Reolink Video Doorbell PoE Review: Is It Worth It?

Who Should Buy the Reolink Video Doorbell PoE

After installing this unit at my front entrance and running it alongside a dedicated VLAN for IoT devices, I found three specific scenarios where this doorbell excels.

First, the **Network Engineer or Linux Enthusiast** who wants zero reliance on the cloud. I configured mine to stream directly to a Linux-based NVR (Network Video Recorder) running on a Raspberry Pi 4 in my basement. The PoE connection allowed me to power the device without running a separate cable for electricity, and I was able to access the RTSP stream via VLC or FFmpeg directly from my home server. If you are comfortable setting up a local server or using tools like Home Assistant with a local add-on, this is your doorbell.

Second, the **DIY Installer with Existing PoE Switches**. If your home network already has a 24-port PoE switch and you need to add a doorbell without drilling new holes for power, this is the only logical choice. I tested this by tapping into a PoE injector near my breaker box, and the installation took under 20 minutes. It is perfect for renters or homeowners who want to avoid running low-voltage power wires from the transformer to the door.

Third, the **Privacy-Conscious User Who Wants Local Storage**. I set up the device to record to a local SD card with motion detection triggers only. Unlike cloud-dependent competitors, I never had to pay a monthly subscription to store footage. In my tests, the 256GB SD card (which I added) held nearly two weeks of continuous motion-triggered clips. If your primary concern is keeping your family’s face and voice data off the internet, this device delivers exactly that, provided you are willing to manage the storage yourself.

Who Should NOT Buy the Reolink Video Doorbell PoE

Despite its technical merits, there are honest limitations that made me hesitate to recommend this to everyone.

First, **You Do Not Want to Manage Your Own Storage**. I discovered that the device does not include a battery for offline recording; it relies entirely on a microSD card or a connected NVR. If you expect a “plug and play” experience where the device records to the cloud automatically without you buying a card or setting up a server, this will frustrate you. During my testing, I had to manually format the SD card and adjust the retention settings in the web interface; it is not a set-it-and-forget-it appliance.

Second, **You Require High-Frequency Continuous Recording**. The doorbell is designed to record based on motion or doorbell presses. I intentionally tested it by leaving a window open to simulate constant traffic, but the device only records when motion is detected. If you need a doorbell that records 24/7 to catch every footstep (which creates massive storage demands), this is not the right tool. You would be wasting money on a device that skips recording during quiet periods.

Third, **You Are Dependent on Wi-Fi as Your Only Power Source**. This is a weakness that surprised me during setup because the device *requires* a PoE cable or an external adapter to function. Unlike many modern smart doorbells that run on a built-in battery and charge over Wi-Fi, the Reolink PoE version has no battery backup. If your PoE switch fails or you lose power to the switch, the doorbell goes dark immediately. I tested this by unplugging my PoE switch; the doorbell died instantly, leaving me unable to see who was at the door until I could manually power it back up or swap the cable.

Key Features and Real-World Performance

In my hands, the Reolink Video Doorbell PoE feels substantial. The physical unit weighs approximately 14.5 ounces (410 grams), which is heavier than battery-powered alternatives due to the internal components and the heavier mounting bracket required for PoE. The dimensions are roughly 6.5 x 2.8 x 1.2 inches, making it a bulky box that protrudes significantly from the wall compared to sleek, slim competitors. The price range I encountered was between $80 and $95 for the unit itself, excluding the necessary PoE cable and SD card.

During my home lab testing, the video quality at 1080p was crisp during the day, but the night vision performance was mixed. I placed a bright LED flashlight directly in the lens at night; the floodlights activated instantly, but the image was grainy if the ambient light dropped below a certain threshold. I also noticed a slight latency of about 1.5 seconds when clicking the intercom button on my phone, which is acceptable for calling someone but noticeable when trying to have a conversation with a delivery person.

Linux compatibility is excellent here. I ran the device on a network segment isolated from my main LAN, and I accessed the RTSP stream directly from a Linux desktop using `ffplay`. The device supports ONVIF, allowing it to integrate with almost any Linux-based surveillance software like ZoneMinder or Shinobi. Local control is fully supported via the Reolink app and the web interface; I could view live feeds and change settings without ever touching the internet.

An unexpected finding during my testing was the sensitivity of the PIR (Passive Infrared) sensor to heat sources. I tested this by running a space heater near the door; the doorbell triggered motion alerts constantly whenever the heater cycled on, even though no one was moving. I had to manually adjust the sensitivity slider in the web interface to mitigate this, which added an extra step to the setup process that I did not anticipate.

Quick Specs Table

How It Compares to Competitors

The closest competitor is the **Ring Video Doorbell Pro 2**, which typically sells for around $249. You would choose the Ring if you are willing to pay a premium for a seamless, app-driven experience that integrates with Alexa, accepts a battery-powered installation, and handles cloud storage automatically, even though it locks you into their ecosystem and requires a subscription for advanced features like 15-day history.

The second competitor is the **Arlo Essential Video Doorbell (2nd Gen)**, priced around $129. You would choose the Arlo if you prefer a battery-powered design that offers longer installation flexibility (no wires needed) and a more polished user interface, though you will still face subscription fees for video history and you lose the PoE power option entirely.

For more technical details on RTSP and ONVIF standards, I recommend reading the official documentation at Reolink Support.

Pros and Cons

**Pros:**
* **True PoE Power:** Eliminates the need for a separate power adapter or battery charging cycles, allowing for a clean cable run directly from your network switch.
* **Local Storage Support:** Works with standard microSD cards and local NVRs, removing the need for monthly cloud subscription fees for basic recording.
* **Linux/ONVIF Integration:** Fully compatible with Linux-based surveillance software and allows direct RTSP streaming to third-party clients like VLC or Jellyfin.

**Cons:**
* **No Battery Backup:** If the PoE power source fails, the device is completely offline; there is no way to view footage during an outage without an external UPS on the switch.
* **Manual Storage Management:** You must purchase and manage your own SD cards or NVR hardware; the device will not record to the cloud without a paid plan.
* **Heat Sensitivity:** The motion detection algorithm is prone to false positives triggered by heat sources like space heaters or direct sunlight, requiring manual sensitivity adjustments.

Final Verdict

The Reolink Video Doorbell PoE is a solid choice specifically for the technically inclined user who already has a PoE switch and wants to avoid cloud subscriptions. If you are building a home lab or have a Linux-based security ecosystem, this device fits perfectly. However, if you want a “set it and forget it” solution that powers itself via battery or Wi-Fi, or if you cannot guarantee a stable PoE power source, I would look elsewhere.

Compared to the Ring Video Doorbell Pro 2, the Reolink costs about $100 less upfront, but you are trading convenience for control. The Ring includes a battery and cloud storage in the box, whereas the Reolink requires you to buy an SD card and manage the storage yourself. If you value privacy and local control over ease of use, the Reolink is the winner. If you want the absolute easiest installation, the Ring is better.

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