System-on-module based on FPGAsSystem-on-modules (SOMs) are small, integrated single-board computers. At REFLEX CES, we took our extensive FPGA experience, combined it with our in-house knowledge, and created modules that are perfectly tailored to your needs. These SOMs can be used in many embedded applications.
reflex ces also offers PCIe off-the-shelf boards.
Our FPGA boards are specially sized and full of features based on customer requirements.
FPGA system-on-module benefits
Our FPGA-based system-on-modules are optimized for embedded markets.
Our FPGA modules have many benefits. These include a small size suitable for the embedded and industrial markets, and high-performance programmable logic microcontrollers with built-in high-speed transceivers.
reflex ces ’s FPGA modules offer a reduced time to market thanks to the development environment: firmware (FPGA test designs), hardware (board and starter board, kitting), and software codes.
FPGA system-on-module main specifications
reflex ces’s FPGA system-on-modules have a range of interfaces according to your needs.
We can provide primary interfaces, such as banks of DDR3 or DDR4 memory, I2C and USB links, FMC connectors (with a range of different transceivers/single ended I/Os), JTAG connectivity, Gigabit Ethernet interfaces, circuitry, HDMI, and more.
We also deliver all the relevant design rules for our boards, to develop the customer application carrier board (we can also develop it based on customer specifications).
We provide online technical support, schematics, and a one-year warranty on hardware (debugging and other issues).
Our FPGA modules can also be customized according to other requirements—contact the sales team with your specific request.
Industrial systems need customizable hardware and software platforms, shorter product development cycles, lower design costs, and quicker time to market.
FPGA is the answer. Using FPGAs for industrial needs enables rapid, low-cost product innovation and evolution.
Our system-on-modules are perfect for industrial applications thanks to their small form factor and system-on-chip intelligence.