Gigabit USB Type C Active PoE Splitter 48V to 5V 2.4A

I bought 3 of these adapters and they all work, and work the same way. They do what I need, 5V @ >1A. Pro: — Runs Raspberry Pi 4 @5W, required for boot-up and heavy processing (all 4-cores @100%) — Works with Raspberry Pi 4 Pre-v1.2 USB-C connectors (CC lines wired together, not separate as required, newer RP4's do it right) — Convenient small size, light weight — Will charge my cell phone using a µ-USB adapter — Provides the higher current needed to run the RP4 reliably. My laptop Type-A USB ports don't provide enough power, and my pre-v1.2 RP4 won't power off the USB-C port, because it is wired incorrectly. This makes this higher power adapter necessary for my application(s). Con: — USB-C is 5V only, won't negotiate to higher voltages. — No real con, except the green light on the Ethernet port never lights. I couldn't decide if this is an Ethernet activity light, or a USB-C connected light. Either way, nothing I do makes this light turn on. Wondering what it's for?

Mine powered my RPi4 up right out of the bag, and so far, no issues. My Edgeswitch powered it automatically, and shows 1Gb connection. I looked at a lot of case & POE hat options, before seeing the Argon One & deciding that was the way I wanted to go. It doesn't allow for POE though. This isn't quite as sleek, but it is way more versatile!

I have an MR6400 Netgear 5G modem I wanted to run on PoE. This adapter worked with my Unifi USW-Pro-48-PoE switch and powered the modem perfectly. Would recommend.

I have several Unifi wifi cameras on our home security system that I want installed but as one might expect, where I want them I don't have power. Came across these while doing some research and according to the spec sheet, the splitter plugs into the camera and my ethernet cable into the back. Should be quick and easy and a test on my work bench was a success with my Unifi system recognizing and adopting the camera. Saves me a bit of money as the Unifi wired cameras are a bit more and currently out of stock.

Got these so I could use PoE with 5 x 1st gen Google WiFi points. My house is wired for cat 5E so I was able to power them from a central location using a PoE switch and have a UPS connected to the switch so they don't go out when the power flickers in my rural area. So far it works great and the speeds did not change.

I got 3 of these to use with my Google WiFi mesh nodes, and they worked brilliantly! They each have a "link" light and what looks like an activity light, but that never flashes. My switch is an Aruba S2500. This has been a really nice, cost effective way to reduce cable clutter.

I bought 2 of those for my Google Wifi(1st Gen) set up. I wanted to mount the routers on the ceiling without having to run extra wires, just one cat 5e and thats it. Plugged my cat5e coming from my poe switch and the router powered up and data connection was strong.

This device has NO PROTECTION against current on the ground circuit! We were using this to power remote streaming devices in several rooms. A couple of these rooms have self-powered speakers (built-in amplifiers) that connected to the streaming device (powered by these adapters). Power was able to flow from the PoE switch, through the adapter to the ground of the device, then from that device's ground back to the AC ground of the house! These should NOT allow current to flow through the ground/shielding on the PoE cable! It would have been preferable that the ground/shielding was not connected, rather than risking a fire by allowing current to travel back it to ground. DO NOT use these devices to power anything that will be connected to another device that has it's own power. It can cause a fire!!

I use this with my Philips Hue hubs and it works perfectly. So good to get rid of a bunch of power cables and free up some slots. Have been using them for just on one year now with no problems at all.

Utilisé pour alimenter un Raspberry Pi 4 sans avoir à utiliser de prise électrique (juste un switch ethernet POE). Fait son travail. Pas de perte de performance pour le réseau. Alimentation suffisante pour le Pi et des périphériques USB3 (comme un disque dur sans alim).

Great little things ! they convert POE to 5V USB C, you cant get different types also POE to barrel plugs of different sizes and different USB types, there handy on the device end, they do run quite hot 35/40 Celsius ambient temperature defendant of course, I have around 2/3 of them and I have not had any fail over the past year, there good value for money.

Sto realizzando un piccolo sistema di videosorveglianza per una seconda casa. Per fare sia da router che da server per le telecamere ho comprato un Raspberry Pi 4 da 2GB (qualsiasi altra versione sarebbe stata adatta allo scopo ma quella era la più economica). Avendo già tutte le telecamere alimentate da uno switch PoE e mi sono detto "tanto vale alimentare anche il Raspberry Pi così e avere solo un cavo di alimentazione che va allo Switch". Sapevo però che i vari HAT PoE fanno aumentare di più di qualche grado la temperatura della scheda e che il Raspberry pi 4 già di per sé non è freschissimo, così ho deciso di optare per questa soluzione esterna. Per ora posso dire che funziona senza problemi e sembra ben costruito. Speriamo nella durata. Aggiornamento: Funziona da mesi ininterrottamente senza problemi.

Für mich ist es einfacher, einen Raspberry Pi 4B mit PoE statt mit einem Netzteil zu betreiben. Ja, es gibt diverse Heads, aber die würden nicht in mein verwendetes Gehäuse passen. Also habe ich mich für den PoE Splitter entschieden, vor allem wegen dem guten Preis. Also Raspberry Pi herunterfahren und den PoE Splitter statt dem Netzteil angeschlossen, kurz später war der Raspberry Pi wieder online und läuft seit dem vor sich hin! Der PoE Splitter wird aktuell etwas mehr als Handwarm und zieht laut Switch (Ubiquity) meistens um die 2,95W. Das Gigabit wird durchgereicht und auf den ersten Blick kann ich keinerlei Einschränkungen feststellen.