DSP functions are commonly implemented on two types of programmable platforms: FPGA and Signal processing platforms. In the past, the use of DSPs was all pervasive, but with the needs of many applications exceeding the processing capabilities of FPGA Design Services (FPGA and Signal Processing Design Services) is growing rapidly. Field Programmable Gate Arrays (FPGAs) are revolutionizing digital signal processing as new, innovative and powerful FPGAs are replacing ASICs and DSPs to run front-end digital signal processing algorithms. FPGA digital Signal processing allows designers to create and develop circuit architectures for specific applications. Mistral’s FPGA Design Services deliver high-levels of performance for many DSP applications and provide considerable improvements over conventional microprocessor and dedicated Digital Signal Processors (DSPs). Mistral provides FPGA Design Services based on current generation high-density, high-performance FPGAs that come in three-dimensional silicon and use stacked silicon interconnect technology.
FPGA Design Services
Mistral’s FPGA Design services include designing, building and deploying as an established company providing cutting-edge FPGA and Signal Processing services. With 25 years of experience in FPGA Design Services, Mistral offers a strong, unparalleled FPGA Digital Signal Processing design-to-deployment competence. Mistral is a Certified Member of the Xilinx Alliance Program and has access to complete Xilinx toolchain. Mistral is also an Intel DSN partner with extensive experience in FPGA Design Services using Altera FPGAs and CPLD devices, which is further complemented by the access to Altera Quartus tool-chain. Our FPGA Design Services team has also been working on ACTEL FPGAs providing compelling FPGA Digital Signal Processing designs for Aerospace and Defense applications and Lattice FPGAs for low power, consumer electronics applications.
Mistral’s FPGA Design Services team has extensive expertise in FPGA and Signal Processing for various protocols in Networking and Routing, Storage, Video and Vision Acceleration. Our FPGA Design Services team has hybrid skills on RTL coding, MATLAB, C/C++ which can help customers accelerate existing software or algorithms.
FPGA Digital Signal Processing
Mistral has over two decades of experience in FPGA and Signal Processing, offering advanced and integrated embedded solutions using FPGAs. Our FPGA Design Services and FPGA Digital Signal Processing expertise includes FPGA RTL Design, Signal Processing and Video/Vision Algorithm Acceleration, ASIC and IP Verification using UVM Methodology and ASIC Support Services. Over the years, Mistral’s FPGA Design Services team has designed and deployed a wide range of FPGA and Digital Signal Processing solutions such as Video Capture & Processing systems, Network Acceleration IPs, Radar Processors, DF Systems, Imaging Radars, custom IP Cores and more for leading Consumer Electronics OEMs, Aerospace & Defense customers.
FPGA and Signal Processing
Customized solutions based on Xilinx, Actel, Intel, Quicklogic and Lattice FPGAs, which integrate custom FPGA Design, firmware and hardware engineering. Our FPGA Design services include Spec to RTL, FPGA+SOC co-design, FPGA Digital Signal Processing Solutions, Video & Image Processing IPs, Network and Data Processing, Re-engineering of Legacy Systems using FPGA and Custom IP Development. Mistral also has a dedicated FPGA and Signal Processing Design Services team for VIP (Verification IP) development and validation, IP & VIP integration and IP & SOC verification. Mistral is committed to delivering the best products and systems, meeting the unique requirements of the Semiconductor, Automotive, Medical electronics, Networking, Data center, Medical Electronics, Aerospace and Defense industry.
Mistral’s USP is in building and deploying customized FPGA and Signal Processing designs and IP Cores that integrate custom software and hardware engineering. We collaborate with OEMs to provide FPGA Design Services for Consumer Electronics, Network Processing, Data Centre, Aerospace and Defense Applications.
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