With the increasing data acquisition devices deployed at the edge networks, it is required to create a reliable, wired and wireless communication environment that extends the power of edge computing to remote areas, moving vehicles, distributed branches and edge data centers. Edge connectivity platforms have proven to be the answer in addressing the performance and connectivity bottlenecks toward applications requiring high degree of computing and wireless communication.
As the leading hardware platform provider for networking and intelligent edge computing, Lanner provides a full range of ruggedized edge connectivity platforms that consolidate high performance computing and cutting-edge wired and wireless communications – such as PTP, multi-WAN, Wi-Fi 6, and PoE+ – to support low-latency, edge-to-cloud IT and OT communications.
5G is 50x higher speed and 1,000x larger capacity than 4G-LTE, allowing it to provide better connectivity and higher performance to more devices, hence making it ideal for industrial usage, especially outdoor applications such as bullet train or autonomous vehicle.
As a central control computer for electric buses, V6S connects various devices to offer intelligent services to drivers/passengers and communicate with the control center.
Wi-Fi 6, a high-efficiency version of WLAN with backward compatibility, delivers lower latency and 4x higher speed than its predecessor. This allows Wi-Fi 6 to provide better coverage range in indoor scenarios such as homes, offices, conference rooms, and on every floor and in every room.
PoE allows system integrators and network installers to deploy powered devices in remote locations that lack electrical circuitry, by simply plugging in network cabling to the proper equipment to function.
Featuring lightweight packet structure with minimal bandwidth and little processing overhead, the IEEE-1588 Precision Time Protocol (PTP) provides time synchronization accuracy between computers down to nanosecond levels.
Intel Tofino P4 programmable ASICs provides 3.2TB switching capability. Through this programmable, intelligent forwarding plane, the switch ASIC can accelerate high-priority applications and packet processing for latency-sensitive workloads.