After building a couple of more traditional clocks over the years, he set his sights on making a completely isolated digital clock ... time is implemented in an FPGA — admittedly overkill ...

Serial-data links embed clocks in their data streams ... stream in a Xilinx Spartan XC3S200 FPGA. The algorithm employs a modified data-recovery application note (Reference 1). The application note ...

Histograms are often useful tools for analyzing digital data. To get reliable results ... This delay might vary across the FPGA. To take care of this delay, allow a two-clock delay to Device_Data ...

Digital systems need ... between functional or clock domains. Amid this increasing complexity, cost and time-to-market pressures raise the rigor of the verification required prior to the release of ...

Clock signals in synchronous digital systems (such as those found in telecommunications ... but also to the components that comprise the clock distribution network. FPGA development teams are ...

[Mike Field] just finished implementing SPDIF generation on an FPGA. SPDIF is an industry standard for transmitting digital audio signals ... to use a 100 MHz clock signal. This pushes the ...

Designing high-speed digital systems on FPGA platforms has always been challenging ... and a high-speed clock-distribution network, Actel Corp. of Sunnyvale, Calif., has crafted a family of ...

By creating a hardwired version of its high-density Stratix FPGA family ... FPGAs—a hierarchical clock structure, the TriMatrix memory, and optimized embedded digital-signal-processing blocks.