Seven splitter models that take a PoE link in and hand a non-PoE device clean data plus DC power — 5V, 12V and the other rails legacy devices actually eat.
A splitter performs the mirror operation of an injector: the PoE link arrives carrying data and power together, and the splitter separates them — Ethernet data out on one port, DC power out on a barrel or USB connector — for a device that has no PoE circuitry of its own. The installed base of such devices is enormous: older IP cameras, single-board computers, USB-powered sensors, access controllers, displays. This family of seven documented models exists to put them on PoE infrastructure anyway.
The family's most instructive model is printed plainly in the catalogue: a 10/100/1000M 5V 2A PoE Splitter with Micro USB port — gigabit data through, 5V/2A out on the connector the device world actually uses. Around it, the family covers the 12V class that cameras and controllers expect and the other documented output variants in the table. The engineering discipline of splitters is unforgiving in one specific way, which the specifying section takes head-on: voltage.
| Model (official product name) | Series | Documentation |
|---|---|---|
| 10/100/1000M 24V 1A PoE Splitter | — | Full specification confirmed per model at quotation |
| 10/100/1000M 5V 2A PoE Splitter with Micro USB port | LNK-SP5VG-USB | Specification captured from the official product page |
| 10/100/1000M 5V 3A PoE Splitter | — | Full specification confirmed per model at quotation |
| 10/100M 24V 1A PoE Splitter | — | Full specification confirmed per model at quotation |
| 10/100M 5V 2A PoE Splitter with Micro USB port | — | Full specification confirmed per model at quotation |
| 10/100M 5V 3A PoE Splitter | — | Full specification confirmed per model at quotation |
| Gigabit 10/100/1000 802.3af/at Passive Power over Ethernet (PoE) Injector+Splitter Mid-Span Kit | — | Full specification confirmed per model at quotation |
The complete PoE Splitter family (7 models) as listed in the manufacturer's catalogue. Output voltages are as printed in the official model names; connector and exact output per model are confirmed at quotation.
A splitter's output must match the device's required voltage exactly: 12V into a 5V device is destruction, 5V into a 12V device is a brown-out that looks like a network fault. The model names print their outputs; the inquiry should print the device's required voltage and connector, and the pairing is confirmed in writing.
Active splitters negotiate with the PSE like a proper powered device and only then output power; passive arrangements pass voltage blindly. For gigabit links and valuable devices, specify active — and use the inquiry to confirm the chosen model's behaviour, including what its output does before negotiation completes.
Devices draw peaks at boot and at motor/IR start. The documented 5V model is rated 2A; match the device's peak draw, not its idle draw, against the splitter's rating.
For one healthy device, the splitter, almost always: it preserves the device and the cabling. The refresh case wins when the device itself is due for replacement; the splitter is how you avoid coupling a cabling project to a device project.
The documented micro model is Micro USB. USB-C power delivery is a different negotiation; state the device and connector in the inquiry and the answer will be exact rather than hopeful.
The documented family is gigabit-rate (the 5V model is 10/100/1000M). A splitter is transparent to data at its rated speed.
Send the model name, the distance, the fiber type and the quantity. We will confirm the matching transmitter/receiver pairing, the optical module and the full specification of the exact model in writing before you pay.