Reolink RLC-810A Review: PoE Camera for Frigate with Solid 4MP at Budget Price
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The Reolink RLC-810A{rel=“nofollow sponsored noopener noreferrer”} sits in a sweet spot for self-hosted builders: sub-$100 price, true PoE power, 4MP resolution, and no proprietary cloud requirement. If you’re building a local Frigate NVR system and want solid baseline coverage without breaking the bank, this camera deserves a close look.
Specs That Matter for Frigate
The RLC-810A delivers 4MP (2560×1920) at 25 fps over PoE. That’s enough resolution for face identification at 8–10 feet and license plate reads at 15–20 feet if lighting is decent. The 3.6mm fixed lens gives you a horizontal field of view around 78°—standard for perimeter work, not ultra-wide. IR range hits about 30 meters in darkness, which is typical for this price tier and sensor size.
Codec support is H.264 and H.265. H.265 cuts bandwidth roughly in half compared to H.264 at the same quality, which matters if you’re recording 24/7 to modest storage. Frigate handles both natively.
Power consumption: ~5–6W over PoE. This is important if you’re daisy-chaining multiple cameras on a single PoE switch port or running long cable runs with voltage drop concerns.
What Works
Frigate compatibility is bulletproof. No authentication headaches, no vendor-specific rtsp quirks. The stream URL is straightforward: rtsp://[camera-ip]:554/h264Preview_01_main. Drop it in your Frigate config and it works.
Firmware updates are offline. You download a file from Reolink’s site, upload it through the web UI, and reboot. No cloud sync, no forced registration. Privacy by design.
The 30m IR performs well in low light. Not cinema-grade, but adequate for driveway and perimeter. The cut-off between IR and visible light is clean—no purple blooming or color shift artifacts like cheaper cameras.
PoE implementation is clean. This camera doesn’t abuse PoE negotiation. It requests what it needs, pulls steady current, and doesn’t cause issues on undersized injectors.
Build quality is solid. The metal housing and weather sealing are real. This isn’t a plastic toy. If you buy one unit today, you’re not gambling on a month of reliability.
Where It Falls Short
4MP is entry-level by 2026 standards. In bright daylight at distance, you’re missing detail compared to 5MP, 8MP, or 12MP cameras. If identifying faces or plates at 20+ feet matters, you’ll want more resolution or better optics.
Fixed 3.6mm lens lacks flexibility. You can’t adjust FOV after mounting. Wide-angle cameras like the Reolink RLC-510A{rel=“nofollow sponsored noopener noreferrer”} give you more spatial coverage but sacrifice per-pixel detail. Narrow angles (like 2.8mm options from competitors) gain distance detail but force more cameras to cover the same area.
No local web UI improvements in recent firmware. The interface is functional but dated. It works, and that’s enough for self-hosted setups where you’re using Frigate or Home Assistant as your front-end anyway.
Audio is one-way (speaker only, no microphone). If two-way audio or sound detection matters, look elsewhere. For video-only perimeter monitoring, it’s irrelevant.
How It Compares
Against the Reolink RLC-823A{rel=“nofollow sponsored noopener noreferrer”}, the 810A is $10–20 cheaper but trades 4MP for 2K resolution and loses the ColorX night mode (which adds a small IR fill light for color in low light). If night-time color matters and budget allows $20 more, the 823A is the play. Otherwise, the 810A’s raw IR is adequate.
Against the Amcrest IP8M-2496{rel=“nofollow sponsored noopener noreferrer”}, both shoot 4MP, but the Amcrest uses a 2.8mm lens (narrower, longer reach) and is roughly $10–15 more. See our Reolink vs Amcrest PoE Camera comparison for a deeper breakdown on codec support and Frigate integration quirks.
Bottom Line
The RLC-810A is the camera to buy if you need a Frigate-compatible PoE unit, want to avoid cloud vendor lock-in, and aren’t chasing pixel-level perfection. It handles its job—detection and identification at reasonable distances—without fuss.
At $85–$100, it’s the baseline camera every self-hosted builder should benchmark against. If you need better low-light color or higher resolution, step up to the 823A or an 8MP model. If you need more coverage breadth on a tight budget, grab two 810As instead of one expensive camera—redundancy and wider area coverage often beat raw resolution.
Recommendation: Start with one RLC-810A on your Frigate build. Validate the PoE infrastructure, learn your storage math, dial in detection tuning. Then add more cameras based on actual coverage gaps, not theoretical specs. This camera won’t surprise you with firmware drama or cloud mandates. It’s reliable infrastructure.
FAQ
Does the RLC-810A work with Frigate out of the box? Yes. No driver installation, no authentication tricks. Add the rtsp stream to your Frigate config and start detecting. If you’re new to Frigate NVR setups, check our Best PoE Cameras for Frigate NVR in 2026 guide for full integration steps.
Can I use the RLC-810A with an unpowered network switch? No. This camera requires PoE (Power over Ethernet). You need either a PoE-enabled managed switch or a PoE injector. Budget 80W minimum for 4 cameras; 120W for 8+. Passive PoE splitters won’t work reliably over distance.
Is the RLC-810A waterproof? It’s weatherproof with an IP67 rating—dust-sealed, spray-resistant, rated for outdoor use in rain and heat cycles. It’s not designed for full submersion or high-pressure wash-down. Mount it under an eave or use a weatherproof enclosure if you’re in a harsh climate.