RS radio communication tester R amp; S CMP180: frequency range of 9kHz to 8GHz, maximum intermediate frequency bandwidth of 500MHz, 16 full duplex RF ports, supports MIMO/OTA testing, and is compatible with multi standard non signaling RF verification.
RS radio communication tester
The brand to which this instrument belongs has long been deeply involved in the fields of testing, measurement, and communication technology, focusing on providing reliable electronic testing solutions for various industries. Its instrument products have been recognized by the industry for their precise performance indicators, stable operating performance, and good scene adaptability. It has accumulated deep technical reserves in the fields of communication, aerospace, semiconductors, and education and research. The R&S CMP180 is a non signaling testing platform designed for new generation wireless technologies such as 5G FR1, Wi Fi 7/Wi Fi 8, which can meet the diverse testing needs of research and development verification and production line production.
Dual transceiver channels and broadband performanceIntegrated with 2 independent vector signal analysis channels and 2 independent vector signal generation channels in a single box, the highest intermediate frequency bandwidth can reach 500MHz, and EVM ≤ -48dB at 320MHz bandwidth, which can meet the testing requirements of Wi Fi 7 4096QAM modulation mode and 5G FR1 100MHz bandwidth.
High density RF and MIMO supportEquipped with 16 full duplex RF ports, capable of supporting 2 × 2 True MIMO measurements; The SmartChannel function equipped can be extended to vertical four channel or horizontal eight channel, suitable for multi port parallel testing and high-order MIMO performance verification.
Multi standard compatibility and forward-looking adaptationIt can cover multiple standards such as 5G FR1, Wi Fi 6E/7/8, V2X, NB IoT, etc. It supports the generation and analysis of 4096QAM and ultra wide bandwidth signals, which can meet the testing needs of next-generation wireless communication technology.
High power output and OTA adaptationThe output power can meet the usage requirements of OTA testing scenarios without the need for additional external amplifiers, and can support the verification of device radiation performance and communication quality in multipath propagation environments.
Efficient calibration and remote integrationBuilt in self calibration function, supports on-site calibration, can ensure long-term measurement accuracy of equipment; Compatible with SCPI instruction set and waveform stream transmission, it can quickly connect to automated testing platforms, improving research and development and production line testing efficiency.
Flexible Function ExpansionAdopting a software defined architecture, the system support range, intermediate frequency bandwidth, waveform memory, and MIMO testing capability can be expanded by selecting relevant options, which can adapt to the differentiated requirements of different testing stages.
Wireless communication research and development verificationIt can generate and analyze broadband signals of 5G FR1, Wi Fi 7/Wi Fi 8 and other standards, comprehensively verify the EVM, spectrum characteristics, transmission power, and MIMO performance of devices such as terminals, base stations, and wireless APs, and support testing of high-order modulation technologies such as 4096QAM.
Batch testing of Wi Fi 7/8 production lineRelying on the parallel testing capability of 16 RF ports and the fast configuration switching function of SmartChannel, it can meet the production testing target of EVM ≤ -38dB under 4096QAM modulation for Wi Fi 7 devices, and also adapt to synchronous detection of multiple tested devices.
Vehicle mounted electronic V2X testingCapable of simulating 5G-V2X side link signals in the 5.9GHz frequency band, testing the spectrum indicators, transmission power, and anti-interference performance of vehicle mounted wireless terminals, and adapting to the research and production line testing of vehicle mounted wireless communication systems.
OTA and multipath environment verificationHigh output power can directly drive OTA darkroom equipment, supporting MIMO multipath propagation simulation and device radiation performance testing to verify the communication quality and stability of communication equipment in actual propagation environments.
Testing of low-power devices in the Internet of ThingsIt can adapt to low-power IoT standards such as NB IoT and LoRa, providing accurate measurement of RF parameters in non signaling mode, and supporting the research and development, debugging, and batch factory testing of IoT terminals.
Electromagnetic compatibility pre-testIt can generate broadband interference signals and work with power amplifiers to build a radiation immunity pre-test environment, assisting R&D personnel in identifying electromagnetic compatibility hazards of products in advance and reducing product certification risks.
