In the 5G area, everything is interconnected and will change our lives in the future. Mainstream communication technology will greatly enhance the application of the Internet of Things. Huastlink has tailor-made an OpenWRT high-end 5G industrial-grade router HC-G80 release on January 1st!
HC-G80 supports 5G NR and sub-6GHz frequency bands; supports the highest rate Cat16 and supports independent SA and NSA (non-independent) network deployment. In 5G mode, it can achieve download speeds of up to 2.4Gbps and upload speeds of up to 900Mbps. It also supports multiple VPN protocols (OpenVPN, PPTP, L2TP, etc.) to ensure the security of data transmission; the CPU frequency is strongly upgraded. : 1.3GHZ dual-band, stronger hardware, 128MB Flash, 512MB RAM, faster and more stable.
HC-G80 industrial router has rich product interfaces; it supports mutual backup of WAN port and 5G, and mutual backup of wired network and 5G. It supports 8 LAN ports, 1 WAN port, 1 Console port, and 2 SIM card slots for load balancing. 1 DC power supply interface and 1 terminal power supply interface, which can accept ultra-wide voltage 9V-60V power supply requirements.
Product main functions:
* Supports 5G/LTE/3G/PPPoE/DHCP/static address and other communication methods, wired and wireless backup each other
* Support APN data secure transmission
* Supports mainstream protocols such as L2TP, PPTP, OpenVPN, Wireguard, etc.
* Supports DHCP server, DHCP, DDNS, firewall, NAT, DMZ host, QoS, traffic statistics and other functions
* Supports TCP/IP, UDP/IP, HTTP, and other network protocols
* Support SPI firewall, DoS attack prevention, VPN, port mapping, DMZ mapping and other functions
The application of 5G communication technology will have a huge impact on all walks of life. Huastlink 5G industrial-grade router HC-G80 can provide faster access rates, low latency and high-density device access capabilities. Break through the limitations of geography and single industry and promote the upgrading of social production structure. HC-G80 will be widely used in IoT transmission fields such as smart factories, smart medical care, Internet of Vehicles, artificial intelligence and smart cities.
