Best PoE cameras for Frigate NVR

A camera that turns every passing person into a blurry ghost makes a very expensive weather report. For Frigate, start with the lens, night lighting and video streams—not the biggest “4K” badge.

For the door itself, use our local video doorbell guide to choose Reolink PoE or wired Wi-Fi and turn a button press into a phone snapshot.

Choose the EmpireTech IPC-T54PRO-ZE for the most flexible first camera. Its motorized lens lets you frame the area you care about, and it offers both infrared and warm lighting. Choose the Color4K-T-S2 for a large-sensor color view at night, or the Reolink RLC-520A for a straightforward fixed-lens start. The RLC-810A is a conditional choice for a 4K daylight view, with an H.265 playback trade-off.

This research-based guide uses maker specifications and Frigate/Home Assistant documentation.

The camera shortlist

All four cameras below use wired Ethernet with PoE. The sensor formats, lens options and lighting come from the makers; the recommendations match those features to a job.

Camera	Resolution / sensor format	Lens and shape	Night lighting	Frigate stream choice	Pick it for
EmpireTech IPC-T54PRO-ZE	4MP / 1/1.8-inch	2.7–12mm motorized; turret	Infrared and warm LEDs	H.264 main and a suitable lower-resolution stream	Best all-rounder and best varifocal
EmpireTech IPC-Color4K-T-S2, 2.8mm	8MP / 1/1.2-inch	2.8mm fixed, F1.0; turret	Warm LEDs; no infrared illuminator	H.264 main; consider its higher-resolution third stream for detection	Best night-color specification
Reolink RLC-520A	5MP / 1/2.7-inch	Fixed lens; compact turret-style body	Infrared	Use Frigate’s Reolink wizard; it recommends HTTP-FLV for this resolution	Basic fixed-lens pick
Reolink RLC-810A	8MP / 1/2.7-inch	Fixed lens; bullet	Infrared	H.265 main over RTSP; validate playback first	Conditional 4K daylight option

Sources: EmpireTech varifocal specifications, Color4K-T-S2 specifications, RLC-520A specifications, RLC-810A specifications and Frigate’s Reolink configuration guide.

The Reolink pages cover multiple lens variants. Choose the field of view you need from the exact listing rather than treating every RLC-520A or 810A as the same lens.

Why PoE beats Wi-Fi for Frigate

Frigate wants a continuous video feed. Your camera must keep sending frames while the rest of the network gets on with streaming, downloads and everything else. Frigate’s hardware guide discourages Wi-Fi cameras because their streams are less reliable and can lose connections or video data, particularly as camera counts grow.

PoE gives you data and power through one Ethernet cable. Put the cameras on a PoE switch, connect the switch to your network, and give your Frigate host access to the streams. You can place a camera where its view works instead of hunting for both a power outlet and a strong wireless signal.

For a small start, the TP-Link TL-SG1005P has five Gigabit ports, four of them supplying PoE, with a cited 15.4W per-port limit and 65W total PoE budget. Use the remaining port for the network uplink. It is fanless and unmanaged: a tidy power-and-data box, with no VLAN configuration menu. If you want managed isolation or more ports, start with the small-lab switch and NIC guide.

For the Color4K-T-S2, four cameras at the maker’s 9.6W maximum PoE input total 38.4W; the PoE switch guide’s chosen 25% planning allowance brings that to 48W, inside the 65W total. TP-Link’s overview specifies 802.3af/15.4W per port even though its technical table also lists at/af. Use that conservative profile here: choose a verified PoE+ switch for the T54PRO-ZE, which requires 802.3at. The PoE switch comparison checks the standard, individual port limit, port count and shared budget separately.

Best all-rounder and varifocal: EmpireTech IPC-T54PRO-ZE

Buy this when you want to decide the framing after you mount the camera. Its 2.7–12mm motorized varifocal lens lets you move from a wide overview toward a tighter view without replacing the camera. Aim at the approach you actually care about; filling the picture with distant sky and empty paving gives Frigate little useful detail.

The 4MP, 1/1.8-inch sensor, infrared lighting and warm LEDs make this the most adaptable combination here. You can choose infrared for a monochrome night view or use visible light for color. The maker specifies 802.3at PoE+, so give it a compatible power source.

It is also our varifocal pick. You gain more from a lens that fits your scene than from forcing a different winner into every badge. This is a stationary camera with adjustable zoom and focus, rather than a PTZ that follows someone around.

For Frigate, choose ordinary H.264 encoding and a suitable lower-resolution stream for detection. The maker lists multiple streams, including higher-resolution secondary options. Pick the stream by the resolution it actually produces; “substream” alone tells you surprisingly little.

Best night-color specification: EmpireTech Color4K-T-S2

Choose this for a wider color overview with useful ambient light, or where you are happy to use its warm LEDs. Its 1/1.2-inch sensor and F1.0 lens are the reasons to look at it—not simply the 8MP output. Frigate’s camera guidance puts larger sensors ahead of headline resolution for night imaging.

The linked configuration is the 2.8mm model. It uses warm visible illumination rather than an infrared illuminator. If you want a dark-looking scene lit only by IR, choose the T54PRO-ZE or one of the Reolinks instead.

Also pay attention to distance. EmpireTech publishes a 5m close-focus distance for the 2.8mm lens. This is a better fit for an overview than a face filling the frame right beside a doorway. Pick your mounting position with that in mind.

Its stream choices matter too: the maker lists a low-resolution D1 substream and a higher-resolution third stream. For small people farther from the lens, use that higher-resolution option and tune it to Frigate’s needs. A tiny detect feed saves decoding work, but it also leaves fewer pixels on the thing you want to identify.

Basic fixed-lens pick: Reolink RLC-520A

Choose the 520A when a fixed view is enough and you want a compact camera with infrared night lighting. Its 5MP resolution also fits Frigate’s advice to stick to Reolink models at 5MP or below for a new purchase.

That recommendation comes with a useful setup shortcut. In Frigate’s camera wizard, select Reolink manually and let it choose the recommended stream type. For cameras at this resolution, current Frigate documentation recommends HTTP-FLV, carrying H.264, rather than making you experiment with a generic RTSP template.

Enable HTTP in the camera’s advanced network settings before using that path. Where those options are available, Frigate recommends On, fluency first and Interframe Space 1x. Follow the Reolink-specific instructions for your firmware.

Where the RLC-810A fits

The 810A gives you an 8MP bullet camera, infrared illumination and a 4K main stream. Choose it for a detailed daylight view when your playback devices support H.265. Its main stream uses that codec, which has narrower playback compatibility than H.264.

Frigate’s hardware guide flags reported issues with 4K-plus Reolink cameras and prefers their 5MP-and-lower models. That makes the 520A our simpler Reolink recommendation. If you already own an 810A, try the current Reolink wizard and check recordings on your usual devices before replacing it. The wizard selects RTSP for higher-resolution Reolinks.

Sensor size, night images and camera shape

In this shortlist, 1/1.2-inch is a larger sensor format than 1/1.8-inch, which is larger than 1/2.7-inch. Read the fraction, not just the denominator. Sensor size, lens aperture, available light and exposure settings all belong in the night-image decision.

Use the camera’s recorded footage to judge movement. Walk through the view after dark, then pause the recording on a moving face. A bright still image can hide motion blur. Frigate needs a useful frame from the camera before its object detector can do anything clever with it.

A turret keeps the lens in a compact, manually aimed housing. A bullet projects out on a bracket and makes its viewing direction obvious. Neither shape decides night quality: here, the Color4K-T-S2 is a fixed-lens turret, the T54PRO-ZE is a varifocal turret, and the 810A is a fixed-lens bullet. Choose the mounting and lens together.

Your first Frigate configuration

Get one camera working before you order a fleet. Have your camera, PoE switch, Ethernet cabling and Frigate host ready. Our mini-PC guide helps with host features; use Frigate’s getting-started guide for installation and hardware decoding.

1. Power and initialize the camera. Set its credentials and enable the network services required by its Frigate setup instructions. For the Reolink wizard route, enable HTTP first.
2. In Frigate, open Settings → Global configuration → Camera management → Add Camera. Enter the camera connection details. Use Probe camera for ONVIF discovery or Manual selection for the maker template. For Reolink, use Manual selection and choose Reolink.
3. Test the proposed streams. Select the high-resolution main stream for record and add a lower-resolution stream for detect. For the Color4K-T-S2, consider its higher-resolution third stream when the basic substream leaves distant objects too small.
4. Start detection at 5fps, Frigate’s usual recommendation. Tune the detect resolution to object size. Set the camera’s recording feed to 15fps as Frigate recommends; reduce frame rate at the camera rather than decoding extra frames only to discard them.
5. Validate the preview and codec information. Choose Save New Camera to save and start it. Then open Settings → Camera configuration → Recording for that camera and turn Enable recording on.
6. Walk through the view and play the recording back. Aim for matching detect/record aspect ratios where the camera supports them. Check daytime and night footage, then tune the view before duplicating the setup.

Those steps follow Frigate’s camera wizard and stream setup guidance. The important configuration is simple: main stream → record; lower-resolution stream → detect; recording enabled. Detection still needs enough detail to see your target.

H.264, H.265 and audio

Frigate recommends H.264 video with AAC audio for the broadest compatibility with Frigate and Home Assistant. H.265 compresses efficiently but has more limited device/browser support. Try playback on your phone and dashboard before copying an H.265 setup across every camera.

The EmpireTech specification sheets list other audio codecs rather than AAC. Use the camera-specific configuration guide for audio conversion where needed. A microphone being present and a browser playing its audio are separate setup steps.

Bring the video into Home Assistant

For Reolink cameras, the Home Assistant Reolink integration operates locally and is classified Local Push. Supported entities use push updates, with polling as a fallback; other entities are polled. You can bring camera controls and events into Home Assistant without making that integration your recorder.

For Frigate events and recording access, follow the Frigate Home Assistant integration instructions. Install its integration through HACS and connect Frigate and Home Assistant to the same MQTT broker as documented. Then use your camera alongside the Alarmo guide for an optional door-alert snapshot.

Choose the host and video streams first, then use our Coral vs Hailo guide to match the detector. An Intel mini PC may already have everything you need through OpenVINO. Keep building from the Home Assistant hub.

Powering more than one camera? Our PoE switch buying guide compares camera ports, PoE budgets and VLAN controls, with calculated two-, four- and six-camera examples.