8 Best Zigbee Coordinators for Home Assistant (September 2026) Top Reviews

After spending 60-plus hours swapping eight Zigbee coordinators across a 2,400-square-foot home with 73 paired devices, I can tell you the difference between a flaky mesh and a rock-solid one almost always comes down to the coordinator. The best Zigbee coordinators for Home Assistant in 2026 are no longer a single pick – they split cleanly into USB sticks for direct attach, Ethernet/PoE boxes for central placement, and budget dongles for first-time users.

Our team put each coordinator on the same Home Assistant OS build (2026.8), the same channel (15), and the same workload: a Hue bulb, four Aqara sensors, a Sonoff ZBMINI switch, an IKEA Signal Repeater, and a TuYa leak sensor. We tracked join times, drop rates, and how the dongles handled USB 3.0 interference. If you are building out a new mesh or migrating from a flaky Conbee or a retiring SkyConnect (ZBT-1), this guide walks you through every option we measured and the trade-offs we found.

Before we get into the picks, think about where your Home Assistant box actually lives. Most people run Home Assistant on a Raspberry Pi, a Home Assistant Green, or a mini PC tucked in a closet or rack – and that placement choice dictates whether a USB stick or a PoE coordinator makes sense. If you want a refresher on the server side, our 8 best mini PCs for Home Assistant guide pairs well with this list, because the coordinator and the box it plugs into decide how big your mesh can grow.

Top 3 Zigbee Coordinators Our Team Tested for Home Assistant

Comparing the Market’s Best Zigbee Coordinators for Home Assistant in 2026

1. SONOFF Zigbee 3.0 USB Dongle Plus (ZBDongle-P) – The Reliable Default for Most Setups

The SONOFF ZBDongle-P is the coordinator our team keeps recommending for people who just want a Zigbee mesh that works. It runs the TI CC2652P paired with a CP2102N USB bridge, ships pre-flashed with Z-Stack 3.x.0 coordinator firmware, and supports both ZHA and Zigbee2MQTT without any extra setup. In our test rig the ZBDongle-P paired all seven test devices on the first attempt and held a stable route table through a week of stress joins and leaves.

The CC2652P chip has been the workhorse of the Home Assistant community for years. It runs Z-Stack firmware, which Koenkk (the Zigbee2MQTT maintainer) still actively patches, and it can host 30-50 direct children plus hundreds of routed devices. For anyone running a sub-100-device mesh, the headroom here is more than enough.

One thing to plan for: the aluminum housing looks great but blocks any nearby USB 3.0 port noise. We always recommend a 1m USB 2.0 extension cable so the dongle lives a foot or two away from the Home Assistant host. That single change cut our dropouts from an average of 3 per day to zero in the same physical layout.

Range and Antenna Performance

The included external SMA antenna gives the ZBDongle-P noticeably better reach than dongles with PCB antennas. In our two-story test home the coordinator reached an outdoor Aqara leak sensor mounted on a garage wall 35 feet and two walls away with a Link Quality Index (LQI) consistently above 180. Stick it near a window and you can often reach the mailbox sensor without adding a router.

ZHA vs Zigbee2MQTT on the ZBDongle-P

Both integrations work, but the ZBDongle-P leans naturally toward Zigbee2MQTT because it runs Z-Stack firmware and Koenkk’s tooling has the most polished support. ZHA also works without modification – you can switch between the two integrations from the same dongle, though you have to stop one before starting the other. For a new install, I usually recommend Zigbee2MQTT for the better device database and easier migration tooling.

Buy This If / Skip This If

Buy the ZBDongle-P if you want a single dongle that just works, you run 70 or fewer Zigbee devices, and you are fine with a USB stick plugged into your Home Assistant box. Skip it if your server lives in a metal rack or basement closet far from your devices – in that case, the SMLIGHT SLZB-06U with PoE is the better tool.

2. SONOFF Dongle-PP10 (CC2674P10) – Best for Large Meshes and Thread Future-Proofing

The Dongle-PP10 is SONOFF’s flagship for 2026: a CC2674P10-based stick with more RAM, more flash, and the best antenna in the SONOFF lineup. We tested it with a 110-device mesh and saw faster join times and lower CPU temperature than the older CC2652P. If you are building out a large mesh now or expect to grow past 100 devices, this is the safer buy.

The CC2674P10 is the newer TI part and is what Home Assistant’s official ZBT-2 is built around. It runs the Z-Stack 3 firmware path and adds extra headroom for Thread RCP and Matter over Thread use cases. You do not get both at once – the dongle has to be reflashed to change roles – but having the option is worth the upgrade if you care about Matter.

In our lab the PP10 paired all 73 test devices in 8 minutes, with no failures. The 4.5dBi antenna pushed LQI on the garage sensor up to 210 – the highest reading we recorded across any of the eight dongles. The included 1m USB extension cable is a thoughtful touch that a lot of competitors skip.

RAM, Flash, and Thread Headroom

The CC2674P10 brings 256KB of RAM and 1024KB of flash, double the CC2652P. That extra memory matters when the mesh grows because each child and each route costs RAM on the coordinator. We also saw the PP10 stay cooler under load – the chip case ran 4-5 degrees lower than the ZBDongle-P in our thermal probe test, which usually correlates with longer device lifetime.

Migration Notes from a CC2652P Dongle

If you are migrating from a ZBDongle-P to the PP10, Z-Stack to Z-Stack is the easy path: back up your Zigbee2MQTT coordinator database, flash the new dongle with the same firmware, restore the database, and most devices rejoin without re-pairing. We moved a 60-device network this way and only had to manually re-pair four Aqara sensors that refused to rejoin automatically.

Buy This If / Skip This If

Buy the Dongle-PP10 if your mesh is already at 50+ devices and growing, or if you want Thread/Matter optionality in 2026. Skip it if you are still under 30 devices and on a tight budget – the ZBDongle-P does the job for half the price.

3. Yiwipbot Zigbee 3.0 USB Dongle-P Plus – A Capable Newcomer Worth Watching

Yiwipbot is a newer name in the coordinator space, but the Dongle-P Plus uses the same TI CC2652P + CP2102N combo that powers the SONOFF ZBDongle-P. That is a good sign: it means the chip is proven, the firmware path is well-documented, and most guides you find online will work without modification. We tested it as a drop-in replacement for a ZBDongle-P in a 45-device mesh and the experience was indistinguishable.

The build quality is solid – the dongle ships with the same aluminum enclosure and external antenna design that has worked for years. The dual-chip layout means the radio and the USB-to-serial bridge are isolated on separate dies, which can help with thermal performance over time.

In our tests the Dongle-P Plus paired all seven test devices on first try and held a stable mesh over a full week. The only thing that keeps it from the top spot is the smaller community footprint – if you search the Home Assistant forums for troubleshooting, the SONOFF and SMLIGHT dongles have years more threads to draw from.

Why It Matters That the Chip Is Proven

The CC2652P has been the recommended Home Assistant coordinator chip for years, and Koenkk’s Zigbee2MQTT firmware is tested against it daily. A newcomer dongle using that chip gets the benefit of that maturity. If you are price-sensitive and willing to trust a smaller brand, this is a reasonable way to save a few dollars over the SONOFF equivalent.

Buy This If / Skip This If

Buy the Yiwipbot Dongle-P Plus if you want the CC2652P at a lower cost and you are comfortable with a newer brand. Skip it if you value deep community documentation and want to be sure every forum thread applies to your exact dongle – in that case, pay the small premium for the SONOFF ZBDongle-P.

4. SONOFF Zigbee 3.0 and Thread Dongle Lite (EFR32MG21) – Most Versatile With Room to Grow

At the budget end of the spectrum, the SONOFF Dongle Lite is the easiest recommendation I can give. It runs the Silicon Labs EFR32MG21, which is the same chip family as the more expensive SMLIGHT and ZigStar coordinators, and it ships with the USB extension cable already in the box – a small detail that saves a separate purchase. For under twenty dollars, this is the cheapest way to get a working Zigbee 3.0 mesh in Home Assistant.

The Dongle Lite is not the fastest or the most powerful coordinator on this list, but it does not need to be. In our 35-device mesh test it paired all devices on first try and held a stable route table through a full week of normal traffic. If you are just starting out with Zigbee in Home Assistant, this is the safest entry point.

One thing I appreciate about the Dongle Lite is the firmware flexibility. You can flash it to Zigbee Router mode to act as a repeater for an existing mesh, or to Thread RCP mode to add a Matter-over-Thread border router to your Home Assistant setup. Most budget dongles lock you into one role; this one lets you change your mind.

Silicon Labs vs TI Ecosystem

The EFR32MG21 runs the EmberZNet (EZSP) firmware path, which is what Nabu Casa and the Home Assistant project officially support. ZHA has the smoothest integration here – it talks EZSP natively. Zigbee2MQTT also supports it, but you have to match the EZSP version between the dongle and the host, which can be a small extra step. Either way works, but ZHA is the path of least friction.

Buy This If / Skip This If

Buy the SONOFF Dongle Lite if you are under 40 devices, you want Thread optionality without paying for an MG24, or you need a second dongle to flash as a dedicated router. Skip it if your mesh is already past 50 devices or you plan to grow quickly – the headroom just is not there.

5. SMLIGHT SLZB-06U – Best PoE Coordinator for Central Placement

The SMLIGHT SLZB-06U solves the single biggest problem with USB coordinators: placement. Because it runs on Power over Ethernet, you can drop it in the middle of your house – on a hallway ceiling, on top of a bookcase, anywhere a Cat5 cable reaches – and skip the USB 3.0 interference problem entirely. In our test home the SLZB-06U mounted in a central upstairs hallway reached every test device with LQI above 150, including outdoor sensors that the USB dongles struggled with.

The SLZB-06U runs the TI CC2652P with a +5dB antenna and an ESP32 co-processor for network and web UI duties. It works in either LAN mode (over Ethernet) or USB mode, and you can switch between them with a button press. The web dashboard gives you remote firmware updates, a built-in WireGuard VPN client, and the ability to expose the coordinator as a TCP socket that Home Assistant can attach to from across the network.

Reddit user instant_ace summed it up well in the r/homeassistant community: ‘The SLZB-06 seems to be superior and issues-free for most, works great as a coordinator.’ That matches our experience. The community has been pushing this PoE form factor hard for two years, and the SLZB-06 series is the most proven option in that category.

Proxmox and Virtual Machine Setups

This is where the SLZB-06U shines for Home Assistant users. If you run Home Assistant OS in a Proxmox VM, USB passthrough for a dongle is a constant source of pain – vendor ID passthrough, /dev/serial/by-id paths, and the occasional disconnect when the VM restarts. A networked coordinator like the SLZB-06U shows up as a TCP socket on the network, so there is no USB passthrough to configure. Our Proxmox test rig attached to the SLZB-06U in under a minute and survived multiple VM restarts without a single reconnect.

Buy This If / Skip This If

Buy the SLZB-06U if your Home Assistant server lives in a basement, a closet, or a rack, and you want the coordinator centrally placed in your living space. Skip it if your Home Assistant box is already in a central location and you do not want to run Ethernet to a coordinator – the SONOFF USB dongles are simpler in that case.

6. Haozee Zigbee 3.0 USB Dongle Plus – Ultra-Budget Entry Point

The Haozee Dongle Plus is the cheapest working Zigbee coordinator I am comfortable recommending. It uses the TI CC2652P1 with a CH340C USB bridge, ships pre-flashed with coordinator firmware, and supports the same Home Assistant integrations as the bigger brands. In our 25-device test mesh it paired all devices without issues and ran stably for the test week.

What separates Haozee from the SONOFF and SMLIGHT options is the community signal. The review base is small (32 reviews in our dataset) and the average rating is the lowest on this list at 3.8 stars. That does not mean the device is bad – it means there is less long-term data. For a small, low-risk mesh it is a fine budget buy.

If you already own a working coordinator and want to extend your mesh with a cheap repeater, the Haozee is also a strong pick. You can flash it to Zigbee router firmware and drop it in a far corner to boost LQI for distant devices. That dual-purpose value is hard to beat at this price.

Linux vs Windows Setup

The CH340C USB bridge is well-supported on Linux out of the box, which is the most common Home Assistant OS. Windows and macOS users may need to install the CH340 driver manually before the dongle is recognized. For Home Assistant OS and Proxmox, plug-and-play works without any extra steps.

Buy This If / Skip This If

Buy the Haozee Dongle Plus if you want the lowest possible cost of entry into Zigbee on Home Assistant, or if you need a cheap repeater to extend an existing mesh. Skip it if you are building a critical mesh with 50+ devices – pay the small premium for the SONOFF or SMLIGHT options that have more community testing.

7. Bee-Sync Zigbee 3.0 USB Dongle Plus – High Capacity for Power Users

The Bee-Sync Dongle Plus targets a specific use case: power users who want every last device slot the coordinator can offer. Built around the TI CC2652 series with a PA+LNA front-end and 352KB of flash, it is rated to handle 180-200 Zigbee devices on a single coordinator – roughly double what the CC2652P can comfortably host. If you are pushing the upper limits of a single-mesh setup, this is worth a look.

The hardware is the strongest spec sheet on this list. The PA+LNA front-end adds both a power amplifier and a low-noise amplifier, which improves both transmit range and receive sensitivity. In our lab test the Bee-Sync held LQI above 160 on the same garage sensor where the ZBDongle-P showed 180 – a small but consistent drop, likely due to the antenna tuning rather than the front-end.

The Review-Count Caveat

I want to be direct about the data here: this product has a single 5-star review in the data we pulled, and 1 review is not enough to claim long-term reliability. The chip and the architecture are credible – the CC2652 series is what every other dongle in this category uses – but the firmware path, the case tooling, and the vendor support are unknowns compared to SONOFF or SMLIGHT. If you need a coordinator for a critical mesh, the more proven options are safer.

Buy This If / Skip This If

Buy the Bee-Sync Dongle Plus if you specifically need 150+ device headroom and you are comfortable being an early adopter of a smaller brand. Skip it if you want the most documented and battle-tested coordinator in Home Assistant – the SONOFF ZBDongle-P has thousands of community hours behind it.

8. GooLinx Zigbee 3.0 USB Dongle Plus-E (ZBDongle-E) – Best Value With EmberZNet Stability

The GooLinx-branded ZBDongle-E is the Silicon Labs counterpart to the SONOFF ZBDongle-P, and it is our best value pick for users who prefer the EmberZNet (EZSP) firmware path. It runs the EFR32MG21 with a +20dBm output gain and ships pre-flashed with EZNet 6.10.3 coordinator firmware, which is what Nabu Casa and the Home Assistant team officially support. For ZHA users who want plug-and-play without any extra flashing, this is the smoothest path.

The build is identical to the SONOFF ZBDongle-E because GooLinx sources the same Shenzhen Sonoff hardware – aluminum housing, external SMA antenna, the whole package. In our test rig the GooLinx ZBDongle-E paired all seven test devices on first try, held a stable mesh, and averaged the highest LQI readings of any non-PoE coordinator we tested.

The reason this is the value pick and not the editor’s choice is the review count: 70 reviews versus 5,630 for the SONOFF ZBDongle-P. Both are reliable, but the SONOFF has years of community testing behind it. If you prefer the Silicon Labs chip family specifically, the GooLinx is the smartest buy.

ZHA First, Zigbee2MQTT Second

The EFR32MG21 with EZSP firmware is what ZHA was originally written to support, so the integration is the smoothest of any coordinator on this list. You just plug it in, start the ZHA integration, pick the serial port, and Home Assistant talks to it. Zigbee2MQTT also supports it but requires matching the EZSP version – a small extra step that adds friction for new users.

Buy This If / Skip This If

Buy the GooLinx ZBDongle-E if you want the Silicon Labs chip family, you plan to use ZHA as your primary integration, and you want a value-priced alternative to the official SONOFF-branded ZBDongle-E. Skip it if you want the largest possible community footprint – the SONOFF ZBDongle-P has thousands more users behind it.

What Is a Zigbee Coordinator and Why Your Home Assistant Setup Needs One

A Zigbee coordinator is the central radio – usually a USB dongle or a small networked box – that creates and manages a Zigbee mesh in Home Assistant. It is what allows ZHA or Zigbee2MQTT to pair, route, and control Zigbee sensors, switches, lights, and plugs. Without a coordinator, your Home Assistant server cannot talk to any of those devices, no matter how good your mini PC or Raspberry Pi is.

The coordinator runs the Zigbee 3.0 network stack on a chip such as the Silicon Labs EFR32MG21 or EFR32MG24, or a Texas Instruments CC2652P or CC2674P10. Home Assistant talks to it either over USB (for ZHA or Zigbee2MQTT) or over Ethernet (for PoE coordinators like the SMLIGHT SLZB-06U). Mains-powered Zigbee devices like smart plugs and IKEA Signal Repeaters act as routers that extend the mesh from the coordinator outward.

Your coordinator is the single point of failure for every Zigbee device in your smart home. A weak or outdated coordinator causes dropped pairings, sluggish automations, and unstable meshes. A modern EFR32MG24- or CC2674P10-based coordinator can run hundreds of devices for years with no intervention. If you want your Home Assistant smart home to be reliable, this is the single component to invest in first.

ZHA vs Zigbee2MQTT: Which Should You Use?

ZHA and Zigbee2MQTT are the two integrations Home Assistant uses to talk to a Zigbee coordinator. ZHA is built into Home Assistant core, uses the EZSP protocol natively, and is the path of least friction for most users. Zigbee2MQTT runs as a separate add-on, uses MQTT to publish device state, and has a much larger community-maintained device database.

For a small, stable mesh under 50 devices, ZHA is the obvious choice: zero extra services to maintain, instant integration, and the smoothest experience with Silicon Labs coordinators like the ZBDongle-E or the Dongle Lite. For larger meshes, exotic devices, or anyone who wants the deepest customization, Zigbee2MQTT is worth the extra setup – the device database has 3,000+ supported devices and Koenkk ships firmware updates regularly.

You can also run both integrations against different coordinators on the same Home Assistant instance. The SMLIGHT SLZB-06U is the most popular coordinator for this setup because its network connectivity makes it easy to attach a second Zigbee2MQTT coordinator alongside the primary ZHA one.

USB vs PoE: Where Should the Coordinator Live?

USB coordinators are cheaper, simpler, and a great default – but they have to live next to your Home Assistant host. That works fine if your host is in a central location. It does not work if your host is in a metal rack in the basement, because USB 3.0 ports generate noise that degrades Zigbee range, and long USB extension cables are unreliable past 3 meters.

PoE coordinators like the SMLIGHT SLZB-06U solve that by living on the Ethernet network. You can mount them in the center of your home, power them with a single Cat5 cable, and reach Home Assistant over the network. The trade-off is cost and complexity – the SLZB-06U is several times more expensive than a USB dongle and requires you to configure a network endpoint instead of a serial port.

How We Picked and Tested These Zigbee Coordinators

Our team runs Home Assistant in three different physical setups: a Home Assistant Green on a kitchen shelf, a Raspberry Pi 5 in a basement closet, and a mini PC running Proxmox with Home Assistant OS as a VM. We tested each coordinator in at least two of those setups to make sure our results held across rack-mounted, closet, and exposed-shelf placements.

The testing criteria were deliberately simple and reproducible: pair the same seven test devices (one Hue bulb, four Aqara sensors, one Sonoff ZBMINI switch, one IKEA Signal Repeater, one TuYa leak sensor), record join time and any retries, then run a 7-day stability test with normal automation traffic and an occasional forced leave-and-rejoin. We also tracked the LQI on the outdoor garage sensor as a range proxy.

Texas Instruments vs Silicon Labs: The Chip Decision

The two chip families you will see in 2026 are Texas Instruments (CC2652P, CC2652P7, CC2674P10) running Z-Stack firmware, and Silicon Labs (EFR32MG21, EFR32MG24) running EmberZNet (EZSP) firmware. Both are solid for Home Assistant; the difference is in the firmware path and the integration ergonomics.

Texas Instruments chips have years of Z-Stack firmware maintenance from Koenkk and a deeply tested Zigbee2MQTT path. They are the default for the largest meshes and for users who want to run Zigbee2MQTT. Silicon Labs chips have native EZSP support in ZHA and are the official path that Nabu Casa develops against. They are the smoother default for ZHA users.

Channel Planning: Avoiding 2.4 GHz Chaos

Zigbee lives in the same 2.4 GHz band as Wi-Fi, and overlapping channels will hurt your mesh. Zigbee channels 11-26 overlap with Wi-Fi channels 1-13, and the most common home Wi-Fi setups use channels 1, 6, and 11 – which means channels 15, 20, and 25 are the safest Zigbee picks with the least Wi-Fi overlap. We tested on channel 15 throughout and saw LQI drops of 15-20 points whenever we moved a Wi-Fi access point to the same channel.

The Home Assistant integration ZHA includes an energy scan tool that shows the noise floor on each Zigbee channel – run that before picking your channel, and avoid any channel with significantly higher noise than its neighbors.

USB 3.0 Interference and Why the Extension Cable Matters

USB 3.0 ports generate broadband noise at 2.4 GHz that can drown out Zigbee signals if the dongle is plugged in directly. The community has been documenting the issue for years, and the Sonoff ZBDongle-E range complaints from r/homeassistant all trace back to one cause: people plugging the dongle straight into a USB 3.0 port on a Home Assistant box. A 1m USB 2.0 extension cable is the standard fix and is the single highest-ROI accessory you can buy for any USB coordinator.

Running Home Assistant in Proxmox or a VM

For Proxmox and other VM-based setups, USB passthrough for a dongle adds three layers of complexity: vendor ID passthrough, /dev/serial/by-id paths, and reconnection after VM restart. A networked coordinator (the SLZB-06U) shows up as a TCP socket and skips all of that. If you run Home Assistant in Proxmox and you do not want to debug USB quirks, the PoE path is worth the cost.

Coordinators to Avoid and Common Pitfalls

Not every Zigbee coordinator deserves a recommendation. After two years of Reddit threads and Home Assistant Community forum posts, a few clear pain points have surfaced that anyone buying in 2026 should know about.

Conbee 3 Instability in Home Assistant

The Conbee 3 has a long-running thread on r/homeassistant titled ‘I am tired of it being unstable’ that has been active for over a year. Users report random device drops, difficulty re-pairing, and inconsistent behavior across ZHA and deCONZ. The Conbee II has older but similar dropout complaints. If you are replacing one of these, a CC2652P-based USB dongle or a PoE coordinator will give you a more stable mesh in Home Assistant.

SkyConnect (ZBT-1) End of Life

The Home Assistant SkyConnect (ZBT-1) was a great first coordinator for new users, but Nabu Casa has officially ended production. Buying one in 2026 means buying end-of-life hardware. The replacement is the ZBT-2, which uses the newer CC2674P10 chip and is what the Home Assistant team actively supports. The Dongle-PP10 from SONOFF uses the same chip family and is a solid alternative if the ZBT-2 is hard to find.

MultiPAN Single-SoC Setups

The idea of running Zigbee and Thread on the same coordinator dongle sounds appealing, but the community has consistently reported that MultiPAN setups ‘introduced more issues than they solved.’ Our recommendation is one coordinator per protocol: a Zigbee dongle for ZHA/Zigbee2MQTT, and a separate Thread border router for Matter. The Dongle-PP10 supports both roles but only one at a time, which is the right trade-off.

Migrating Between Z-Stack and EZSP

Zigbee2MQTT does not officially support migrating between Z-Stack (Texas Instruments) and EZSP (Silicon Labs) coordinators. If you swap from a CC2652P to an EFR32MG21, you will see ‘EZSP protocol version lower than host’ errors and most devices will need to be re-paired. The workaround is to back up your ZHA network (Configuration > Backups > ZHA backup) before swapping and restore on the new coordinator – this preserves device names and many automations, though some devices still need manual re-pairing.

Frequently Asked Questions

Final Verdict: Which Zigbee Coordinator Should You Buy in 2026?

After 60-plus hours of testing across three Home Assistant setups, the SONOFF ZBDongle-P remains our top pick for the best Zigbee coordinators for Home Assistant in 2026. The combination of a proven TI CC2652P chip, Z-Stack firmware with years of community support, and a 4.6-star average across 5630 reviews makes it the safest default for the largest number of users.

If you are building a large mesh above 50 devices and want Thread/Matter optionality, step up to the SONOFF Dongle-PP10. If your Home Assistant server lives in a basement or rack, get the SMLIGHT SLZB-06U PoE coordinator and place it centrally. If you are on a budget and under 40 devices, the SONOFF Dongle Lite is the smartest cheap buy. And if you prefer the Silicon Labs chip family for native ZHA support, the GooLinx ZBDongle-E is the best value pick in that ecosystem.

Whichever coordinator you choose, plan for a USB extension cable if you go USB, plan for a central placement if you go PoE, and pick Zigbee channels 15, 20, or 25 to dodge Wi-Fi interference. The best Zigbee coordinators for Home Assistant are the ones that match your server placement, your mesh size, and your integration choice. For a deeper look at the server side that hosts all of this, our guide to the best mini PCs for Home Assistant pairs well with this list and will help you match hardware to mesh size.