in the A7RII I didn't require much adjustment, showing just how close Sony has come to actually producing something I have imagined in my head. Anyways, here goes:

Sensor and Processor:
  • 42.2MP Exmor R BSI Gapless Sensor with AR (Anti-Reflective) coating and no OLP Filter
  • Improved/Faster Bionz X Imaging Processor
  • Electronic Front Curtain Shutter
  • Silent Shutter mode
  • Shutter reliability increased to 500,000 cycles
  • 5-Axis image stabilization
  • Native base ISO 64 preferred, minimum ISO 100
  • Native max ISO 25,600
  • Expanded ISO 32 - 51,200
  • 14-bit (in all shooting modes)
  • Competitive with the Nikon D750 and D810 in terms of noise and dynamic range
Body:
  • Similar design to current A77II/A99
  • All magnesium alloy body (front, back, top, bottom, and mount)
  • Weather Sealed
  • Built in Vertical Grip or Vertical Grip similar to A99 (3 batteries)
  • Backlit buttons that are contoured like those found on the A77II
  • Dedicated Focus Assist Lamp
  • Built in flash optional, but would be useful as a commander for external flashes
  • Rotary Dials made of coated metal instead of being plastic
  • Locking Dial
  • Dual SD Card slots with UHS-II support
  • Locking memory card door
  • USB 3.0 port
Viewfinder/LCD:
  • 3" 640x480 (1.23M dot) RGBW swivel LCD Screen with lock
  • .80x 1600x1200 (5.76m dot) or 1920x1440 (8.3m dot) OLED Viewfinder with Zeiss T* coating on optics
  • Improved refresh rate, lower latency, shorter blackout times
  • Stabilized viewfinder (as already done in the A77II)
Imaging Capabilities:
  • Minimum shutter speed of 30s with option to extend it to 60-120s without going into bulb mode
  • Max shutter speed of 1/8000s
  • A true flash sync speed of 1/250s to 1/320s
  • True 14-bit uncompressed RAW or lossless compressed RAW as option
  • Max framerate of 8fps at full resolution
  • Max framerate of 10-12fps in APS-C crop mode
  • Continuous framerate speed options of 3/5/8fps
  • 24-30 shot buffer in RAW+JPEG at max framerate
  • Faster buffer clearing capability
Video Capabilities:
  • Video with no line skipping
  • Video that support full sensor readout and/or pixel binning
  • 1080P 60/30/24 with XAVC S support
  • 4K 30/24 with XAVC S Support
  • Slow Motion capable, even if at lower resolution (ie, 120fps at 720p)
  • Sony S-Log2 support
  • Ability to control microphone gain
Autofocus and Metering:
  • Improved A77II type dedicated PDAF module
  • 79 AF points, all cross type
  • Maybe slightly wider spacing between AF points to increase coverage area (Although current size of A77II AF module already offers similar coverage found in the D810/D4s/5D MkIII)
  • Center AF point is dual cross type for F/2.8 and faster lenses
  • Low light AF capability as low as -3EV to -4EV
  • On sensor PDAF Assist Points (same 399 AF points found on A7RII?):
  • -> Not lens specific nor dependent
  • -> Can be used to aid in MFA calibration/tuning
  • -> Can be used to assist in tracking and AF range limiting
  • -> Can be used to improve AF precision (at potential cost in focus speed)
  • 2 or 3 point MFA for zooms (Wide/Tele or Wide/Mid/Tele)
  • Built in auto MFA calibration using on sensor PDAF Assist Points (Google Dot Tune Magic Lantern for demonstration)
  • Better Lens Identification methods
  • Video AF with more aperture latitude instead of being fixed at F/3.5 (ie, F/1.4 through F/5.6 or F/8)
  • Improved AF tracking algorithms
  • Spot, Center-Weighted, and Multi metering methods
  • Capability to have spot and center weighted metering calculate off of chosen focus point/zone
Other Features and Improvements:
  • Ability to add expanded ISOs to Auto ISO range
  • Ability to set a minimum shutter speed either by shutter speed or stops
  • Tether capability
  • WiFi/Bluetooth/NFC built in
  • Improved PlayMemories app support
  • Integrated GPS, GPS app via PlayMemories, or GPS add-on module (hot shoe mounted?)
  • If GPS equipped, offer a star tracking mode for Astrophotographers to use (see Pentax's ASTROTRACER)
  • Pixel Shift Resolution mode that outputs both JPEG and RAW for increased resolution and reduced noise (see Pentax's Pixel Shift Resolution)
  • Built in and customizable case modes tailored to different shooting situations (like Canon)
  • Option to add copyright to photos in camera
  • Built in intervalometer, works with PlayMemories app
  • Panoramic mode that produces both the final output JPEG along with the individual RAW files
  • Dual view mode that helps with manual focusing
  • More color options for focus peaking
  • EVF display option that shows live histogram and spirit level at the same time
  • Option to have menus and functions rotate with camera orientation
  • Option to change AF overlay colors (black, white, auto, etc.)
  • Ability to do bracketed shooting while using the timer function
  • Exposure bracketing up to 9 frames
--
Paul
http://www.flickr.com/photos/virtualmirage/
It will be perfect,

I will pre order one immediately, if it come true.

The huge price drop in Hasselblad HV, may hint that the new Hasselblad HV mark2, A99ii is coming. :-)
 
Last edited:
I know these pop up from time to time and some enjoy them and some don't, but I figured I would share what I would like to see in the next camera and what would entice me to spend the dough to acquire one. My guess in price would be around the $2,800-$3,300 price range.

Most of the items on my list were there even before the A7RII announcement. Surprisingly, to me anyways, is that some of the things I changed to align themselves to be more in line with what was announced in the A7RII I didn't require much adjustment, showing just how close Sony has come to actually producing something I have imagined in my head. Anyways, here goes:

Sensor and Processor:
  • 42.2MP Exmor R BSI Gapless Sensor with AR (Anti-Reflective) coating and no OLP Filter
  • Improved/Faster Bionz X Imaging Processor
  • Electronic Front Curtain Shutter
  • Silent Shutter mode
  • Shutter reliability increased to 500,000 cycles
  • 5-Axis image stabilization
  • Native base ISO 64 preferred, minimum ISO 100
  • Native max ISO 25,600
  • Expanded ISO 32 - 51,200
  • 14-bit (in all shooting modes)
  • Competitive with the Nikon D750 and D810 in terms of noise and dynamic range
Body:
  • Similar design to current A77II/A99
  • All magnesium alloy body (front, back, top, bottom, and mount)
  • Weather Sealed
  • Built in Vertical Grip or Vertical Grip similar to A99 (3 batteries)
  • Backlit buttons that are contoured like those found on the A77II
  • Dedicated Focus Assist Lamp
  • Built in flash optional, but would be useful as a commander for external flashes
  • Rotary Dials made of coated metal instead of being plastic
  • Locking Dial
  • Dual SD Card slots with UHS-II support
  • Locking memory card door
  • USB 3.0 port
Viewfinder/LCD:
  • 3" 640x480 (1.23M dot) RGBW swivel LCD Screen with lock
  • .80x 1600x1200 (5.76m dot) or 1920x1440 (8.3m dot) OLED Viewfinder with Zeiss T* coating on optics
  • Improved refresh rate, lower latency, shorter blackout times
  • Stabilized viewfinder (as already done in the A77II)
Imaging Capabilities:
  • Minimum shutter speed of 30s with option to extend it to 60-120s without going into bulb mode
  • Max shutter speed of 1/8000s
  • A true flash sync speed of 1/250s to 1/320s
  • True 14-bit uncompressed RAW or lossless compressed RAW as option
  • Max framerate of 8fps at full resolution
  • Max framerate of 10-12fps in APS-C crop mode
  • Continuous framerate speed options of 3/5/8fps
  • 24-30 shot buffer in RAW+JPEG at max framerate
  • Faster buffer clearing capability
Video Capabilities:
  • Video with no line skipping
  • Video that support full sensor readout and/or pixel binning
  • 1080P 60/30/24 with XAVC S support
  • 4K 30/24 with XAVC S Support
  • Slow Motion capable, even if at lower resolution (ie, 120fps at 720p)
  • Sony S-Log2 support
  • Ability to control microphone gain
Autofocus and Metering:
  • Improved A77II type dedicated PDAF module
  • 79 AF points, all cross type
  • Maybe slightly wider spacing between AF points to increase coverage area (Although current size of A77II AF module already offers similar coverage found in the D810/D4s/5D MkIII)
  • Center AF point is dual cross type for F/2.8 and faster lenses
  • Low light AF capability as low as -3EV to -4EV
  • On sensor PDAF Assist Points (same 399 AF points found on A7RII?):
  • -> Not lens specific nor dependent
  • -> Can be used to aid in MFA calibration/tuning
  • -> Can be used to assist in tracking and AF range limiting
  • -> Can be used to improve AF precision (at potential cost in focus speed)
  • 2 or 3 point MFA for zooms (Wide/Tele or Wide/Mid/Tele)
  • Built in auto MFA calibration using on sensor PDAF Assist Points (Google Dot Tune Magic Lantern for demonstration)
  • Better Lens Identification methods
  • Video AF with more aperture latitude instead of being fixed at F/3.5 (ie, F/1.4 through F/5.6 or F/8)
  • Improved AF tracking algorithms
  • Spot, Center-Weighted, and Multi metering methods
  • Capability to have spot and center weighted metering calculate off of chosen focus point/zone
Other Features and Improvements:
  • Ability to add expanded ISOs to Auto ISO range
  • Ability to set a minimum shutter speed either by shutter speed or stops
  • Tether capability
  • WiFi/Bluetooth/NFC built in
  • Improved PlayMemories app support
  • Integrated GPS, GPS app via PlayMemories, or GPS add-on module (hot shoe mounted?)
  • If GPS equipped, offer a star tracking mode for Astrophotographers to use (see Pentax's ASTROTRACER)
  • Pixel Shift Resolution mode that outputs both JPEG and RAW for increased resolution and reduced noise (see Pentax's Pixel Shift Resolution)
  • Built in and customizable case modes tailored to different shooting situations (like Canon)
  • Option to add copyright to photos in camera
  • Built in intervalometer, works with PlayMemories app
  • Panoramic mode that produces both the final output JPEG along with the individual RAW files
  • Dual view mode that helps with manual focusing
  • More color options for focus peaking
  • EVF display option that shows live histogram and spirit level at the same time
  • Option to have menus and functions rotate with camera orientation
  • Option to change AF overlay colors (black, white, auto, etc.)
  • Ability to do bracketed shooting while using the timer function
  • Exposure bracketing up to 9 frames
 
I fully support this beautiful wish list.

My main wish is much more basic - thanks Sony for A7rII, but we need native A-mount FF camera body, one we could use without adapters with ALL a-mount lenses.
 
Coming soon for $3999 ;)

Most of the specific features are not unreasonable. Getting them all in one camera.. Well That would be interesting.. I think there are some patent violations..

Still not sure what the obsession with 80MB RAW files is? Not even sure what the obsession with lossless compression is. Its like one of my family members who saves every newspaper that comes to the house. Bit Hording..

If you realized what goes into the Debayering process THEN the mapping to even TIFF let alone JPG, Lossless RAW is just about slowing the camera down for no good reason.

Now I would like Sony to update the compression so those rare but real high contrast artifacts went away. Otherwise its compression scheme maps to the tone response of the eye and works well.

And you can't even tell the difference between 12 bit and 14 bit and there may be 2 bits of random noise in the data.. so again.. "saving newspapers"
 
Ok, I'l buy that. You clearly know more about technical details of RAW schemes than me, so if artifacts emerge largely or exclusively from compression schemes that can be improved, that does sound like a better way to address the concern without creating another whole set of problems. But it would be interesting to hear from other members on this issue - folks with technical knowledge beyond mine :-)
 
Rishi of DP claims 2 more stops of DR with lossless 14 bits...Canon and Nikon have used this for awhile (of course Canon still can't crack 12 bits of DR with most of their cameras).

An ideal camera w/ very low read noise & a 14-bit ADC can have 14 EV DR at the pixel level, assuming FWC is at least 16,384 electrons.

If you drive the ADC with 12-bit precision, the pixel-level DR necessarily falls to 12 EV.

Therefore you can have, at most, a 2 EV drop in DR. Usually, it's between 1 & 2 EV w/ these well-performing sensors, b/c even though they have very low read noise, they still have more than 1 e- of read noise at base ISO, which means they're usually somewhere btwn 13-14 EV DR at the pixel-level at base ISO.

In other words, there'll be anywhere between a 1-2 EV DR cost upon switching to 12-bit.

That's pretty much a fact extrapolated from knowing how these systems work, not to mention backed up in our own quantitative SNR analyses with cameras like the D7200 in 14-bit vs 12-bit mode.

So: blanket statement, or provable fact?
 
Very impressive list, Paul!

What are you willing to pay for this machine?
 
Fix the compression. That is needed.

This is what will happen. If they give users the option for uncompressed RAW. Then the "sony lies about its REAL Frame Rate" posts will begin because "the REAL frame Rate with REAL Raw is much lower and you only get 3 images in the buffer.. I hate Sony" So uncompressred RAW will just change what people complain about, not the quality of the images.

Fix Artifacts = YES

Improve compression accuracy = OK

14 Bits = WHY?

https://photographylife.com/14-bit-vs-12-bit-raw

Uncompressed RAW = Why?

This is what happens to get your image even to a high bit level tiff

http://pixinsight.com/doc/tools/Debayer/Debayer.html

Uncompressed RAW is like demanding unbroken Eggs for a Cake..
 
If the A7Rm2 can AF as fast as the A99 in bright and low light.... then all I want is an A7Rii in an A99 body(Obviously that means, FM500H battery, Dual SD card slots...etc).
 
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If the A7Rm2 can AF as fast as the A99 in bright and low light.... then all I want is an A7Rii in an A99 body(Obviously that means, FM500H battery, Dual SD card slots...etc).
I thought about that, and I do see that as a possibility in the future. But for something to be announced and released this year or early next, I don't think it's quite there (I believe even Sony said this in a recent interview).

The A77II can focus as low as -2EV to -3EV with its PDAF module. The A7RII can reach as low as -2EV, but that is with contrast detection kicking in. I don't know how low before the on sensor PDAF has to rely on CDAF, but I am pretty confident to say it isn't down to the levels a dedicated PDAF module can do. That's while I still stuck by the tried and true dedicated PDAF module being in this camera. Of course, if the on sensor PDAF does well in good to normal lighting, I am all for the camera relying mostly (or even solely) on the on sensor PDAF if it means greater precision.

One of my thoughts was for the camera to use the dedicated PDAF module for speed and low light and have the on sensor PDAF to aide in ensuring accuracy and improve tracking. When in lighting good enough for the on sensor PDAF to work, the two would work in tandem and there would be no need for MFA so long as the user chose an option accuracy over speed. The difference in speed between the two should be minimal in most cases, only becoming noticed in lower light levels. Once it hits below certain threshold, on sensor PDAF will stop assisting and AF will be totally dependent on the dedicated PDAF module. This is where MFA would still be needed and would take effect. Of course, if the on sensor PDAF can be used in some sort of lens auto calibration and the camera has the ability to have 2 to 3 point MFA values for zoom lenses, then accuracy should still be relatively high.
 
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Fix the compression. That is needed.

This is what will happen. If they give users the option for uncompressed RAW. Then the "sony lies about its REAL Frame Rate" posts will begin because "the REAL frame Rate with REAL Raw is much lower and you only get 3 images in the buffer.. I hate Sony" So uncompressred RAW will just change what people complain about, not the quality of the images.
I don't agree. If people want it give it to them. As far as frame rate, all they would have to do is make the reduced frame rate clear in their advertising.
 
Since the dawn of time there has been this argument: something better comes out, some are excited and see the potential while others throw up their hands and say "why, what we have now is good enough." What might be good enough for you may not be good enough for other. Why did we need HD if SD was good enough? Is 4k a waste? Why bother with an 8-speed transmission if all you need is a 4-speed?
There was a major improvement in IQ between SD and HD television, obvious for anybody to see. Back in the days of SD TV I was always wishing it was better so HD TV was a welcome improvement. The difference between HD and 4k is hard to see at normal viewing distances with TVs of 60" or less and 4K content is non existent so it's value is limited to a very few who care. 8 speed transmissions offer a major improvement in gas mileage over 4 speed so it's value is obvious. The point is the IQ difference between lossy and lossless compressed RAW is very small and unimportant to all but a very few people. That said I see no reason for Sony not to implement it for the handful of people who want it.

--
Tom
Look at the picture, not the pixels
------------
Misuse of the ability to do 100% pixel peeping is the bane of digital photography.
 
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