The SBC1654 is ideal for mid-range embedded vision applications in a rugged, harsh, environment with imited access to power. Freescale’s i.MX515 ARM Cortex-A8 CPU provides dual MIPI CSI camera ports plus a NEON™ GPU. The on-board Xilinx Spartan-6 FPGA is available to handle heavy video processing computations for this multimedia-rich board.
The SBC1654 ships with a factory-installed Linux image configured to run a user’s application program. Development is hosted on the board using an SD card which comes with a Linux development image and includes an integrated firmware layer plus build-time libraries to produce an application file which can run from NAND Flash or SD card (see DKV1654 datasheet).
The SBC1654 includes the features listed above plus real-time clock, watchdog timer, audio, SATA HDD, and 1-Wire interface. Industrial I/O includes up to 64 differential DIO, two PWM, DAC and/or ADC available through StackableUSB™. The SBC1654 uses minimal power and operates at extended temperatures (-40 to +85) on a compact 3.5” x 3.5” (PC/104) footprint.
» Standalone FPGA
» FPGA to iMX5 via WEIM Memory Bus
» MicroBlaze for Distributed Control
» Simultaneous MicroBlaze and IP Cores via Memory IRQs
» See more details about Development Platform options
Available IP Cores:
» Factory installed IP Cores (see Ordering for available IP Cores)
» Customer installed open source cores
» Customer installed proprietary cores
» Customer installed 3rd party cores
Development Kits:
Ready-to-Run FPGA Development Kits Available (see Ordering for more details)
CMOS Camera Interface:
» Dual MIPI CSI-2 ports
» 12-bit and 8-bit configurations
» Serial or parallel interface
» Stereo Vision capable
» Front/Back facing configuration
CAMStack™ Camera
» ½ size PC/104
» Plug-and-play
Linux Vision BSP:
» Write and compile applications on target hardware out of hte box
» Access to GStreamer from the command line
» Ready to use OpenCV library functions in application program
» Find CMOS camera drivers in our growing library
Vision Processing Add-Ons:
» User programmable Spartan-6 FPGA
» Add Xilinx Vision Processing cores using ISE tools
» Use your own IP cores
» Adapt open-source cores
Development Kits:
Ready-to-Run Vision Development Kits Available (see Ordering for more details)