At a Glance
Frigate changed how I think about security cameras. Once you have a box running local AI object detection, the camera itself stops being the smart part of the system. You do not want a camera with its own opinionated app, its own subscription, or its own flaky cloud AI. You want a dumb camera with good glass and a clean RTSP stream, and you let Frigate do the thinking.
That single realization saves you money and heartache. The expensive AI cameras are solving a problem Frigate already solved better. So this guide is about the cameras that get out of Frigate’s way: cheap, reliable, PoE, and RTSP-first. I run several of these on my own network feeding a Frigate instance with a Coral TPU, and I have pulled apart enough camera setups to know which ones cause trouble.
If you want the broader local-camera picture beyond Frigate, my best outdoor security cameras for Home Assistant guide covers the on-camera-AI options too. This post is specifically about feeding Frigate.
What Frigate actually wants from a camera
Before the picks, understand the shopping criteria, because they are not the same criteria you would use for a standalone camera.
A clean RTSP main stream and a low-res substream. Frigate does the smart thing of running detection on a small substream (usually 640x480 or so) and only recording the full-resolution main stream when it sees an object. A camera that exposes both a high-res and a low-res RTSP stream lets you do this without transcoding, which keeps your CPU idle. Almost every camera here does this.
H.264 on the detect stream. You can record the main stream in H.265 to save disk, but the substream Frigate detects on should be H.264. It decodes cleanly everywhere and plays nicely with go2rtc for live view. Cameras that force H.265 on everything create friction.
PoE, not Wi-Fi, not battery. Frigate wants a 24/7 stream. Battery cameras sleep to save power and drop the stream, which defeats continuous detection. Wi-Fi works but chokes in the far corners of a property. One Cat6 run gives you power and a rock-solid feed. This is non-negotiable for a serious build.
No mandatory cloud. If the camera refuses to give you RTSP without an app login, walk away. Everything on this list gives you a local stream with a username and password and nothing else.
Best budget pick: Amcrest IP5M-T1179EW
The Amcrest IP5M-T1179EW is the camera I have recommended more than any other for a first Frigate build. It is a 5MP turret PoE camera, it is in the Frigate hardware docs, and it has been a community staple for years for one reason: it does exactly what a Frigate camera should and nothing it should not.
You get genuine ONVIF compliance, a clean dual RTSP stream, a proper IP67 weatherproof rating, and night vision that punches above the price tier. There is no useless on-camera AI trying to upsell you, no subscription nag, no cloud dependency. Around $70, it is the cheapest camera I would actually trust on my own house.
The trade-off is honest: no on-camera person detection and no spotlight. That is fine, because Frigate is doing the detection and doing it far more accurately than any 5MP camera’s built-in model would. The Amcrest’s job is to hand Frigate a crisp stream, and it does that flawlessly.
Best value at 4K: Reolink RLC-810A
If you want 4K resolution without stepping up to pro-grade prices, the Reolink RLC-810A is the sweet spot. It is an 8MP PoE bullet camera with clean RTSP and ONVIF, and it happens to also run its own person and vehicle detection on-camera. That on-camera AI is genuinely useful as a fallback, but with Frigate you will mostly ignore it and let the Coral do the work.
Reolink cameras have a reputation for being fussy in Frigate, and there is truth to it: some models default to H.265 and some firmware versions restrict substream resolution. The fix is well documented. Set the main stream to H.265 for recording, force the substream to H.264, and point Frigate’s detect role at the substream. Once configured, the RLC-810A is a rock-solid 4K feed for around $85.
I run one of these covering a driveway, and the extra resolution genuinely helps Frigate read license plates and tell a delivery person from a neighbor. For a wider look at the Reolink lineup and how it integrates locally, the outdoor cameras guide goes deeper on the RTSP-first Reolink models.
Best optics: Dahua IPC-HFW2831T-ZS Starlight
When the community says “buy a dumb camera with great glass,” they are usually pointing at Dahua Starlight. The Dahua IPC-HFW2831T-ZS is an 8MP camera with Dahua’s Starlight low-light sensor and a motorized varifocal lens, which means you can zoom and focus remotely to frame a scene exactly. The low-light performance is a real step above the budget picks: in near-darkness it produces usable color where cheaper cameras drop to noisy black and white.
This is the enthusiast pick. It has no consumer app hand-holding, the web interface is utilitarian, and you will spend ten minutes in the RTSP settings. But the image quality is the best on this list, and Dahua’s clean streams are exactly what Frigate wants. If you are building a system you will keep for a decade and you care about identifying faces at your property line, this is the camera. Around $130 depending on the seller.
The part everyone forgets: the Coral TPU
The camera is only half of a Frigate build. The other half is the detector. Frigate runs object detection on every substream frame, and doing that on a CPU pins even a decent mini PC once you pass two cameras. The fix is a Google Coral USB Accelerator, a small USB stick that runs inference in about 8 milliseconds per frame and drops your CPU usage to near nothing.
With a Coral, a cheap Intel N100 mini PC handles six or more cameras at 5 to 10 percent CPU. Without one, that same box would be maxed out at two. The Coral is the single highest-leverage purchase in a Frigate build, and I would buy the camera and the Coral in the same order. If you are running Frigate inside Home Assistant OS, the Frigate add-on and Coral setup walks through the whole thing.
Stock has been inconsistent for years, so if you see a Coral in stock at MSRP, grab it. The M.2 and PCIe versions exist too, but the USB stick is the least fiddly for most builds.
A quick note on cameras to avoid
Skip anything that markets its own cloud AI as the headline feature: Ring, Nest, Wyze, Eufy’s cloud tiers, most Blink hardware. They either hide RTSP behind a subscription, break their local integration every few app updates, or refuse local streaming entirely. Frigate makes their expensive AI redundant, and their locked-down design fights you the whole way.
Also be careful with no-name AliExpress cameras that claim ONVIF. Some work beautifully and some ship broken RTSP that stalls Frigate randomly. The three cameras above are boring, proven, and documented by the Frigate community, which is exactly what you want in hardware bolted to your house.
Tuning Frigate once the cameras are in
Getting a clean stream is step one. Getting Frigate to stop crying wolf is step two, and it is where most people give up. Two settings fix ninety percent of false alerts. First, draw tight motion masks over anything that moves but is not a threat: tree branches, a flag, a busy street in the background, timestamp overlays. Frigate ignores motion in masked zones, which cuts wasted detection cycles and false triggers dramatically.
Second, define zones and require objects to be inside them before you alert. A person walking on the public sidewalk is not the same event as a person on your porch. Draw a zone around the porch, the driveway, and the walkway, and build your Home Assistant automations off zone entry rather than raw detection. This is the difference between a camera system you trust and one whose notifications you learn to ignore.
Finally, set your record retention deliberately. Frigate’s record config lets you keep 24/7 footage for a few days and keep detection events far longer. On a 4 TB drive I keep three days of continuous recording plus 30 days of events across five cameras with room to spare. Motion-only or event-only recording stretches that storage much further if you do not need continuous coverage. Point Frigate at a NAS share over NFS and your recordings live safely off the detection box, which also makes upgrades painless. All of this runs entirely on your own hardware, with no monthly fee and no footage sitting on a company’s server waiting to be subpoenaed or breached.
The Bottom Line
Frigate flips the camera-buying equation. You are not buying intelligence, you are buying good glass and a clean stream, and letting your own hardware do the smart part locally. That means cheap dumb PoE cameras win, and the subscription-hungry brands lose.
Start with the Amcrest IP5M-T1179EW if you want the cheapest camera that just works. Step up to the Reolink RLC-810A for 4K on a budget, or the Dahua Starlight if optics and low light matter most. Whichever you pick, buy a Coral USB Accelerator in the same order and put every camera on an internet-blocked VLAN. Do that and you will have a local, private, subscription-free camera system that quietly outperforms anything the cloud brands sell, and you will own it outright.