Despite the emergence of complex SoCs and GPU/TPU/NPU powered systems, there are still a lot of use cases that need customized logics to handle data at the ASIC level. FPGAs are idle for these applications where it offers high level of data manipulation and processing on the fly. It also provides ways to parallelize execution of these logic. Integrating FPGA design for embedded systems needs a deep understanding of the FPGA chips as well as the firmware logic to be developed on the FPGA so that the entire system is optimally utilized.
Embien has been offering FPGA design services helping its customers successfully realize a multitude of designs. With hands-on experience working with FPGAs of all sizes - the smallest one to the most powerful SoC based ones that come with hand-IPs, our team can help meet functional requirements with the optimal BoM. Our hardware, software and FPGA design for embedded systems offers value to the overall product and accelerate development time
Xilinx (Zynq, Kintex, Virtex, Artix Spartan), Intel (Cyclone, Arria, Stratix, MAX), Cypress
PCI- Genx, HDMI, Dphy, Mphy, HD-SDI, 3G-SDI, SRAM, DDRx, USB, UART, I2C, SPI, ADC, DAC
Functional Simulation, Fabrication Dependent Verification, Regression Automation etc.
Modelism, Synplify, Xilinx ISE/XST, Altera Quartus I and II, Mentor Graphics, Libero, Active HDL etc.,
Embien's FPGA development services offering improves the time-to-market and helps avoid costly device re-spins by enabling early embedded firmware development. We are the best bet for your IP core development and integration needs. Our test benches and simulation environments thoroughly validate the design before delivery and are integral part of our release cycles.
With rich expertise in VHDL/Verilog coding, we also offer FPGA consulting services whereby, our experts can help customers in critical issues on need basis. With our well-designed, documented, and efficient RTL coding techniques, we have created: Powerful Digital Signal Processing, simultaneous multi-channel ADC data acquisition and processing, HD Video and Image processing designs that involved Audio/ Video Codecs, Transcoding color space conversions, Blending, Interlacing, De–interlacing, DMA powered on the fly conversions for latency and throughput requirements, especially for video streaming applications.