CommuniNet SDR-E, Software Defined Radio
The SDR-E software radio equipment supports the MATLAB software platform and supports the development and verification of various custom functions. Based on FPGA baseband algorithm processing, with ARM software control function, it can fully realize RF to baseband and baseband to RF wireless communication transceiver link system. It can assist in teaching experiments on real signals, build real-time communication links, and truly present theoretical knowledge. The equipment is equipped with complete teaching experiment cases and instructions, the case content is easy to use, can be tailored and expanded。
If you have any questions regarding our products, use the Motionew Contact us page to consult our engineering team.
FAQ – CommuniNet SDR-E Software Defined Radio (SDR)
1. What are the main specifications of the CommuniNet SDR-E system?
The SDR-E is a dual-channel (2T2R) software-defined radio supporting MATLAB and FPGA-based baseband processing. It provides a maximum sampling rate of 50 MSPS, bandwidth up to 35.8 MHz, and operates with FM, AM, DSB, SSB, GMSK, QAM, and OFDM modulation schemes.
2. What are its typical applications?
The SDR-E is designed for research, teaching, and signal processing development. It allows users to build and verify custom RF-to-baseband and baseband-to-RF communication systems and perform real-time link experiments for educational and prototyping purposes.
3. What are the power and connectivity specifications?
It operates at DC 12V (≤1A) with natural heat dissipation, supports Gigabit Ethernet (1000 Mbps) connectivity, and functions in a temperature range of -20°C to +45°C. Dimensions: 300×220×36 mm.
4. What payment methods are accepted for purchasing the CommuniNet SDR-E?
Motionew accepts credit/debit cards, PayPal, and bank wire transfers. Proforma invoices can be issued for OEM or institutional buyers requiring direct payment.
5. Is OEM or customization available for the SDR-E system?
Yes. Motionew offers OEM customization for interface options, housing design, branding, and software integration. Contact the sales department for MOQ and delivery timelines.
6. Are teaching materials and documentation provided?
Yes. The SDR-E comes with complete teaching cases, experiment instructions, and hardware documentation. Additional engineering support is available for MATLAB integration and custom algorithm development.
Specifications
| Number of channels | 2 TX/2 RX MIMO |
| Modulation mode | FM、AM、DSB、SSB、GMSK、QAM、OFDM |
| Maximum output power | -10dBm |
| Maximum input power | -10dBm |
| Maximum sampling rate | 50.00MSPS |
| Maximum supported bandwidth | 35.8MHz |
| Data bit width | 12bit |
| Working current | ≤1A@12V |
| Working voltage | DC12±3V |
| Ethernet rate | 1000M |
| Dimension | 300mm*220mm*36mm |
| Working temperature | -20℃ ~ +45℃ |
| Heat dissipation mode | Natural heat dissipation |
Documents
Click Here To Download CommuniNet SDR-E,Software Defined Radio 56MHz maximum Bandwidth Manual
Product contents
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| Transmission Power |
0.0001W |
|---|---|
| Operating Frequency |
70MHz ~ 6GHz ,325MHz ~ 3.8GHz |
| Transmission System Interfaces |
Ethernet ,SFP+ ,USB |
| Transmission System Dimensions |
300 x 220 x 36mm |
| Channel Bandwidth |
20MHz ,56MHz |






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