Please type a search term (at least two characters)
NPL researcher gives an invited talk at the Electronic Measurement Instrument Institute in China
Traffic on telecommunication networks is currently growing by around 40 % each year and will soon lead to a capacity crunch unless new technologies are introduced to maintain quality and prevent network disruption. MIMO (multiple-input multiple-output) antenna transmission is a technology that offers increased capacity and quality of telecommunication networks.
Chong Li’s talk, entitled ‘Development of 4G/5G MIMO OTA Test Platform Using Software-Defined Radio’ was given at the 41st Institute in Qingdao, China, on 6 September 2016. He described the MIMO test platform developed in EMRP project Metrology for optical and RF communication systems (IND51 MORSE), which is under further development in EMPIR project Metrology for 5G communications (14IND10 MET5G). These two projects aim to develop the traceable methods for the MIMO transmission and power measurements.
The 41st Institute is the largest test instrument manufacturer in China and its products include spectrum analysers, vector network analysers and many other instruments. Chong Li also met the CTO of the 41st Institute, Prof Fushun Nian, and discussed potential areas for collaboration.
Results from a completed EMPIR project will have impact in the nuclear industry and laboratories around the world measuring radioactive material more
Ultra-high voltages are being used in a range of fields but until recently lacked the instrumentation and standards to ensure confidence in their use ... more
European Metrology Network held first meeting with over 100 participants more
EMPIR project develops optomechanical sensor for nanoscale and quantum thermometry more
German Delegate started 3-year term at the General Assembly 2021 more