MRF16B

YunSDR MRF16B

Frequency Coverage: 1 MHz ~ 6 GHz 16 RX/TX Channels: 200 MHz real-time bandwidth, max 2 GHz per channel 4×4 array signal processing, expandable array antenna (full-digital beamforming verification) ADC: 5.0 GSPS; DAC: 9.85 GSPS 200G high-speed interface, standard PCIe 3.0 fronthaul card, abundant FPGA logic Clock distributor: ps-level inter-channel delay (meets strict phased array requirements) Out-of-box toolkit: RF acquisition, recording & playback Rich secondary development APIs (cross-platform: MATLAB, Python, C#, C/C++)

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Software defined radio for array signal processing

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Overview

Applications

· Wireless access

· Test and measurement

· Early warning/radar

· Cable TV access

· Other high-performance RF applications

The MatrixRF MRF16B is a high-performance array wireless signal processing platform based on 3rd-gen Xilinx Zynq UltraScale+ RFSoC.It covers 1 MHz~6 GHz frequency range, equipped with 16 independent TX/RX channels, supporting 200 MHz instantaneous bandwidth and 2 GHz single-channel real-sampling bandwidth.It adopts 14-bit high-speed converters, with ADC sampling rate up to 5 GSPS and DAC up to 9.85 GSPS. Dual 100G optical ports are deployed for data transmission, and real-time host communication is realized via PCIe 3.0 x16 programmable FPGA fronthaul card. It integrates standard control & debug interfaces including USB-JTAG, Gigabit Ethernet, TF card and USB3.0. Boot mode can be configured via dedicated switch, with 12V DC power input.

Product Description

Main features and interfaces

· High performance and high channel density

· Two development modes: standalone mode (embedded) or host mode (100G to PCIe streaming mode)

· 1 MHz to 6GHz frequency range (expandable to millimeter wave frequency band)

· Maximum 2GHz instantaneous bandwidth or 16 channel 200MHz mode

· 16 channel transmission, 16 channel reception

· AMD Zynq-Ultrascale+ RFSoC ZU47DR x2

· AMD Zynq-Ultrascale+ SoC ZU19EG

· 14 bit ADC, 14 bit DAC

· Basic IQ rate 245.76MHz/240MHz/200MHz/160MHz

· Four core ARM Cortex-A53 processor, with a maximum clock speed of 1.2 GHz

· Four core ARM Cortex-A5 MPCore processor, with a maximum clock speed of 500 MHz

· Provide PCIe fronthaul acceleration card, PCIe Gen3 x 16 interface, Xilinx Kintex Ultra Scale+KU15P FPGA, 2 QSFP28 optical ports

· 2 QSFP28 optical ports (supporting 40G/100G Aurora and custom protocols)

· SFP+optical port (supporting 1G/10G Ethernet)

· Gigabit Ethernet RJ45

· Reference clock input/output

· Trigger signal input/output

· Built-in GPS module

· Two sets of FPGA GPIO interfaces

· USB 3.0 Host/Device Interface

· Type C USB port serial console, JTAG

The MRF16B integrates 16 TX channels, 16 RX channels and high-performance baseband processing system in one compact chassis, easy for field deployment and mobile testing. All channels work independently with separate frequency tuning, ideal for FDD operation and multi-signal concurrent emulation. Channels are synchronized via on-board crystal oscillator, while built-in GPS module provides timestamp, 122.88MHz reference clock and PPS signal. Supported by clock distribution unit, 2 or 4 units can be cascaded to build 32-channel or 64-channel array signal processing platforms.

Ready-to-use software toolkit supports self-check, spectrum analysis, signal recording and playback, facilitating quick troubleshooting in wireless applications. Device drivers are compatible with mainstream open-source projects including GNU Radio, and support low-level FPGA development. It enables rapid prototype verification and reliable deployment of array signal processing applications such as radar sensing, signal intelligence and spectrum monitoring.

Product Information