The Digilent Cmod S6 is a small, 48-pin DIP form factor board built around a Xilinx Spartan 6 LX4 FPGA. The board also includes a programming ROM, clock source, USB programming and data transfer circuit, power supplies, and basic I/O devices.

The Digilent Cmod S6 is a small, 48-pin DIP form factor board built around a Xilinx Spartan 6 LX4 FPGA. The board also includes a programming ROM, clock source, USB programming and data transfer circuit, power supplies, and basic I/O devices.

Here's an example project for the CMod S6 that places a small multi-tasking operating system onto the board. The project depends upon an external serial port, keypad, 1-wire amplifier, and 2-line LCD display (PMod CLS).

The Digilent Cmod S6 is a small, 48-pin DIP form factor board built around a Xilinx Spartan 6 LX4 FPGA. The board also includes a programming ROM, clock source, USB programming and data transfer circuit, power supplies, and

View Cmod S6 Ref Manual by Digilent, Inc. datasheet for technical specifications, dimensions and more at DigiKey.

The Digilent Cmod S6 is a small, 48-pin DIP form factor board built around a Xilinx Spartan 6 LX4 FPGA. The board also includes a programming ROM, clock source, USB programming and data transfer circuit, power supplies, and basic I/O devices. There are 46 FPGA I/O signals that are routed to 100-mil-spaced through-hole pins, making the

Feb 12, 2016 · To access the clock for basic VHDL or Verilog designs you have to uncomment the clock line in your UCF file. That is, this line: Then you use "CLK" to connect it in your design. You can find the master UCF file at reference.digilentinc.com/cmod_s6:cmod_s6. Kaitlyn. This topic is now archived and is closed to further replies.

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Jan 21, 2015 · I am currently using CMOD S6 to generate 12 bit data logic and clock for a DAC. The clock frequency is at 50 MHz which was created using DCM ip core in ISE. I then output the clock from pin 48. However I am having a bit of ground noise issue.

Nov 13, 2018 · With low speed interfaces having a 'clock' line it's easier to run your logic at a much higher rate, create strobes that represent the interface clock and data and position them where they need to be in order to meet setup and hold times. This gets timing out of the constraints and into your HDL.