This board has a Xilinx Artix-7 chip, so it can be programmed using Vivado. It isn't a top-of-the-line chip, though it has logic element and
other resource counts that are similar to the Virtex-5 chips we use. For many designs, it should be sufficient, and the payoff from using
SystemVerilog in Vivado should be helpful.
This is a fairly accessible board with a Zynq 7020 FPGA/SOC chip. As a member of the Zynq family, it combines a hard CPU and programable logic fabric. The
CPU is a dual-core ARM9 processor. Communication from the processor to the programmable logic is optimized and fairly fast.
This board boasts a Zynq 7045 FPGA/SOC chip. As a member of the Zynq family, it combines a hard CPU and programable logic fabric. The
CPU is a dual-core ARM9 processor. Communication from the processor to the programmable logic is optimized and fairly fast. This board
has a PCI connector, so would work for co-processor sorts of applications.
This board programs with Vivado. This is also a good target board for High-level Synthesys projects.
This board boasts a Kintex chip, the mid-level family of Xilinx FPGAs. This particular chip is the XC7K325T which is pretty sweet.
It is designed to showcase high-performance serial connectivity (PCIe, Networking) and advanced memory interfacing (DDR3 SoDIM Memory).
You might like it if you desire PCIe for your project or need a huge number of fabric resources (CLBs). Also, comes with a fair amount of
interesting peripherals.
This board programs with Vivado. This is also a good target board for High-level Synthesys projects.
This board has the Virtex 7 chip (a VC7VX485T-2FFG1761C) with just about all the resources you will ever need.
The display output is HDMI only, which past groups have had trouble generating a hardware interface for, so be aware. This board also
sports a daughter board with some ADCs and analog circuit magic. If you wish to do some digital signal
processing, this board might be your best bet.
You may use Vivado with this board. ISE also will work, though I am not sure why you would want that.