The LNK-POE56V is a dedicated 56VDC 35W 10/100/1000M Gigabit POE Injector, engineered to supply
stable operational power to PoE-powered devices (PDs) while
supporting high-speed data transmission.
As a professional 56VDC 35W 10/100/1000M Gigabit POE Injector, it targets core application scenarios
including surveillance systems and wireless LAN deployments—ideal
for powering infrared-enabled dome
/PTZ cameras, dual-band WiFi 6 access points, wireless bridges, and
network routers that demand up to
35W of power.
This 56VDC 35W 10/100/1000M Gigabit POE Injector integrates power injection and gigabit data transmission
in one unit: it enables 56VDC current to travel alongside network
signals on standard Ethernet cables, eliminating
the need to directly connect independent power supplies to wireless
LAN devices or surveillance cameras.
With 10/100/1000Mbps gigabit adaptive data transmission capability,
it ensures seamless synchronization of
high-bandwidth data (e.g., 4K video streams from cameras) and 35W
stable power, with no mutual interference
between signals and electricity.
A key advantage of the 56VDC 35W 10/100/1000M Gigabit POE Injector lies in its deployment efficiency: it
merges power and data onto a single Cat5e/Cat6 Ethernet cable,
drastically reducing the need for extra power
lines, cable management costs, and on-site installation manpower.
Compatible with existing network infrastructures,
it supports plug-and-play operation—no complex software
configuration required, allowing rapid deployment in small-
to-medium enterprises, campus surveillance, and retail store
wireless coverage.
Built for reliability, this injector maintains precise 56VDC output
and integrates basic protective mechanisms
(overcurrent and short-circuit protection) to safeguard both the
device itself and connected PDs. Whether
powering a distributed camera array or a multi-zone WiFi network,
the 56VDC 35W 10/100/1000M Gigabit
POE Injector balances high-power supply, gigabit data speed, and
cost-effectiveness—delivering a practical
solution for integrating power and network connectivity.
