Inventra, the IP Division of Mentor Graphics, provides an expansive array of soft cores for a broad range of electronic consumer, computing, multimedia, and communications applications.
Soft cores are written in Verilog and VHDL HDL, which can be synthesized into gate-level design representations that can be mapped to a number of different processes and foundries thus giving designers a broad choice of suppliers.
All of these pre-defined, pre-verified soft cores are delivered via a productivity-enhancing package consisting of documentation, synthesizable models, synthesis scripts and a testbench.
Refer to "Mentor Graphics Acquires Leader in Telecom Soft Cores," "Mentor Graphics Acquires DSP Expertise, Delivers DSP Cores Required for Systems-on-Silicon Design," and "Mentor Graphics Acquires CAE Technology, A Leading Developer of PCI and USB Soft Cores.
Soft cores now available from Mentor Graphics include a wide variety of functions key to the design of electronic consumer and communications products.
a leading supplier of parameterized soft cores and design services for digital signal processing (DSP) functions.
HyWire's soft cores
will be demonstrated using a Xilinx FPGA, at the Network Processors Conference, October 21-23 in San Jose.
HyWire provides a development environment that includes an emulator board (with the standard product soft core implemented in an FPGA) along with software API/drivers implemented in C language.
HyWire's low-end HyCognito soft core will be available in January 2004.
Mentor Graphics is a registered trademark and Inventra, Inventra Soft Cores
and QuickUse are trademarks of Mentor Graphics Corporation.
Typical products that will incorporate Telecom Soft Cores include
served by the Telecom Soft Cores showing growth rates ranging from 19
The connection of ZeBu to the RealView Multi-ICE(R) interface unit enables ARM soft cores
to be directly emulated on the FPGAs of ZeBu and debugged using the ARM RealView Debugger.
ARM-Magma Reference Methodology support for all other ARM soft cores
will be provided in the future.