This design element is a 32-bit deep by 8-bit wide, multi-port, random access memory with synchronous write and asynchronous independent, 2-bit, wide-read capability. This RAM is implemented using the LUT resources of the device known as SelectRAM™+, and does not consume any of the Bl...
Instead of using VHDL or Verilog to configure these logic primitives, CLB is programmed with a GUI-based SysConfig tool and function calls. Since the configuration method is different, the CLB is technically not a CPLD or FPGA, but it can be used to achieve identical results. The CLB holds...
When you use the ShiftAdd setting, the Math Function rem and mod blocks are implemented using multiple shift and add operations. Because ShiftAdd is a pipelined implementation, it can introduce additional latency in the generated code. When you use the ShiftAdd setting, you can also set the ...
The PLU also has one output multiplexer for each PLU output pad (eight in total) that selects what Look-Up Table or Flip Flop state will drive each output pad. Flip Flops The final PLU element is a type D flip flop that allows for retention of data, providing the means for sequential...
Therefore, to successfully communicate with the LCD, we have to implement the delays tAS, tDSW, and tH. This can be achieved by a counter. Since we need to sometimes halt the counter or reset it, we’ll put a multiplexer before the DFFs of the counter. This is s...
Instead of using VHDL or Verilog to configure these logic primitives, CLB is programmed with a GUI-based SysConfig tool and function calls. Since the configuration method is different, the CLB is technically not a CPLD or FPGA, but it can be used to achieve identical results. The CLB holds...