Support Camera Labs by price checking using the flags below



Follow us!
Camera Labs RSS Feed
Camera Labs on Facebook
Camera Labs on Twitter




Latest camera reviews

Sony Cybershot DSC-W220
Canon PowerShot G11
Canon IXUS 95 / SD1200IS
Canon EOS 7D
Sony Cyber-shot DSC-H20
Olympus 'PEN' E-P1
Nikon D3000
Canon PowerShot SX120IS
Panasonic Lumix TS1 / FT1
Canon PowerShot D10
Canon PowerShot SX20 IS
Nikon D300s
Panasonic Lumix FS25
Panasonic Lumix FZ38 / 35
Sony Alpha DSLR-A330
Sony Cyber-shot W270/290
Canon PowerShot A2100IS
Sony Alpha DSLR-A380
Canon IXUS 980 / SD990IS
Nikon D3x
Panasonic Lumix GH1
Sony Cyber-shot HX1
Olympus E-620
Nikon D5000
Canon EOS 500D / T1i
Canon PowerShot SX200IS
Nikon COOLPIX P90
Canon IXUS 100 / SD780IS
Panasonic Lumix TZ7 / ZS3
Panasonic Lumix G1
Canon PowerShot SX1 IS
Canon EOS 5D Mark II
Sony Alpha DSLR-A900
Canon EOS 50D
Nikon D90
Panasonic Lumix LX3
Canon EOS 1000D / XS
Nikon D700


All reviews ....
   
 
  Best Buys: our top models
     



Compacts / Super-zooms
Budget DSLRs / Mid-range DSLRs / Semi-pro DSLRs
   
 



   
 



Camera Labs Forum

Any questions, comments or a great tip to share? Join our Forum and let everyone know.
   
 
  DSLR Tips



 
Sony Cyber-shot DSC-R1 review Gordon Laing, December 2005


 



 




Outdoor / Resolution / Noise / Corner sharpness / Fringe and macro / Geometry / Vignetting

Sony Cyber-shot DSC-R1 wide-angle geometry comparison

Sony Cyber-shot DSC-R1 wide-angle geometry test   To measure geometric distortion we photographed a custom test chart consisting of a grid pattern with perfectly straight lines. Here are the results for the cameras at their widest focal length with an aperture of f8 in Aperture Priority mode. The images were analysed with Imatest using 5th Order line calculation and the full areas presented here at a reduced resolution.

The image left was taken with the Sony DSC-R1 at 14.3mm f8 (24mm equivalent). Barrel distortion was measured at 2.9%, which is better than the Canon kit lens and close to the Fujifilm and Panasonic despite delivering much wider coverage than any of them.

Canon EOS-350D with 18-55mm EF-S
Fujfifilm FinePix S9500 Zoom
Panasonic DMC-FZ30
Canon EOS-350D with 18-55mm lens wide angle geometry test
Fujfifilm FinePix S9500 Zoom angle geometry test
Panasonic DMC-FZ30 angle geometry test
18-55mm EF-S at 18mm f8
Distortion: 3.35% barrel
  6.2-66.7mm at 6.2mm f8
Distortion: 2.38% barrel
  7.4-88.8mm at 7.4mm f8
Distortion: 2.35%


Sony Cyber-shot DSC-R1 telephoto geometry comparison,

Sony Cyber-shot DSC-R1 telephoto geometry test   To measure geometric distortion we photographed a custom test chart consisting of a grid pattern with perfectly straight lines. Here are the results for the cameras at their longest focal length with an aperture of f8 in Aperture Priority mode. The images were analysed with Imatest using 5th Order line calculation and the full areas presented here at a reduced resolution.

The image left was taken with the Sony DSC-R1 at 71.5mm f8 (120mm equivalent). Pincushion distortion was barely measureable at just 0.0082%. Geometry is almost perfect on the R1 at longer focal lengths.

Canon EOS-350D with 18-55mm EF-S
Fujfifilm FinePix S9500 Zoom
Panasonic DMC-FZ30
Canon EOS-350D with 18-55mm lens telephoto geometry test
Fujfifilm FinePix S9500 Zoom telephoto geometry test
Panasonic DMC-FZ30 telephoto geometry test
18-55mm EF-S at 55mm f8
Distortion: 0.389% pincushion
  6.2-66.7mm at 66.7mm f8
Distortion: 0.237% pincushion
  7.4-88.8mm at 88.8mm f8
Distortion: 0.317% barrel

Results continued...

Outdoor / Resolution / Noise / Corner sharpness / Fringe and macro / Geometry / Vignetting

Support this site by checking prices below or shopping via our affiliate stores

USA readers

 
UK readers
Jessops discount voucher



All words, images, videos and layout, copyright 2005-2009 Gordon Laing. May not be used without permission.

About Us / How we test / Best Buys / Advertising / Home