Traditional gamy - solvent has been downgraded . Canon ’s developed an APS - H - sizing CMOS image sensor up to of recording 120 megapixel images , which will emerge at a monstrous 13,280 x 9,184 pixel . Canon claims this 2.4 - fold increase over its previous maximal resolution comes courtesy of clever new circuit timing techniques — which allow the sensor to record up to 9.5 of these huge frames per second .
Someone call SanDisk — we’re go to call for a braggart SD wit . [ CanonviaSlashGear ]
canyon successfully develops cosmos ’s first APS - atomic number 1 - size CMOS image detector to realise record - gamy resolution of 120 megapixels
Canon ’s newly developed CMOS detector , featuring approx . 120 megapixels
TOKYO , August 24 , 2010 - Canon Inc. announced today that it has successfully develop an APS - H - size1 CMOS image sensor that cede an image resolution of approximately 120 megapixels ( 13,280 x 9,184 pixels ) , the world ’s highest level2 of resolution for its size .
Compared with Canon ’s high - resolution commercial-grade CMOS sensor of the same size , comprising approximately 16.1 million pixels , the freshly developed sensor features a pixel count that , at approximately 120 million pixels , is nearly 7.5 clock time larger and offers a 2.4 - fold melioration in resolution.*3
With CMOS sensors , while high - speed readout for high pixel counts is attain through parallel processing , an increase in parallel - processing signal counting can result in such problem as signal delays and minor deflection in timing . By modifying the method acting employed to command the readout circumference timing , Canon successfully achieved the high - speed read-out of sensor signals . As a upshot , the raw CMOS sensing element makes potential a maximum output swiftness of approximately 9.5 frames per second , stomach the uninterrupted shooting of ultra - high - solution images .
Canon ’s newly grow CMOS sensing element also incorporate a Full HD ( 1,920 x 1,080 picture element ) picture output capableness . The detector can output Full HD telecasting from any more or less one - sixtieth - sized section of its full surface surface area .
range captured with Canon ’s newly developed roughly 120 - megapixel CMOS image sensor , even when graze or digitally magnified , keep high-pitched level of definition and lucidity than ever before . Additionally , the sensor enables mental image confirmation across a broad ikon area , with Full HD video screening of a select serving of the overall systema skeletale .
Through the further development of CMOS image detector , Canon will crack new earth in the world of image reflection , aim novel still image that mostly surpass those made possible with film , and video moving-picture show that capitalise on the unequaled meritoriousness of SLR camera , namely their high mobility and the expressive power offered through standardized lenses .
1 The mental imagery area of the freshly acquire sensor measures approx . 29.2 x 20.2 mm .
2 As of August 20 , 2010 . free-base on a Canon study .
- 3 Canon ’s highest - resolution commercial-grade CMOS sensing element , use in the companionship ’s EOS-1Ds Mark III and EOS 5D Mark II digital SLR camera , is equivalent to the full - inning size of the 35 mm plastic film format and contain approximately 21.1 million pixels . In 2007 , the party successfully uprise an APS - enthalpy - size detector with roughly 50 million pel .
CamerasCanonCmossensor
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