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Synplicity Hardware Platforms Group is a
leading provider of off-the-shelf ASIC prototyping boards. The key
product is HAPS™ (High-performance ASIC Prototyping System),
a modular system with multi-FPGA motherboards and standard or
custom-made daughter boards which can be stacked together in a variety
of ways.
Aeroflex Gaisler's GRLIB IP library environment includes support for HAPS™
development platforms, providing example designs and board support
packages used with Synplicity's synthesis tools and Xilinx’ place &
route tools.
Aeroflex Gaisler's HAPS™ development suite comprises everything needed
in order to develop a LEON3 based system-on-a-chip design for a HAPS™
platform. The suite includes:
The Aeroflex Gaisler HAPS IP cores cover the following functions:
- FLASH_1X1 32/16-bit PROM Controller for HAPS™ FLASH_1x1
- SRAM_1X1 32-bit SSRAM / PROM Controller for HAPS™ SRAM_1x1
- SDRAM_1X1 32-bit SDRAM Controller for HAPS™ SDRAM_1x1
- DDR_1X1 DDR266 Controller for HAPS™ DDR_1x1
- GEPHY_1X1 Ethernet Controller for HAPS™ GEPHY_1x1
- TEST_1X2 Controller for HAPS™ test daughter board TEST_1x2
- BIO1 Controller for HAPS™ test daughter board BIO1
- HAPSTRAK HapsTrak controller for HAPS™ boards
Documentation
Downloads
Demonstration designs
including a LEON3 SPARC V8 processor have been developed for the HAPS
motherboards and are available for download.
Note that only the GRLIB HAPS distribution with programming files
for the LEON3 template designs is required for the demonstration of the
LEON3 processor on the HAPS motherboards.
For those wanting to modify the HAPS demonstration designs, the complete GRLIB IP core library can be downloaded in source:
An evaluation version of the GRMON debug monitor is available for download:
For those wanting to modify or develop software, a LEON cross-compiler is available for download:
Implementation characteristics
The HAPS IP cores are portable
and can be implemented on most FPGA and ASIC technologies, and have
been tested for Xilinx Virtex-4 and Virtex-5 FPGA technologies. The
cores are available in VHDL source code and, when applicable, use the
plug&play configuration method described in the GRLIB IP LIbrary User’s Manual.
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