HM B200

Cost-Effective SDR Platform for Wireless Research, Teaching & RF Prototyping

As a professional USRP SDR manufacturer and supplier, we provide the USRP B200, a reliable and flexible Software-Defined Radio (SDR) platform designed for single-channel wireless experiments, university labs, and RF development projects.

With 70 MHz – 6 GHz continuous coverage, USB-powered operation, and full compatibility with GNU Radio, MATLAB, and UHD, the B200 is the ideal entry-level SDR for research and education.

Why Choose HM B200?

● Cost-Effective SDR for Research & Teaching

Perfect for universities, labs, and engineers who need a reliable SDR platform without the complexity of multi-channel systems.

● Wideband RF Coverage

Supports 70 MHz – 6 GHz, covering most wireless standards including LTE, Wi-Fi, GPS, ISM, and custom RF applications.

● Plug-and-Play Simplicity

USB 3.0 interface with bus-powered design — no external power supply required.

● Open & Programmable SDR Platform

Fully supported by UHD and GNU Radio, with open FPGA resources for custom development.

Key Features 

•  Frequency Range: 70 MHz – 6 GHz (continuous coverage)

•  Instantaneous Bandwidth: Up to 56 MHz

•  RF Mode: Full Duplex, SISO (1 TX & 1 RX)

•  RF IC: Analog Devices AD9364 direct-conversion transceiver

•  FPGA: Xilinx Spartan-6 XC6SLX75

•  Interface: USB 3.0 (SuperSpeed) — bus-powered, no external PSU needed

•  Optional: Board-Mounted GPSDO for precision timing

•  Open & reprogrammable FPGA with full source code available

•  Supported on Linux / Windows / macOS

Application Scenarios 

• Academic & University Research

  Widely deployed in university labs for wireless communications, signal processing, and spectrum research. Supports timed commands and sampling in FPGA for precise experimental control.

• Spectrum Monitoring & Sensing

  Continuous coverage from 70 MHz to 6 GHz enables real-time monitoring of a vast range of radio signals, from VHF through microwave bands.

• Wireless Protocol Development & Testing

  Build and test custom waveforms and protocols using GNU Radio or MATLAB. Ideal for LTE, 5G NR, Wi-Fi, and custom PHY layer research.

• Wireless Security Research

  Used for penetration testing, signal analysis, replay attacks, and protocol vulnerability research across a broad frequency range.

• Precision Timing Applications

  With the optional board-mounted GPSDO, the B200 can be disciplined to GPS-standard timing for time-sensitive applications.

• Amateur Radio & SDR Experimentation

  A popular platform among ham radio operators and SDR enthusiasts for exploring the full radio spectrum from HF to microwave.

• Multi-Unit Synchronized Systems

  Multiple B200 units can be synchronized via external 10 MHz / 1-PPS reference and distribution systems (e.g., OctoClock-G).

Technical Specifications (Key Parameters)

Software Compatibility

The HM B200 integrates seamlessly with leading SDR software tools:

• GNU Radio (gr-uhd)

• MATLAB / Simulink

• LabVIEW

• OpenBTS (GSM)

• srsRAN (4G/5G)

• GQRX / SDR# 

USRP B200 vs B210 – Which One Should You Choose?

Is USRP B200 Right for Your Project?

Choose B200 if:

• You only need single-channel (SISO) operation

• You are building SDR teaching labs

• You are doing basic RF experiments or protocol validation

• You want a cost-effective alternative to high-end SDR platforms

 Need MIMO or dual-channel capability?
→ Consider USRP B210

Software Compatibility

Fully compatible with leading SDR tools:

• GNU Radio

• MATLAB / Simulink

• LabVIEW

• OpenBTS

• srsRAN

• GQRX / SDR#

Your Trusted USRP SDR Manufacturer & Supplier

We are a professional SDR hardware manufacturer and supplier, providing:

• Stable and cost-effective USRP-compatible platforms

• Technical support for research and engineering teams

• Custom SDR solutions based on project requirements

• Fast global delivery and responsive service

Safety Notes

• Max RF input: -15 dBm (do not exceed)

• Always connect antenna or 50Ω load before transmission

• Use proper ESD protection during handling

Start Your SDR Project Today

Looking for a reliable USRP SDR supplier for your research or lab?

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