Seven extender models across the industrial and standard families — including an IP67 waterproof gigabit unit — that re-drive data and PoE beyond the standard channel.
Ethernet's 100-metre channel is a hard edge, and PoE inherits it: beyond 100 m, neither the data nor the power budget survives the cable. An extender (the same device class the market also calls a PoE repeater) sits at the end of a channel, re-drives the data, re-presents the power, and starts a fresh channel — so a camera at 200 or 300 metres is two or three honest hops instead of one impossible run. This combined family of seven models covers the pattern in standard and industrial form, headlined by an IP67 Waterproof Industrial Gigabit PoE Extender built to live outdoors at the midpoint, not in a cabinet.
The midpoint is the design fact that shapes everything about extenders. The unit sits where the cable reaches — a pole, a junction box, a ceiling void — usually without local power, because if power were there, the camera would not need PoE. Extenders therefore power themselves from the PoE they pass, take their small cut, and pass the rest on. That physics sets the real engineering question of this page: the power budget across hops.
| Model (official product name) | Series | Documentation |
|---|---|---|
| IP67 Waterproof Industrial Gigabit PoE Extender 1 Input 1 Output | LNK-WP-IPE101 | Specification captured from the official product page |
| IP67 Waterproof Industrial Gigabit PoE Extender 1 Input 2 Output | LNK-WP-IPE102 | Specification captured from the official product page |
| Industrial 1-Port 802.3at PoE+ to 4-Port 802.3af/at Gigabit PoE Extender | — | Full specification confirmed per model at quotation |
| Industrial 1-Port 802.3bt PoE++ to 4-Port 802.3af/at Gigabit PoE Extender | — | Full specification confirmed per model at quotation |
| 10/100/1000M PoE Extender 15.4W | LNK-GP | Specification captured from the official product page |
| 10/100M 1-Port PoE Extender & 4-Port PoE Extender | — | Full specification confirmed per model at quotation |
| Water-Proof Outdoor Industrial Gigabit PoE Extender | — | Full specification confirmed per model at quotation |
The Industrial PoE Extender family (4 models) and PoE Extender family (3 models) combined, as listed in the manufacturer's catalogue.
Each hop consumes some of the PSE's budget and the cable takes its share in voltage drop. The chain is designed from the device backwards: device peak draw, plus per-hop consumption, plus margin, must fit the feeding PSE's class (which is why long chains pair naturally with the bt-class injectors elsewhere in this catalogue). State the device and the total distance; the hop count and PSE class come back confirmed.
Midpoints on poles and walls get wet. Either choose the documented IP67 unit for exposed midpoints or budget a rated enclosure for a standard unit — and state which in the inquiry, because it changes the model shortlist.
Each hop adds a failure point and a power tax. For very long powered runs, compare honestly against a fiber spine with local power at the far cabinet — the CCTV architecture page shows that pattern. Extenders win on simplicity up to a few hops; fiber wins beyond.
In this market, yes: PoE extender and PoE repeater name the same hop device. The catalogue lists the family as extenders; the function — re-driving data and re-presenting power for a further channel — is what to specify.
No — that is the point. Extenders are powered from the PoE passing through them. Only the head end (the PSE) needs power, which is why the head-end class matters.
The headline industrial model is documented as gigabit. Rate per model is a confirmation item; state your required rate in the inquiry.
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.