Robot Wireless Coexistence Testing System

1、 System Introduction

Robot Wireless Coexistence Testing System

The system aims to conduct 5G testing more simply and intuitively, even in the face of complex testing scenarios for 5G NR deployment. The instrument can be used for all 5G signaling testing applications, supports multiple current and future 3GPP frequency band combinations, and supports end-to-end data throughput of up to 20 Gbps. The independent LTE/FR1 and FR2 RF chains reduce the complexity of testing setup and accelerate the entire testing process through parallel testing. Compliant with YY 9706.102/GB 4824 standard and IEEE C63.27 as the specialized testing method for wireless coexistence.

The integrated comprehensive testing instrument provides multi band functionality and can test LTE, FR1, and FR2 frequency band combinations to verify the RF, signaling, and applications of 5G devices. The frequency range of the RF unit can be extended to 8 GHz, which can further support FR1 3GPP frequency band extension. The RF unit provides better dynamic range, enabling more stable and reliable RF and Callbox testing. Adopting a modular and scalable hardware architecture, it can be flexibly configured to meet different testing needs. When FR2 testing is not required, the B500A intermediate frequency unit can be omitted and the instrument can be upgraded to an intermediate frequency unit for FR2 testing. The advanced CMsquares software guides users through various 5G tests through a simple and intuitive web interface. The web interface includes a Python scripting interface that supports automated remote testing. Provide multiple attachments for MIMO and OTA testing within the frequency range of FR1 and FR2. Provide a true turnkey 5G testing solution, including small shielded boxes and large OTA darkrooms equipped with remote radio heads and active combiners.

HY ® HYX500 Wireless Communication Testing System

CMX500 Wireless Communication Comprehensive Testing Instrument

2、 Main features
Robot Wireless Coexistence Testing System

LTE and FR1 multi band functionality from 400MHz to 8GHz;

1.4-8 RF port (bandwidth 1 GHz);
2. Built in application server, supporting 20 Gbps IP data performance testing;
3. Web graphical user interface can be used for RF, protocol, and application testing (EVM, constellation diagram, etc.);
4. Rich IP and application testing functions;
5. The 5G NR networking method is supported by both NSA and SA;
6. Frequency accuracy<0.1Hz;
7. Display average bottom noise<-153 dBm (normalized 1Hz);
8.3GPP 38.521 全部用例。