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'''Note:''' A central requirement for apertus° considering an image sensor is that the full datasheet for the sensor can be shared with the community without signing an NDA with the sensor's manufacturer.
 
'''Note:''' A central requirement for apertus° considering an image sensor is that the full datasheet for the sensor can be shared with the community without signing an NDA with the sensor's manufacturer.
  
 
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<div style="overflow-x: scroll; font-size: smaller;">
 
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{| class="wikitable sortable" style="text-align: left; white-space: nowrap;"
<div style="width: auto; height: 36em; overflow: auto; background: white; border: 1px solid #B4B4B4;">
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! Reference
{| class="wikitable"
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! Sensor
! <br /><p style="text-align:left;">&nbsp;&nbsp;Potential sensors<br />&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;<br />&nbsp;&nbsp;<small>Test test test</small><br />
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! Resolution
|-
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! Max FPS
|<div style="width: auto;  height: 29em; background: white; border: 1px solid #B4B4B4;">
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! Output  
{| class="wikitable sortable"
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! Dynamic Range
|-
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! Shutter Modes
|- id="Table row 1" style="text-align: left;"
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! Diameter
{| class="wikitable sortable" style="width: 100%;" "text-align: left;" style="white-space: nowrap;"
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! Pixel size (µm)
! <small>Reference<small>
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! Technology
! <small>Sensor<small>
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! Manufacturer  
! <small>Resolution<small>
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! Price  
! <small>Max FPS<small>
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! Application
! <small>Output<small>
+
! Remark  
! <small>Dynamic Range<small>
 
! <small>Shutter Modes<small>
 
! <small>Diameter<small>
 
! <small>Pixel size (µm)<small>
 
! <small>Technology<small>
 
! <small>Manufacturer<small>
 
! <small>Price<small>
 
! <small>Application<small>
 
! <small>Remark<small>
 
 
|-
 
|-
 
|- id="Table row 1" style="text-align: right;"
 
|- id="Table row 1" style="text-align: right;"
|<small>1</small>||<small>[http://www.cmosis.com/products/product_detail/cmv12000 CMV12000]</small>||<small>12M (4096 x 3072)</small>||<small>300</small>||<small>8,10 or 12bit</small>||<small>10 stops (native), 15 stops with PLR</small>||<small>Global</small>||<small>APS-C / Super35</small>||<small>5.5</small>||<small>CMOS</small>||<small>CMOSIS</small>||<small>1800€ (Octopart)</small>||<small>-</small>||<small>Advanced testing with ABDK</small>
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|1||[http://www.cmosis.com/products/product_detail/cmv12000 CMV12000]||12M (4096 x 3072)||300||8,10 or 12bit||10 stops (native), 15 stops with PLR||Global||APS-C / Super35||5.5||CMOS||CMOSIS||1800€ (Octopart)||-||Advanced testing with ABDK
 
|- id="Table row 2" style="text-align: right;"
 
|- id="Table row 2" style="text-align: right;"
|<small>2</small>||<small>[http://www.onsemi.com/PowerSolutions/product.do?id=KAC-12040 KAC-12040]</small>||<small>12M (4000 x 3000)</small>||<small>60</small>||<small>?</small>||<small>12 stops (Rolling), 9 stops (Global)</small>||<small>Global/Rolling</small>||<small>4/3"</small>||<small>4.7</small>||<small>CMOS</small>||<small>On Semiconductor</small>||<small>?</small>||<small>Intelligent Transportation Systems, Machine Vision, Surveillance</small>||<small>-</small>
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|2||[http://www.onsemi.com/PowerSolutions/product.do?id=KAC-12040 KAC-12040]||12M (4000 x 3000)||60||?||12 stops (Rolling), 9 stops (Global)||Global/Rolling||4/3"||4.7||CMOS||On Semiconductor||?||Intelligent Transportation Systems, Machine Vision, Surveillance||-
 
|- id="Table row 3" style="text-align: right;"
 
|- id="Table row 3" style="text-align: right;"
|<small>3</small>||<small>[http://www.onsemi.com/pub_link/Collateral/KAC-06040-D.PDF KAC-06040]</small>||<small>2832 × 2128</small>||<small>160</small>||<small>?</small>||<small>12 stops (Rolling), 9 stops (Global)</small>||<small>Global/Rolling</small>||<small>1"</small>||<small>4.7</small>||<small>CMOS</small>||<small>On Semiconductor</small>||<small>672€ (Octopart)</small>||<small>?</small>||<small>-</small>
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|3||[http://www.onsemi.com/pub_link/Collateral/KAC-06040-D.PDF KAC-06040]||2832 × 2128||160||?||12 stops (Rolling), 9 stops (Global)||Global/Rolling||1"||4.7||CMOS||On Semiconductor||672€ (Octopart)||?||-
 
|- id="Table row 4" style="text-align: right;"
 
|- id="Table row 4" style="text-align: right;"
|<small>4</small>||<small>[http://www.onsemi.com/PowerSolutions/product.do?id=NOIV1SE025KA-GDC VITA25K]</small>||<small>25M(5120 x 5120)</small>||<small>53</small>||<small>?</small>||<small>10 stops (Rolling), 9 stops (Global)</small>||<small>Global/Rolling</small>||<small>4/3"</small>||<small>4.5</small>||<small>CMOS</small>||<small>On Semiconductor</small>||<small>~4000$</small>||<small>?</small>||<small>-</small>
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|4||[http://www.onsemi.com/PowerSolutions/product.do?id=NOIV1SE025KA-GDC VITA25K]||25M(5120 x 5120)||53||?||10 stops (Rolling), 9 stops (Global)||Global/Rolling||4/3"||4.5||CMOS||On Semiconductor||~4000$||?||-
 
|- id="Table row 5" style="text-align: right;"
 
|- id="Table row 5" style="text-align: right;"
|<small>5</small>||<small>[http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=829&partnum=S5K1N1F&xFmly_id=215 S5K1N1F]</small>||<small>14.6M (4688x3124)</small>||<small>5</small>||<small>?</small>||<small>-</small>||<small>Rolling</small>||<small>APS-C</small>||<small>5</small>||<small>CMOS</small>||<small>Samsung</small>||<small>?</small>||<small>-</small>||<small>Don't think this is produced anymore - RO Sep 2019</small>
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|5||[http://www.samsung.com/global/business/semiconductor/productInfo.do?fmly_id=829&partnum=S5K1N1F&xFmly_id=215 S5K1N1F]||14.6M (4688x3124)||5||?||-||Rolling||APS-C||5||CMOS||Samsung||?||-||Don't think this is produced anymore - RO Sep 2019
 
|- id="Table row 6" style="text-align: right;"
 
|- id="Table row 6" style="text-align: right;"
|<small>6</small>||<small>[http://www.fairchildimaging.com/catalog/focal-plane-arrays/scmos/cis2521 CIS2521]</small>||<small>5.5M (2560x2160)</small>||<small>100</small>||<small>?</small>||<small>14 stops (Rolling) </small>||<small>Global/Rolling</small>||<small>4/3"</small>||<small>6.5</small>||<small>CMOS</small>||<small>Fairchild BAE</small>||<small>?</small>||<small>-</small>||<small>-</small>
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|6||[http://www.fairchildimaging.com/catalog/focal-plane-arrays/scmos/cis2521 CIS2521]||5.5M (2560x2160)||100||?||14 stops (Rolling) ||Global/Rolling||4/3"||6.5||CMOS||Fairchild BAE||?||-||-
 
|- id="Table row 7" style="text-align: right;"
 
|- id="Table row 7" style="text-align: right;"
|<small>7</small>||<small>[http://www.luxima.com/product_briefs/LUX8M.html LUX8M]</small>||<small>3904 x 2192</small>||<small>250</small>||<small>?</small>||<small>-</small>||<small>Global</small>||<small>4/3"</small>||<small>5</small>||<small>CMOS</small>||<small>Luxima</small>||<small>?</small>||<small>-</small>||<small>-</small>
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|7||[http://www.luxima.com/product_briefs/LUX8M.html LUX8M]||3904 x 2192||250||?||-||Global||4/3"||5||CMOS||Luxima||?||-||-
 
|- id="Table row 8" style="text-align: right;"
 
|- id="Table row 8" style="text-align: right;"
|<small>8</small>||<small>[http://www.altasens.com/images/AL41410C-PF0476-10.pdf AL41410C]</small>||<small>4512 x 3008</small>||<small>50</small>||<small>?</small>||<small>11 F-stops</small>||<small>Rolling</small>||<small>APS-C</small>||<small>5.2</small>||<small>CMOS</small>||<small>Altasens</small>||<small>?</small>||<small>-</small>||<small>-</small>
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|8||[http://www.altasens.com/images/AL41410C-PF0476-10.pdf AL41410C]||4512 x 3008||50||?||11 F-stops||Rolling||APS-C||5.2||CMOS||Altasens||?||-||-
 
|- id="Table row 9" style="text-align: right;"
 
|- id="Table row 9" style="text-align: right;"
|<small>9</small>||<small>[http://www.gpixelinc.com/en/index.php?s=/b/73.html GMAX0504]</small>||<small>5144 x 3800</small>||<small>25</small>||<small>?</small>||<small>-</small>||<small>Global/Rolling</small>||<small>38mm x 28.1mm</small>||<small>7.4</small>||<small>CMOS</small>||<small>GPixel</small>||<small>?</small>||<small>-</small>||<small>-</small>
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|9||[http://www.gpixelinc.com/en/index.php?s=/b/73.html GMAX0504]||5144 x 3800||25||?||-||Global/Rolling||38mm x 28.1mm||7.4||CMOS||GPixel||?||-||-
 
|- id="Table row 10" style="text-align: right;"
 
|- id="Table row 10" style="text-align: right;"
|<small>10</small>||<small>[http://www.gpixelinc.com/en/index.php?s=/b/87.html GSENSE5130]</small>||<small>5120 x 2968</small>||<small>282</small>||<small>?</small>||<small>?</small>||<small>Global/Rolling</small>||<small>APS-C</small>||<small>4.25</small>||<small>CMOS</small>||<small>GPixel</small>||<small>?</small>||<small>-</small>||<small>-</small>
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|10||[http://www.gpixelinc.com/en/index.php?s=/b/87.html GSENSE5130]||5120 x 2968||282||?||?||Global/Rolling||APS-C||4.25||CMOS||GPixel||?||-||-
 
|- id="Table row 11" style="text-align: right;"
 
|- id="Table row 11" style="text-align: right;"
|<small>11</small>||<small>[http://www.e2v.com/products/imaging/cmos-image-sensors/emerald-8mp12mp16mp/ e2v Emerald]</small>||<small>4096 x 3072</small>||<small>43@12bit</small>||<small>12bit</small>||<small>10.5 f-stops</small>||<small>Global</small>||<small>11.47 x 8.6 mm</small>||<small>2.8</small>||<small>CMOS</small>||<small>Teledyne</small>||<small>?</small>||<small>-</small>||<small>[http://www.e2v.com/content/uploads/2017/05/DS_EV2S16M_v3.pdf Full Datasheet] Wide Dynamic Range modes: Column HDR and Bi-Exposure.</small>
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|11||[http://www.e2v.com/products/imaging/cmos-image-sensors/emerald-8mp12mp16mp/ e2v Emerald]||4096 x 3072||43@12bit||12bit||10.5 f-stops||Global||11.47 x 8.6 mm||2.8||CMOS||Teledyne||?||-||[http://www.e2v.com/content/uploads/2017/05/DS_EV2S16M_v3.pdf Full Datasheet] Wide Dynamic Range modes: Column HDR and Bi-Exposure.
 
|- id="Table row 12" style="text-align: right;"
 
|- id="Table row 12" style="text-align: right;"
|<small>12</small>||<small>[http://www.cmosis.com/assets/generate-single-pdfs.php?products=cmv50000 CMV50000]</small>||<small>48M (7920 x 6004)</small>||<small>30@12-bit</small>||<small>?</small>||<small>?</small>||<small>Global</small>||<small>36.43 x 27.62 mm</small>||<small>4.6</small>||<small>CMOS</small>||<small>[http://www.cmosis.com/ CMOSIS]</small>||<small>~6400 USD! (circa 2017/01)</small>||<small>-</small>||<small>22LVDS channels @830Mbps, within defined interface</small>
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|12||[http://www.cmosis.com/assets/generate-single-pdfs.php?products=cmv50000 CMV50000]||48M (7920 x 6004)||30@12-bit||?||?||Global||36.43 x 27.62 mm||4.6||CMOS||[http://www.cmosis.com/ CMOSIS]||~6400 USD! (circa 2017/01)||-||22LVDS channels @830Mbps, within defined interface
 
|- id="Table row 13" style="text-align: right;"
 
|- id="Table row 13" style="text-align: right;"
|<small>13</small>||<small>[https://www.onsemi.com/PowerSolutions/product.do?id=KAF-8300 KAF8300]</small>||<small>8.9M 3448×2574</small>||<small>?</small>||<small>?</small>||<small>?</small>||<small>?</small>||<small>4/3"</small>||<small>5.4</small>||<small>CCD</small>||<small>On Semiconductor</small>||<small>?</small>||<small>Low-light, astronomy.</small>||<small>[https://www.onsemi.com/pub/Collateral/KAF-8300-D.PDF Datasheet]</small>
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|13||[https://www.onsemi.com/PowerSolutions/product.do?id=KAF-8300 KAF8300]||8.9M 3448×2574||?||?||?||?||4/3"||5.4||CCD||On Semiconductor||?||Low-light, astronomy.||[https://www.onsemi.com/pub/Collateral/KAF-8300-D.PDF Datasheet]
 
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|}
 
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===Interesting Sensors===
 
===Interesting Sensors===

Revision as of 19:48, 30 September 2019


1 Interesting Sensors

This is a collection of image sensors that would be suitable for digital cinema applications and the AXIOM. CMOS technology is preferred over CCDs as CCDs require far more complex ADC and interpretation/support logic. Also CCDs typically do not have the performance (FPS) at the resolutions required for digital cinema today.

This list is a work in progress. If you find a sensor that interests you feel free to either update this page or make contact with us accordingly.

Note: A central requirement for apertus° considering an image sensor is that the full datasheet for the sensor can be shared with the community without signing an NDA with the sensor's manufacturer.

Reference Sensor Resolution Max FPS Output Dynamic Range Shutter Modes Diameter Pixel size (µm) Technology Manufacturer Price Application Remark
1 CMV12000 12M (4096 x 3072) 300 8,10 or 12bit 10 stops (native), 15 stops with PLR Global APS-C / Super35 5.5 CMOS CMOSIS 1800€ (Octopart) - Advanced testing with ABDK
2 KAC-12040 12M (4000 x 3000) 60 ? 12 stops (Rolling), 9 stops (Global) Global/Rolling 4/3" 4.7 CMOS On Semiconductor ? Intelligent Transportation Systems, Machine Vision, Surveillance -
3 KAC-06040 2832 × 2128 160 ? 12 stops (Rolling), 9 stops (Global) Global/Rolling 1" 4.7 CMOS On Semiconductor 672€ (Octopart) ? -
4 VITA25K 25M(5120 x 5120) 53 ? 10 stops (Rolling), 9 stops (Global) Global/Rolling 4/3" 4.5 CMOS On Semiconductor ~4000$ ? -
5 S5K1N1F 14.6M (4688x3124) 5 ? - Rolling APS-C 5 CMOS Samsung ? - Don't think this is produced anymore - RO Sep 2019
6 CIS2521 5.5M (2560x2160) 100 ? 14 stops (Rolling) Global/Rolling 4/3" 6.5 CMOS Fairchild BAE ? - -
7 LUX8M 3904 x 2192 250 ? - Global 4/3" 5 CMOS Luxima ? - -
8 AL41410C 4512 x 3008 50 ? 11 F-stops Rolling APS-C 5.2 CMOS Altasens ? - -
9 GMAX0504 5144 x 3800 25 ? - Global/Rolling 38mm x 28.1mm 7.4 CMOS GPixel ? - -
10 GSENSE5130 5120 x 2968 282 ? ? Global/Rolling APS-C 4.25 CMOS GPixel ? - -
11 e2v Emerald 4096 x 3072 43@12bit 12bit 10.5 f-stops Global 11.47 x 8.6 mm 2.8 CMOS Teledyne ? - Full Datasheet Wide Dynamic Range modes: Column HDR and Bi-Exposure.
12 CMV50000 48M (7920 x 6004) 30@12-bit ? ? Global 36.43 x 27.62 mm 4.6 CMOS CMOSIS ~6400 USD! (circa 2017/01) - 22LVDS channels @830Mbps, within defined interface
13 KAF8300 8.9M 3448×2574 ? ? ? ? 4/3" 5.4 CCD On Semiconductor ? Low-light, astronomy. Datasheet

2 Interesting Sensors

This is a collection of image sensors that would be suitable for digital cinema applications and the AXIOM. CMOS technology is preferred over CCDs as CCDs require far more complex ADC and interpretation/support logic. Also CCDs typically do not have the performance (FPS) at the resolutions required for digital cinema today.

This list is a work in progress. If you find a sensor that interests you feel free to either update this page or make contact with us accordingly.

Note: A central requirement for apertus° considering an image sensor is that the full datasheet for the sensor can be shared with the community without signing an NDA with the sensor's manufacturer.