Atlys

Reference Manual Technical Support
Atlys
Spartan-6 FPGA Trainer Board
Key Specifications
Logic Cells
6,822 slices
Block RAM
2.1Mbits
Clock Tiles
4 (8 DCMs & 4 PLLs)
PLLs
6
DDR2
128MB with 16-bit wide data
DSP Slices
58
Internal clock
500MHz+
Oscillator
100MHz CMOS
Quad-SPI Flash
16MB
Ethernet
10/100/1000 PHY
Connectivity and Onboard I/O
Pmod Connectors
1 12-pin Pmod port
USB
2 on-board USB2 ports for
programming and data transfer
HDMI
2 HDMI input and output ports
Audio
AC-97 Codec with line-in,
line-out, mic, and headphone
IOs
48 I/Os routed to expansion
connectors
Vmod Connectors
1 Vmod (high-speed VHDC)
connector
Switches
8 slide switches
Buttons
6
LEDs
8
Electrical
Power
5V (2.1mm) supply
Logic Level
3.3v
Physical
Width
4.8 in
Length
5.3 in
Design Resources
Master UCF
ZIP
Atlys Support Files
ZIP
Documentation
Primary IC
Spartan-6 LX45
(XC6SLX45-CSG324C)
VHDCI Plug
VHDCI Receptacle
Reference Manual
Schematic

Note

The Atlys is retired and no longer for sale. Digilent support for this product will be limited.

The Atlys circuit board is a complete, ready-to-use digital circuit development platform based on a Xilinx Spartan-6 LX45 FPGA, speed grade -3. The large FPGA and on-board collection of high-end peripherals including Gbit Ethernet, HDMI Video, 128MByte 16-bit DDR2 memory, and USB and audio ports make the Atlys board an ideal host for a wide range of digital systems, including embedded processor designs based on Xilinx’s MicroBlaze. Atlys is compatible with all Xilinx CAD tools, including ChipScope, EDK, and the free ISE WebPack™, so designs can be completed at no extra cost.

The Spartan-6 LX45 is optimized for high-performance logic and offers:

  • 6,822 slices, each containing four 6-input LUTs and eight flip-flops
  • 2.1Mbits of fast block RAM
  • four clock tiles (eight DCMs & four PLLs)
  • six phase-locked loops
  • 58 DSP slices
  • 500MHz+ clock speeds

The Atlys board includes Digilent's newest Adept USB2 system, which offers device programming, real-time power supply monitoring, automated board tests, virtual I/O, and simplified user-data transfer facilities.



Tutorials


Example Projects


Additional Resources

Firmware