Jaguar Wave used mmWave wireless technology to complete the mmWave Gigabit wireless networking in Shenzhen Tinno Building, which reduced the network construction time, saved labor cost and made the subsequent networking flexible and convenient.
Challenge
Tinno Group has focused on the layout and development of 5G in recent years, the leaders hope to realize mmWave network coverage in the new office building which in Nanshan District, Shenzhen, and demonstrate advantages of mmWave in office wireless networking application.
Solution
Bases are centralized deployment in the corridor area to avoid the interference of channel and direction, connecting the data of computer room;
Relays are deployed on the beam, connecting with Base and Dock. Each Relay can access up to 4 Docks, and uses 4 channels to avoid interference;
Docks are installed on the desktop, connected to terminals via wired or wireless (WiFi6).
Results
The farthest wireless transmission distance between Base and Relay in the office reaches 150 meters, and the throughput rate reaches above 1.8Gbps; the coverage area radius of Relay can reach 7 meters, and the throughput rate of Dock accessed under this coverage reaches 1Gbps; the bandwidth of the computer connected to Dock can exceed 500Mbps.
The mmWave wireless link can replace CAT 5E/CAT 6E or optical fibers, saving a lot of tedious construction and costs; the device is easy to install and disassemble, and can be flexibly deployed according to the later office layout.
mmWave signal can be converted into wired, wireless (WiFi5/WiFi6) or optical fibers by accessing to other network devices, without changing the existing network environment, and has strong scalability.
The 5G mmWave device is small and light, easy to install and deploy, the flexible networking brings great convenience to property management. Enterprises can complete high bandwidth (>1Gbps), low latency (<1ms), and anti-interference office network coverage at a lower cost, which is very suitable for start-up or high-speed development enterprises.
