FPGA Vendor Independent IP
Part of an effective FPGA-neutral methodology is not just selecting the right tool flow but ensuring the ability to target 3rd party IP to any FPGA vendor. Mentor Graphics has developed both a technology and an eco-system of partners to provide a vendor-independent IP solution.
Precise-IP is a Precision Synthesis tool that generates vendor-independent HDL for commonly used IP building blocks. With an ever-increasing library, the easy-to-use wizard guides users to create widely used IP cores such as memories and arithmetic functions for easy re-use. These cores are optimized to provide the best quality of results across FPGA families.
Precise-IP Partner Program
Mentor Graphics has assembled, and continues to grow, an ecosystem of 3rd party vendors offering FPGA vendor independent cores. As part of the Precise-IP Partner Program, supported IP is validated with Precision Synthesis to ensure high quality of results. View the catalog of supported cores.
The ARM Cortex™-M1 processor addresses the need for a high-quality, standard processor architecture for FPGA applications, supporting a wide range of FPGA devices, including those from Actel, Altera, and Xilinx. The ARM Cortex-M1 processor brings the broad ecosystem of tools and operating systems of the ARM Connected Community to FPGA users, as well as software compatibility with ASIC optimized processors such as the ARM Cortex-M0 and Cortex-M3 processors. Developers can standardize on a single architecture, supported by the largest eco-system in the industry, to reduce their hardware and software engineering costs.
Aeroflex Gaisler provides IP cores and supporting development tools for embedded processors based on the SPARC architecture. The key product is the LEON synthesizable processor model together with a full development environment and a library of IP cores (GRLIB). The company specializes in digital hardware design (ASIC/FPGA) for both commercial and aerospace applications.
CAST is an experienced IP provider offering a broad range—and deep—product line. We offer one of the highest- quality H.264 encoders, fastest and smallest 8051s, and greatest selection of image codecs available anywhere, plus proven bus and interface cores, memory controllers, encryption, subsystems, AMBA platforms, and more.
EnSilica is an established provider of high quality FPGA and ASIC design services, embedded processor and communications IP cores. EnSilica's eSi-RISC embedded processor is a highly configurable 16/32 bit core with software support provided by a GNU C/C++ toolchain and Eclipse integrated development environment. eSi-Comms is a range of highly parameterised communication IP suitable for many of the current air interface standards including WLAN, WiMax, DVB and DAB.
Eureka Technology Inc. is a leading Intellectual Property (IP) core provider offering a wide range of system connectivity IP cores that are silicon and production proven. The IP cores include SD memory, SDIO, MMC, NAND Flash and SDRAM controllers, PCI and CompactFlash. All IP cores support AXI, AHB, PowerPC, Wishbone, SH4 and generic bus interface. These IP cores offer advanced features, allowing customers to create product differentiation while improving time-to-market and reducing development costs.
Established in 1992, Helion Technology is a specialist provider of data security and encryption IP, with an emphasis on high performance solutions in FPGA. An extensive range of innovative and product-proven security IP cores is available, backed by expert design services and support capabilities. Helion offer a flexible and friendly approach, plus a willingness to go the extra mile to get the very best solution for its customers.
Innovative Logic is the leading provider of reusable standard based IP solutions as well as high quality and reliable design services in ASIC, FPGA, and Embedded Systems Design. Innovative Logic has a world class team of engineers who have successfully executed different projects using the latest tools and the technologies.
IPextreme is leading a revolution in the semiconductor industry by bringing high-value, silicon-proven intellectual property (IP) from large semiconductor companies to FPGA designers worldwide.
The OptNgn FFT Libraries are built using the latest in the state of the art algorithms and technology independent code. Our FFT Tensor Product Algorithms, used in conjunction with our Parallel Engine (PNgn© ) compiler allow for the best resource usage and throughput combinations, over the broadest range of target devices.