Analog Devices Mixed Signal Digital Pre-Distortion Development Board

Analog Devices (ADI) and Xilinx announced the MS-DPD (mixed-signal, digital pre-distortion) development platform. MS-DPD helps multi-carrier cellular base station manufacturers reduce engineering resources and improve time to market. Xilinx’s Virtex-6 FPGA ML605 (field-programmable gate array) Evaluation Kit connects to the MS-DPD board through an industry-standard VITA-57 FMC connector. Using this system, the FPGA can be used to implement required radio algorithms leveraging the ADI signal chain available on the MS-DPD. The ADI MS-DPD development boards are available now for $3,995 each.

Analog Devices (ADI) MS-DPD (mixed-signal, digital pre-distortion) development platform - Xilinx

ADI MS-DPD Platfrom Features

  • High Performance RF and Mixed Signal Transmit and Observation Signal Chains seamlessly integrated on one board
  • Full implementation of 16 bit I/Q to +18 dBm RF output with 12dB of fine analog gain control and 122.88MHz of complex BW
  • Observation receiver from RF to bits, 12 bits 250 MSPS
  • SERDES clock cleanup, up to 307.2 MHz
  • Full clock synthesis including SERDES Tx clock synthesis
  • Full LO synthesis for ZIF or CIF Tx and IF sampling
  • Optional on-board reference clock for standalone operation
  • USB interface with intuitive user interface
  • Interfaces for both Altera’s HSMC and Xilinx’s FMC mezzanine connectors

ADI’s MS-DPD development board features a RF and mixed-signal transmit and observation receiver chain supporting 2G, 3G and emerging 4G wireless protocols. The radio architecture development platform simplifies the wireless infrastructure design process by enabling OEMs to quickly assess and reprogram the radio to remove non-linearities from the transmit paths and enhance radio power efficiency.

The mixed-signal, digital pre-distortion development platform simplifies component selection and board layout to make it easier for designers of multi-carrier GSM and multi-standard SDR (software-defined radio) base stations to develop FPGA-based DPD algorithms. FPGAs also provide the flexibility to optimize the solution that competing fixed-function ASICs (application-specific integrated circuits) cannot, while providing a highly integrated, low cost, low power and high reliability solution to present day base station needs.

Info: ADI MS-DPD Development Board | Xilinx Virtex-6 FPGA ML605 Evaluation Kit