Avivites, the number of simultaneous connection terminals, and sells a local 5G system "AU-650 Series" for smart factories that support handover.

Local 5G is expected in various fields, such as digitalization of important infrastructure such as smart factory, railway, and harbor, taking advantage of the features of the 5th generation communication system (5G) such as "large capacity, ultra -low delay, many simultaneous connections".It has been.Local 5G is issued a license for a local 5G wireless station according to the local needs of general companies and local governments, and a 5g communication environment is built in a spot.In particular, the frequency of the six sub -bands with a wide cover area is expected for factory applications.Avit has participated in the 5G demonstration experiment conducted by public research institutions and has gained experience with 5G development.Taking advantage of this experience, 4 in 2018.Developed a 5G evaluation system that operates in the 6GHz band, develops and sells a large-scale machine type (MMTC) local 5G verification machine au-100 series, and in 2020, a local 5G verification machine au-500 series.It is adopted in many demonstration experiments.However, in the previous local 5G demonstration experiment, it was limited to basic wireless performance evaluation, such as survey of wireless radio wave propagation and evaluation of throughput by single connection.

Avibit's newly developed and sold "au-650" is optimized for demonstration experiments for the entire system that is essential for commercial services.The "au-650" has a small communication capacity of 300Mbps and the number of terminals that can be connected to 100, making it possible to evaluate system performance when a large number of terminals are connected, and the area.It is also possible to evaluate performance when handover when multiple base stations are installed to enlarge.Furthermore, it is also possible to measure the RSSI (RSSI: Received Signal Strength Indicator) and incorrect rates (Block Error Rate).