FPGA sandwich card simplifies high-speed data converters to FPGA connection

Analog Devices, Inc. (NASDAQ: ADI) The world's leading high-performance signal processing solution supplier, recently unveiled in Munich's 2012 electronic components exhibition and launched an FPGA mezzanine card (FMC) FMC176, which combines JEDEC JESD204B SerDES (Servers / Subprogrammers) technology enables numbers and simulated designers to simplify high-speed data converters to FPGA connections. ADI's FPGA clamp card FMC176 simplifies high-speed data converters to FPGA connections This 90-second video demonstrates how to use Adi's JESD204B data converter and Xilinx Inc.'s FPGA platform to complete the prototype production: http://videos.analog.com/video/1907547501001/rapid-prototyping-with-jesd204b-using-fmc-and-xilinx-fpgas/. The FMC176 is a 14-bit, 250 MSPS ADC FMC, supporting JESD204B subclass 1 identifying delays, in various FGPa-based computing-intensive applications, it provides connectivity and Xilinx's Kintex-7 and Virtex-7 FPGA platform fast combination. It also includes two ADI AD9129 14-bit RF DACs that support high-speed communication applications, with a maximum throughput of 5.6 GSPS. Be Xilinx Market Director Raj SeeLam said: "Design multi-channel medical equipment or multiple standards, multi-carrier station means that today's project needs more and more depends on the needs of higher speeds and better solutions. By cooperating with ADI, we not only meet customers' high-speed signal processing requirements, but also support easy-to-use board-level development platforms, providing immediate available direct connection between Xilinx FPGA and ADI high-speed converters. " FMC176 JESD204B FPGA sandwich card FMC176 includes two AD9250 (dual channels, 14-bit, 250 msps ADC), compatible with JESD204B serial output data interface, as well as two AD9129 (dual channels, 16-bit, 5.6 GSPS RF DAC). 14 bits of FMC176, 250 MSPS channels can be timed by internal clock sources or external sampling time. Custom Sampling Control has a trigger input. One of the two chips AD9250 ADC supports subclass 1 to determine the delay mode and the SyncRef signal to implement exact synchronization of all four channels. FMC complies with FMC standard ANSI / VITA 57.1 in mechanical and electrical. The FMC has a high-pin number connector, front panel I / O, and can be used to conduct heat dissipation environments. FMC allows flexible control of sampling frequency, analog input gain, and detecting overranges through serial communication bus. The FMC has power and temperature monitoring, and provides several power-saving modes to turn off the functionality or prevent the card from overheating.

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