XSA-3S1000
- XC3S1000 FPGA
- XC9572XL CPLD
- 32 MByte SDRAM
- 2 MByte Flash
- 100 MHz oscillator
- Parallel port
- Keyboard/mouse PS/2 port
- 512-color VGA port
- 7-segment LED
- 2 pushbuttons
- 4 DIP switches
- 84-pin prototyping interface (65 free I/O pins)
- 5V DC power jack
- 5V / 3.3V / 2.5V / 1.2V regulators
- Downloading cable
- Works with the XST-4.0 Board
- Works with XILINX ISE, WebPACK, iMPACT and ChipScope software
- Requires Win2K or WinXP. Not supported by Win98 or WinME!
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The XSA-3S1000 Board keeps the same form-factor as our
popular XSA-100 Board while increasing the logic
density to 1,000,000 gates with a Spartan-3 XC3S1000 FPGA.
The FPGA is combined with a 32 MByte synchronous DRAM and 2 MByte Flash
to give you the resources for building a complete, soft-core RISC
microcontroller system! Or anything else you might think of...
Up to four unique bitstreams can be stored in the Flash and you can set the switches to select
which bitstream configures the FPGA when power is applied.
Or you can download directly to the FPGA through the parallel port
with the XSTOOLs utilities we provide. The interface CPLD on the
XSA-3S1000 also supports downloading with XILINX iMPACT
and circuit test/debug with ChipScope using our simple downloading cable.
No more expensive XILINX cables!
In addition to the larger FPGA, SDRAM and Flash chips, you also get
a VGA port that produces vivid graphics in 512 colors. And the prototyping header
gives you 65 general-purpose I/O pins that are completely free for
building interfaces to external devices.
And you can access a variety of interfaces by inserting the XSA-3S1000 into one of our XStend 4.0 Boards.
Think it will be a big switch to move to the XSA-3S1000?
Well, we provide all the software utilities for programming the FPGA, and downloading and uploading
the RAM and Flash. And we make all the source code available for you
to play with! How about design examples? We have parameterized
modules for interfacing to the PS/2 keyboard port, displaying images
through the VGA port, and reading/writing to the synchronous DRAM as if it
were a simple static RAM.
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