Samsung has announced completing a 5G proof on a relocating sight in partnership with Japanese telecommunications conduit KDDI, achieving rise speeds of 1.7Gbps as good as downlink/uplink handover.
Samsung’s pre-commercial 5G resolution — incorporating a 5G router, 5G radio entrance unit, virtualised RAN (vRAN), and virtualised core — was used for a test.
The sight was travelling faster than 100km/h between dual stations in Saitama, Japan, with any hire around 1.5km away. The tests enclosed 8K video being downloaded by a 5G router on-board, and 4K video filmed from a camera atop a sight being uploaded.
According to Samsung, a tests uncover how 5G could be used by high-speed sight passengers, including as backhaul for on-board Wi-Fi, and for softened newcomer party and information services with confidence and analytics built in.
“In partnership with Samsung, KDDI has non-stop adult a probability for new 5G straight business models, such as a high-speed train,” pronounced Yoshiaki Uchida, KDDI comparison handling executive officer.
“With 5G approaching to move railway services to a whole new dimension, a success of today’s proof in bland locations such as a sight and a sight hire is an critical miracle indicating 5G commercialisation is near.”
Uchida pronounced KDDI aims to launch 5G by 2020, and will continue researching and trialling use cases, spectrum bands, and technologies with Samsung, that it has worked with on millimetre-wave (mmWave) 5G solutions given 2015.
Samsung has also been working with SK Telecom on 5G trials, in Sep announcing a initial handover between 2.6GHz spectrum 4G LTE and 28GHz and 3.5GHz spectrum 5G networks.
SK Telecom and Samsung had built a 4G and 5G radio hire with practical core networks regulating opposite spectrums nearby a carrier’s domicile in Euljiro, Seoul, regulating a tests to tide 360-degree practical existence (VR) video from a HQ to a relocating vehicle.
Samsung also partnered with Charter Communications in a United States for a array of 5G lab and margin trials to weigh a use of mmWave spectrum during a 28GHz rope in September.
The wiring hulk is likewise collaborating with Sprint on modernized mobile networking, as good as with Verizon, T-Mobile, and ATT.
Verizon in May deployed a first 5G hearing network regulating Samsung vRAN solutions, Samsung 5G radio bottom stations, and Samsung 5G routers in Ann Arbor, Michigan, and in a telco’s remaining 10 5G hearing networks in Atlanta, Georgia; Bernardsville, New Jersey; Brockton, Massachusetts; Dallas, Texas; Denver, Colorado; Houston, Texas; Miami, Florida; Sacramento, California; Seattle, Washington; and Washington DC.
ATT is likewise creation use of Samsung’s 5G router, 5G radio magnitude integrated circuit (RFIC) chipset, virtualised core, and vRAN in a network deployments in 20 metro areas opposite a US.
Samsung and T-Mobile worked on 5G lab tests and margin trials via 2017 regulating Samsung’s 5G proof-of-concept beam-forming record in outside trials, as good as a pre-commercial complement in multiple with T-Mobile’s 28GHz mmWave spectrum.
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