Date: 15/11/2011

Dual channel RF card in AdvancedMC format for LTE

CommAgility has announced the AMC-RF2x2, dual channel RF card in the AdvancedMC format to provide RF interface for LTE and LTE Advanced wireless infrastructure applications, and is suitable for test equipment, research, demonstrators and trial systems.

The AMC provides a flexible FPGA-based architecture based on a Xilinx LX75T Virtex-6TM device, with separate RF modules allowing customization and the integrated firmware in the FPGA is used for control and IQ data processing, delivering the necessary performance for digital front end processing, up-conversion and down-conversion, explains CommAgility.

The Advanced Mezzanine Card supports all LTE bands, with wideband tuning capabilities from 699MHz to 3.8GHz and RF bandwidths up to 40MHz. The AMC-RF2x2 supports 2x2 MIMO as standard. When used with CommAgility's AMC DSP modules, including the AMC-C6670 card, a complete MicroTCA LTE system can be achieved.

Edward Young, managing director at CommAgility, said, "The AMC-RF2x2 provides an advanced RF interface for LTE and LTE Advanced applications, enabling designers to develop MicroTCA-based next-generation wireless applications quickly and easily."

The new module provides transmit power output up to +10dBm, making it suitable for test and indoor equipment. It provides both FDD and TDD modes and it is a single-width full-size PICMG AMC.0 R2.0 Advanced Mezzanine Card (AMC), and works in industry standard MicroTCA chassis.

For high accuracy, NCO fine frequency control is provided in the firmware. Accurate power measurement is ensured with separate, calibrated Tx and Rx power sensors. Two CPRI front panel SFP+ ports, with baud rates up to 6.144Gbps, provide the CPRI capacity to support the full RF bandwidth and performance. For non-CPRI applications, Gigabit Ethernet and AMC fat pipe connections are provided via the AMC backplane. Synchronization via the CPRI ports, front panel or AMC clocks helps ensure flexible system integration.

Availability: Shippment in Q4 2011.