any mega pxel CCD sensor board capable for real time ?

[isafekurt 0]

beside sony nessy 2 solution, any front end module provider can do mega pixel ccd sensord board for real time? thanks.

[kalpesh_nikumbh 0]

Why not CMOS dear!!

 

Micron is the one to name with....

 

http://www.analog.com/en/content/search_digital_video_surveillance_kit/fca.html?sourceid=goo_Analog+DSP+Search+Campaign_video+surveillance+kit_megapixel+sensor_cat_ptab

 

Regards,

 

Kalpesh Nikumbh

 

India

[isafekurt 0]

Hi we use Micron now and know Omivision could do as well, however we are looking for CCD version now, any comments?! thanks

[scorpion 0]

http://www.analog.com/en/embedded-processing-dsp/content/digital_video_surveillance_reference_design/fca.html

 

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CCD MegaPixal Micron (now called Aptina)

http://www.aptina.com/products/image_sensors/mt9p031i12stc/#overview

[isafekurt 0]

http://www.analog.com/en/embedded-processing-dsp/content/digital_video_surveillance_reference_design/fca.html

 

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Thank you so much! : )

[isafekurt 0]

Just check, seems still CMOS sensor board, thanks anyway

[scorpion 0]

http://www.aptina.com/products/image_sensors/mt9p031i12stc/#overview

 

Built with Micron’s exclusive DigitalClarity® technology, this sensor features exceptionally low noise levels and low-light sensitivity. It achieves superior resolution—delivering CCD image quality (based on SNR and low-light sensitivity)—along with the low cost, low power, high performance, small form factor, and fast time-to-market of CMOS. With very low power consumption and variable functions, including gain, frame rate, and exposure, this sensor outputs high-quality images at high speeds and can be programmed through a simple two-wire serial interface.

 

Even though it is CMOS it is 2592H x 1944V pixals

 

• Micron® DigitalClarity®

imaging technology

• High frame rate

• Superior low-light

performance

• Low dark current

• Global reset release, which

starts the exposure of all rows

simultaneously

• Bulb exposure mode, for

arbitrary exposure times

• Snapshot mode to take frames

on demand

• Horizontal and vertical mirror

image

• Column and row skip modes to

reduce image size without

reducing field of view

• Column and row binning

modes to improve image

quality when resizing

• Simple two-wire serial

interface

• Subframe windowed readout

• Programmable controls: gain,

frame rate, frame size,

exposure

• Automatic black level

calibration

• On-chip PLL

 

 

The 5-megapixel CMOS image sensor features DigitalClarity—Micron’s breakthrough

low-noise CMOS imaging technology that achieves >CCD< image quality (based on signal to-noise ratio and low-light sensitivity)

while maintaining the inherent size, cost, and

integration advantages of CMOS.

 

Are you thinking of CMOS Analog???

 

I do not think that you would be disapointed with those pixal counts!

 

In the real world this would be rated a 3MP when installed in a camera.

 

You may try 20MP cameras perhaps?

[isafekurt 0]

Thank you so much for such detail information, we use it as front end sensor board of video server which makes mega pixel ip camera, so this Micron chip fits ?! Thank you again.

[scorpion 0]

There is this as well!

 

http://focus.ti.com/apps/docs/mrktgenpage.tsp?contentId=41246&appId=79&DCMP=DSP_IPNetcam&HQS=Other+OT+ipnetcampr

 

http://www.appropho.com/NewWeb/Product_DM355_Product.htm

[isafekurt 0]

Oh! Oh! http://www.appropho.com/NewWeb/Product_DM355_Spec.htm#a I find they can only reach 1Lux/F1.2 - color, we are searching for solution can reach 0.1 Lux or even lower like IQeye or Arecont Vision on CMOS base or same grade on CCD base. Anyway, always thank you so much for sharing those valuable information.

[scorpion 0]

What was your responce when you contacted the manufactures in China, Taiwan, and Korea?

 

I would imagine that you are building a million units, and you should be able to have them build the sensor board, processor board, and then all of the other stuff is already off the shelf such as micron's PC133 SDRAM, Xilinx cpld, atmel's flash, Plx's USB Controller

 

http://www.micron.com/products/dram/sdram/

http://www.xilinx.com/products/silicon_solutions/cplds/index.htm

http://www.atmel.com/products/Flash/

http://www.plxtech.com/products/net2000/

http://emwcs.avnet.com/webapp/wcs/stores/servlet/EMController?langId=-1&storeId=500201&catalogId=500201&action=home

 

Have you contacted Aptina (micron) to have a custom one built?

 

Do you have a timeline when the product has to be on the shelf?

 

With the above links, and if you do not mind CMOS chips you would be able to have a product on the shelf within 3 or 4 months. CMOS would be the key to getting an IP camera with POE I would imagine, but then again I am no engineer.

 

If CCD High Def Mega Pixal is your standard then you will be setting new precedence! Your research, and development funds must be bursting at the seams! I can hardly wait to see what you market. It will be brutally expensive though.

 

Off the factory floor your product is going to have to cost what $50.00 for the electronics plus casing, screws, mounts, packaging, shipping, marketing, advertising, and tech support, and then developing an engineers SDK, and then getting it to Avnet?

 

It is to bad you could not find something off the shelf from the DigiKey catalog!

 

Keep us posted at each stage of development!

[isafekurt 0]

Sure, will do, thank you again.

[scorpion 0]

This is nice!! Are you in the video???

 

http://www.youtube.com/watch?v=Kx4cmmSXUHs&feature=related

 

http://www.isafetek.com/

 

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