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Offer Profile
AnaFocus is specialized in the design and production of custom
high-speed, high-performance CMOS camera systems on-chip (camera SoC)
and vision systems on-chip (VSoC) for industrial, surveillance,
scientific, and medical applications.
Our team consists of over forty experienced and highly specialized
engineers and PhDs expert in high-performance image sensor and SoC
design, and in all aspects of vision technology: from camera design
(hardware & software), optics and illumination, signal processing, to
interfaces and vision algorithms.
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Product Line Up
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Vision systems-on-chip
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Eye-RIS VSoC
High-speed, monochrome vision system
on-chip (VSOC) providing a single-chip solution from image capture to
decision making while running at thousands of frames-per-second.
Eye-RIS VSoC combines image capture, advanced image processing, and decision
making at high frame-rates all in a single-chip solution.
Eye-RIS VSOC connects with USB 2.0 and has several user-definable general
purpose I/O pins. Eye-RIS VSOC is programmed in C/C++ language and is
accompanied with an intuitive application development kit including a
complete set of image-processing libraries
176 x 144 resolution monochrome image acquisition with exposure as small as
20nsec.
Single-chip vision solution combining image capture and processing at very
high frame-rates
UART, 2xPWM ports, 16-bit LVTTL GPIO, Trigger, USB 2.0 and JTAG Controller
Dual 3.3V/1.8V supply
700mW typical power consumption
Dimensions: 45mm x 45mm x 26mm |
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Camera systems-on-chip & intelligent CMOS Image Sensors
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LS4K CMOS SoC line-scan image sensor
Imager size 28.91mm (H) x 35µm (V)
Active pixel 4,096 (4k mode) / 2,048 (2k mode)
Pixel size 7um x 7um (4k mode) / 14um x 14um (2k
mode)
Pixel type 4T active-pixel with pinned photodiode
Shutter type Global with programmable exposure time
Line rate 16,250lps (4k-mode)
Up to 70,000lps in 0.5k-mode
Dynamic range up to 65dB (2k mode, analog gain x2)
SNRMAX 50.4dB
Saturation exposure 100nJ/cm2 (standard mode)
NEI 9.4pJ/cm2 (standard mode)
Image lag < 1%
PRNU/DSNU <1% w/o correction and <0,1% after on-chip
correction
Programmable gain -6 to +21dB
Programmable offset ±300mV
Image processing PRNU, DSNU and lens shading on-chip
correction
Package 40-lead ceramic IDK package
Power supply Dual 3.3V/1.8V
Power consumption 500mW (maximum)
External clock 10 MHz
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Q-Eye CMOS Image Sensor
Key features
- 32bits, 50MHz throughput
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6um active-pixel
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QCIF resolution 176x144 pixels
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Global-shutter with programmable exposition time
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Maximum frame-rate: 6,500fps at 176 x 144 resolution / 8,135fps at 144 x 144
resolution
> 50dB dynamic range (DR)
> 45dB SNRMAX
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3,27 DN8-bit/(nJ/cm2) integrated response
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1% full-scale maximum Image lag
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2% full-scale maximum PRNU
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0.5% full-scale maximum DSNU
Programmability
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Programmable gain and offset
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Linear/HDR image sensing
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Windowing and sub-sampling with increased in frame-rate (in case of vertical
windowing/sub-sampling)
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On-chip FPN correction and true-CDS at pixel-level
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Sensor programming via control unit provided as an - FPGA-synthesizable IP
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Q-Eye CMOS Image Sensor-Processor
The Q-Eye ISP is a QCIF resolution CMOS high-speed image
sensor-processor able to sense and process on-the-fly images at extreme
frame rates. Q-Eye ISP delivers up to 8,000 grey-level and 40,000 binary
images per second at full resolution of 144 x 144 pixels. It provides high
parallelism between image sensing, pre-processing and readout. It also
performs FPN correction. Q-Eye ISP supports partial scanning allowing frame
rates over 65,000fps at 144 x 10 pixels.
Camera manufacturers can take advantage of the pre-processing capability of
Q-Eye ISP to develop ultra-compact cameras releasing the host PC or frame
grabber from realizing computationally intensive image processing operations
while reducing the output data.
Cameras based on Q-Eye ISP can be connected to high-level algorithms (OCR,
tracking, code reading…) available in commercial image-processing software
to develop complete vision solutions.
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Others
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Eye-RIS VS
High-speed, monochrome vision system providing a
single-device solution from image capture to decision making while running
at thousands of frames-per-second. Eye-RIS VS combines sensor-level image
pre-processing with high-performance digital post-processing running on FPGA.
It provides a GiGE interface. Eye-RIS VS is programmed in C language and is
accompanied with an intuitive application development kit including a
complete set of image-processing libraries
- 176 x 144 monochrome sensor-processor
- High-speed global shutter programmable in steps of 20ns
- High-speed mixed-signal image processing at the sensor level
- Digital image post-processing with on-chip NIOS-II microprocessor and
specific acceleration cores
- Over 10,000fps image acquisition and processing
64 + 64Mb DDR2 for program and image/data storage (expandable up to 256 +
256Mb)
- UART, 2xPWM ports, 16-bit LVTTL GPIO, Trigger, GigE, and JTAG Controller.
- Dimensions: 64mm x 67mm x 63mm
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Eye-RIS PREVIA
Monochrome camera with embedded image processing able to
capturing, processing and reading-out several thousands of images per second
with 144x144 resolution. It incorporates an innovative sensor-processor chip
able to capturing and performing complex on-the-fly image processing at
extreme frame-rates. Pre-processing can be combined with post-processing in
standard software tools resulting in a drastic increase of frame-rate while
reducing overall power consumption, communication bandwidth and total
solution cost.
Image Sensor: 1/2” format
Pixels: 144 x 144, 30µm square
Frame Rate: 8,000fps at 144x144
Ability to store up to 8 grey-scale images and performing very
diverse image-processing operations with them at extreme frame-rates:
spatial filtering with programmable bandwidth, grey-scale convolutions,
adaptive local tresholding, etcetera
Exposure: 20μs to 20ms programmable
Dimensions: (W x H x D) 35 x 45 x 80mm
Mass ~130 grams
Interface: Camera Link with PoCL
Power Consumption: ~4 Watts
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Eye-RIS CAM
Monochrome, versatile and small dimensions camera able to
capturing and reading-out high-quality pictures at rates of 8,000fps with
full resolution of 144x144 pixels in digital format with 8-bit per pixel.The
Eye-RIS CAM uses a standard Power over Camera Link Interface and
configuration is extremely simple through available set of commands.
Image Sensor: 1/2” format
Pixels: 144 x 144, 30µm square
Frame Rate: 8,000fps at 144x144
Dynamic Range: 53dB
Exposure: 20μs to 20ms programmable
Gain: 0 to 15.99 in steps of 0.004
Dimensions: 35(W)x45(H)x80mm(D)
Mass ~130 grams
Interface: Camera Link with PoCL
Power Consumption: ~4 Watts
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Custom solutions
High-speed, monochrome vision system
on-chip (VSOC) providing a single-chip solution from image capture to
decision making while running at thousands of frames-per-second.
Eye-RIS VSoC combines image capture, advanced image processing, and decision
making at high frame-rates all in a single-chip solution.
Eye-RIS VSOC connects with USB 2.0 and has several user-definable general
purpose I/O pins. Eye-RIS VSOC is programmed in C/C++ language and is
accompanied with an intuitive application development kit including a
complete set of image-processing libraries
176 x 144 resolution monochrome image acquisition with exposure as small as
20nsec.
Single-chip vision solution combining image capture and processing at very
high frame-rates
UART, 2xPWM ports, 16-bit LVTTL GPIO, Trigger, USB 2.0 and JTAG Controller
Dual 3.3V/1.8V supply
700mW typical power consumption
Dimensions: 45mm x 45mm x 26mm |
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