Pins are modeled as LVDS IOs running upto 1Gbit/s differential pairs instead of Virtex-6 fast serdes resources. Various techniques of pin multiplexing are used such as time multiplexing (penalty on speed). * Partitioning: With FPGAs there is inherent problem with design partitioning across multiple FPGAs due to pin limitations. * Power/ Thermals/ Signal Integrity with 40 Layer board design & custom connectors Typical 25-75MHz system clocks (peak = 200MHz) * Daughter cards for commons IO interfaces such as USB, DDR2, HDMI link etc * Tools for setup: Automated tools for System Setup, Synthesis, Partitioning, Initialization, Control, Debug Synopsys offers family of Xilinx FPGA (Virtex-6) boards that can be plugged and expanded for system needs.
* High Capacity - Synopsys HAPS technology offers somewhere in middle of Emulation & raw FPGA board solutions. Here are some strengths offered by Synopsys HAPs, making it suitable for Product teams to deploy for projects.
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