INTRODUCES THE FIRST
CAMERA LINK HS AND 10 GIGABIT ETHERNET DEVELOPMENT KIT
The KIT_CLHS is a new camera development kit principally oriented to the Camera Link HS 1.0 protocol.
Camera Link HS uses copper and fiber optic connectors and cables that were developed for other standards, such as Ethernet.
So the KIT_CLHS can be easily used for 10 Gigabit Ethernet application and offers an effective solution against CameraLink and GigE Vision protocols limitations.
This kit provides all the necessary components to get the development of embedded vision applications started for both M and X protocols.
The M protocol uses copper cables for applications up to 2.1GB/s and 15 meters long.
Active optical cables (AOC) cables are available for systems requiring longer distances of up to 100 meters.
The X protocol (or 10 GigaBit Ethernet) uses fiber optic cables for applications up to 2.4GB/s (2xSFP+ connectors) and 300+ meters long.
It is a powerful tool focus on camera application ensuring that CMOS sensor technologies can be fully exploited while the provided low-power cameras are low-cost and flexible, and data reliability, as requested by the customers, is guaranteed too.
The main advantage of the KIT_CLHS is the cost reduction as the time of development of high-performance camera using the protocol CLHS 1.0 and 10GbE is shortened.
CLHS's IP CORE is available at the AIA and it's evident that IP CORE is enabling the company to save development costs and to shorten development time. Nevertheless, nothing is available as part of the hardware, what's the main advantage of this development kit.
Associated with the CLHS IP CORE provided by the AIA, the development kit offers the perfect solution to greatly simplify development.
Small in size,
long distance capable,
extreme flex-life rated
& immune to electrical noise.
With his FMC-HPC connector, the
board can be used with all high
resolution / speed sensor.
48 LVDS pairs up to 1.25Gbits/s
20 single-ended signals
Vita25k / Phyton25k On semiconductor,
CMV50000 CMOSIS AMS,
BT130A Brookman Technology,
LUX2100 Luxima ....
FPGA ARTIX-7 :
Hires Vision has chosen the Artix-7 Xilinx
for its incomparable low power consumption capacity.
The board have the capacity to switch between :
High Performance (vccint = 1.0v) or
Low Power (vccint = 0.9v).
Compared to C-Grade Devices
DDR3 LOW POWER :
4 x 1Gb DDR3 low power consumption.
Up to 800Mb/s
With its Photocoupler, I2C/SMBus and TTL connectic, connect everything like lighting systems, motor drive,
Supports on-chip monitoring of temperature, all supply voltages and all powers.
Develop your application.
Analyse power measurement.
Optimize your performance-per-watt.
Fixed Oscillator with differential output :
1 x 200MHz
4 x 156.25Mhz
Fixed Oscillator with CMOS output :
1 x 25MHz
4 x DDR3 Low Power 1Gb up to 800MHz.
Quad SPI FLASH 128Mb
IIC EEPROM 1Mb
4 x I2C/SMBus repeater.
7 x Bidirectional TTL, 5v Compliant.
4 x Photocoupler Input.
4 x Photocoupler Output.
ROHS compliant with the European Union Directive 2011/65/EU (ROHS2)
UL 94 V-0
EXPANSION CONNECTOR :
FMC-HPC (Partially Populated) connector
48 differential pairs up to 1.25Gb/s
20 single-ended signals.
UART to USB bridge micro AB connector
CameraLink HS 1.0
3 x Status Led of channel A,B & C.
2 x Led "Loss of signal" SFP+ connector
2 x SFP+ CLHS-X.
2 x CX4 CLHS-M.
1 Video connector
1 Loopback connector
CONTROL & DISPLAY :
8 x User Push Buttons (General use).
1 x User Push Button (Program_B).
8 x User Leds.
8 x Leds (Voltage check).
2 x Leds USB/UART GPIO
216 x 133.5 mm / 245g
The FMC4SIMX183 card provides a development platform that enables customers to process their high resolution video content through our camera link HS development kit.
The design is based on 4 sony IMX183 sensors which can run at 4 x 20Mpixels @25fps or 4 x 4K@60fps.