MT9T001 Datasheet | Optomotive

features if he wishes so. The true power of FPGA (Field-Programmable Gate Array) over the sequential microprocessor is a pipelined parallel data processing. Parallelism reduces system clock and power consumption considerably while boosting processing power. With the latest set of tools from Xilinx (System Generator and Accel DSP) you can rapidly develop DSP algorithms even in Math Works Matlab (example included). Key camera features : - Industrial vision proven CMOS Aptina sensors from VGA to 3 mega pixel - Up to 3 sensors per one camera perfectly synchronized - Can capture video or processed information - Since the image processing is integrated inside the camera the host puter processor is free for other tasks - Large 1.6M gates Xilinx Spartan 3E FPGA - 64MB in-camera DDR SDRAM buffer - USB powered - 48 additional IO pins for expansion and user programming - Multiple cameras can be synchronized to an external trigger or to a master camera (strobe) - Firmware (soft-hw and sw) can be upgraded in a minute - Full source code of the plete system simplifies integration and enables user to customize the camera to his needs or to train FPGA So C designing (research and development) The camera is sold in two basic configurations: MONO (single sensor) or STEREO (dual sensors). You can upgrade your camera any time by purchasing additional sensor head. Cameleon Product Brief v1.0 Optomotive, mechatronika d.o.o., V Murglah 229, SI-1000 Ljubljana, Slovenia +386 1 4292914 | info@optomotive.si | .optomotive.si page 1/3 .Data Sheet.in Figure 1: Camera structure block scheme Figure 2: Camera base board with FPGA module (left) and sensor head (right) (scale 1:1) Cameleon Product Brief v1.0 Optomotive, mechatronika d.o.o., V Murglah 229, SI-1000 Ljubljana, Slovenia +386 1 4292914 | info@optomotive.si | .optomotive.si page 2/3 .Data Sheet.in SPECIFICATION Specification Camera model Model (Aptina) Sensor type (CMOS) Colour Optical format Active pixels Region of interest Imaging...