The LNK-PSE951G-SFP is a professional-grade 95W SFP PoE Injector—a single-port midspan
integrated with an SFP fiber connection port, engineered for high-power device deployment and
long-distance data transmission. As a dedicated 95W SFP PoE Injector, it delivers stable power
output of 55Vdc at 1.75A (supporting up to 95W), transmitted via full-4pairs Ethernet cables, and
is equipped with 4KV (10/700us) surge protection to withstand electrical interference in complex
environments.
This 95W SFP PoE Injector supports 10/100Base-T and Gigabit adaptive data rates, with seamless
data interoperability among its LAN port, PoE output port, and SFP fiber port—functioning like a
compact switch to bridge copper and fiber networks. It is specifically optimized for 95W high-power
PoE-powered devices (PDs), it maintains broad compatibility with IEEE 802.3af/at (PoE/PoE+) and
PoE++ compliant terminals, with built-in intelligent PD detection and classification: it only supplies
power after identifying standard-compliant devices, eliminating risks of damage to non-PoE equipment.
Designed for versatility, the 95W SFP PoE Injector operates with a wide AC input range of 100-240Vac
and performs stably under full load at temperatures from -40℃ to 65℃—suitable for harsh industrial or
outdoor scenarios when paired with an optional waterproof case. It supports reliable power-data co-
transmission up to 100 meters via Cat5e/Cat6 cables, leveraging existing wiring to reduce deployment costs,
while the SFP port extends network coverage further via fiber optic links (ideal for cross-building or long-
distance deployments).
Equipped with robust protective mechanisms and wide environmental adaptability, the 95W SFP PoE
Injector excels in complex power situations—such as industrial parks, large-scale surveillance systems,
and outdoor wireless coverage projects. By combining 95W high-power output, SFP fiber expansion
capability, and multi-standard compatibility, it offers a cost-effective, reliable solution for integrating high-
power devices into hybrid copper-fiber networks.
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