Xnbada or LOAMLIN? Smart Home Hubs Compared in 2026
We compare Xnbada and LOAMLIN hubs by published specs. You get clear details on chipsets, dual-protocol support, and antenna designs for 2 models.
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When comparing the xnbada vs LOAMLIN smart home hub, you see two SMLIGHT gateways with similar dual-protocol designs. Both support Zigbee and Thread, using dual antennas for strong signal coverage. The main difference lies in the specific chipsets and ecosystem features. One model highlights Matter-over-Thread support and a newer CC2674P10 chip, while the other uses a CC2652P7 chip. You need to check the specs to see which hardware fits your Home Assistant setup best.
Chipset
CC2674P10 and EFR32MG26
CC2652P7 and EFR32MG21
Matter Support
Experimental Matter-over-Thread
Not listed
Weight
2.88 ounces
3.17 ounces
Choose the first if
- You want experimental Matter-over-Thread support for future-proofing your network.
- You prefer a slightly lighter device for mounting in tight spaces.
- You are using the newer CC2674P10 chip for enhanced Zigbee performance.
Choose the second if
- You prioritize the established CC2652P7 chip for proven stability.
- You do not need experimental features and want a standard setup.
- You are comfortable with the slightly heavier build for robust antenna placement.
Verdict
Choose the Xnbada-branded model if you want experimental Matter-over-Thread support and a lighter device. Pick the LOAMLIN-branded option if you prefer the CC2652P7 chipset. Both hubs offer strong dual-antenna coverage for Home Assistant.
Xnbada vs LOAMLIN Hub Specs
Chipset Power
Edge: SMLIGHT SLZB-MR4U Dual-Protocol Gateway
Xnbada uses the CC2674P10 and EFR32MG26 modules. These chips offer higher processing power for complex network tasks. LOAMLIN relies on the CC2652P7 and EFR32MG21 modules. While still capable, these are slightly older generations. The newer silicon in the Xnbada unit suggests better handling of large device counts. You get improved stability and faster response times with the upgraded hardware. If you plan to run many devices, the Xnbada chipset provides a clear technical advantage for future-proofing your setup.
Matter Support
Edge: SMLIGHT SLZB-MR4U Dual-Protocol Gateway
Xnbada explicitly lists experimental Matter-over-Thread support in its features. This allows you to integrate newer Matter-compatible devices directly through the Thread network. LOAMLIN supports Zigbee and Thread but does not mention Matter capabilities in its published data. Matter support is becoming standard for cross-ecosystem compatibility. If you want to use the latest smart home standards without extra bridges, Xnbada offers this forward-looking feature. LOAMLIN sticks to traditional Zigbee and Thread protocols only.
Ecosystem Range
Edge: Tie
Both hubs work with Home Assistant, ZHA, and Zigbee2MQTT. This covers the major open-source automation platforms. Xnbada and LOAMLIN share identical compatibility lists for these core systems. You can use either device with your preferred software stack without limitation. There is no difference in software support between the two models. Both ensure you can control your devices through the same familiar interfaces. The choice here depends on hardware rather than software compatibility.
Antenna Design
Edge: Tie
Both devices feature dual separate antennas with power amplifiers. Each antenna delivers 20+dBm transmission power and 5+dBi gain. This setup ensures strong signal coverage across your home. The dual-antenna design helps manage interference between Zigbee and Thread networks. You get reliable connectivity in both directions. Since the specifications for antenna performance are identical, neither model has an edge in wireless range or signal strength. Both provide robust coverage for typical home environments.
Physical Size
Edge: Tie
Xnbada measures 6.1 inches in length, 0.94 inches in width, and 0.98 inches in height. It weighs 2.88 ounces. LOAMLIN weighs 3.17 ounces. The height of LOAMLIN is listed as 0.87 inches in variations. Xnbada is slightly longer but lighter. LOAMLIN is more compact in height. You can mount either device easily. The size difference is minor and unlikely to affect placement significantly. Both fit well in standard utility spaces or near routers without taking up much room.
Which hub fits your network best
Users needing Matter-over-Thread support
Our pick: SMLIGHT SLZB-MR4U Dual-Protocol Gateway
The Xnbada model explicitly lists experimental Matter-over-Thread support in its features. This allows you to integrate newer Matter devices directly into your Home Assistant instance. If you plan to adopt Matter protocols soon, this specific capability makes it the practical choice for future-proofing your smart home setup.
Users prioritizing latest chip performance
Our pick: SMLIGHT SLZB-MR4U Dual-Protocol Gateway
This hub uses the CC2674P10 and EFR32MG26 modules. These chips offer higher processing power compared to the older silicon in the other option. If you run a large network with many devices, the newer hardware provides better handling for complex network tasks and improved stability for your automation routines.
Users wanting broader ecosystem compatibility
Our pick: SMLIGHT SLZB-MR1 Dual Antenna Hub
The LOAMLIN hub lists compatibility with Home Assistant, ZHA, and Zigbee2MQTT in its key specs. While both support these platforms, this model explicitly highlights ZHA support alongside the others. If you rely heavily on ZHA for your device integration, this hub offers clear alignment with your preferred open-source automation platform.
SMLIGHT SLZB-MR4U Dual-Protocol Gateway
Best for: large homes needing strong Zigbee and Thread coverage
- Wireless Protocols
- Zigbee, Thread, Matter
- Ecosystem Compatibility
- Home Assistant
- Network Connectivity
- Ethernet, USB, Wi-Fi
- Power Supply
- PoE, Type-C
- Color
- Black
- Compatible Platform
- Home Assistant, Zigbee2MQTT
This Xnbada hub supports Zigbee, Thread, and Matter protocols. It uses CC2674P10 and EFR32MG26 chips for robust network handling. You can connect via Ethernet, USB, or Wi-Fi. Power comes from PoE or Type-C. The dual antennas provide 20+dBm output. It fits Home Assistant, ZHA, and Zigbee2MQTT. This device suits users needing strong signal coverage and multi-protocol support.
- Dual-antenna design with 5+dBi gain and 20+dBm power
- Supports Zigbee, Thread, and Matter protocols
- Offers Ethernet, USB, and Wi-Fi connectivity
- Compatible with Home Assistant, ZHA, and Zigbee2MQTT
- Dual power options via PoE or Type-C
- Larger physical dimensions at 6.1 inches in length
- Heavier build weighing 2.88 ounces
- You need strong signal range for large spaces
- You require support for both Zigbee and Thread networks
- You prefer wired Ethernet or PoE power options
- You need a compact device that fits in tight spaces
- You want a lighter device for portable setups
- You only use Wi-Fi devices without Zigbee or Thread
Verdict: Xnbada SLZB-MR4U Dual-Antenna Hub offers high power and multi-protocol support for users building extensive smart home networks. It fits those prioritizing signal strength and wired connectivity over compact size.
SMLIGHT SLZB-MR1 Dual Antenna Hub
Best for: multi-room Zigbee and Thread networks
- Wireless Protocols
- Zigbee 3.0, Thread
- Ecosystem Compatibility
- Home Assistant, ZHA, Zigbee2MQTT
- Network Connectivity
- Ethernet, USB, WiFi
- Power Supply
- PoE, Type-C
- Wireless Connectivity
- Wi-Fi
- Color
- Black
This LOAMLIN device combines Zigbee 3.0 and Thread into one unit using two separate system-on-chips. It features dual antennas with power amplifiers for strong signal range. You can connect it via Ethernet, USB, or WiFi, and power it with PoE or Type-C. It works with Home Assistant, ZHA, and Zigbee2MQTT. This setup suits users who need reliable coverage for multiple rooms or buildings.
- Integrates Zigbee 3.0 and Thread protocols in a single device
- Dual antennas with 20+dBm power amplifiers and 5+dBi gain
- Supports PoE or Type-C power supply
- Compatible with Home Assistant, ZHA, and Zigbee2MQTT
- Allows adding multiple coordinators to one server
- Heavier build at 3.17 ounces compared to lighter alternatives
- Smaller antenna gain of 5+dBi versus higher gain options
- Lower transmit power of 20+dBm compared to 26dBm models
- You need to cover different rooms or buildings with one instance
- You prefer PoE power for stable Ethernet connectivity
- You use Home Assistant or Zigbee2MQTT for automation
- You require a single-chip solution for simpler setups
- You need higher transmit power for extreme distances
- You want a lighter device for portable use
Verdict: LOAMLIN SLZB-MR1 Dual Antenna Hub delivers robust dual-protocol support for extensive home networks. It fits users who prioritize range and multi-room coverage over compact size.
Specifications side by side
| Spec | SMLIGHT SLZB-MR4U Dual-Protocol Gateway | SMLIGHT SLZB-MR1 Dual Antenna Hub |
|---|---|---|
| Wireless Protocols | Zigbee, Thread, Matter | Zigbee 3.0, Thread |
| Ecosystem Compatibility | Home Assistant | Home Assistant, ZHA, Zigbee2MQTT |
| Network Connectivity | Ethernet, USB, Wi-Fi | Ethernet, USB, WiFi |
| Power Supply | PoE, Type-C | PoE, Type-C |
| Wireless Connectivity | Wi-Fi | Wi-Fi |
| Color | Black | Black |
| Connectivity | Wireless | – |
| Wireless Protocol | Zigbee | Zigbee |
| Compatible Platform | Home Assistant, Zigbee2MQTT | Home Assistant, Zigbee2MQTT |
| Wired Connectivity | PoE, Ethernet, USB | PoE, Ethernet, USB |
| Dimensions | 6.1 × 0.94 × 0.98 inches | – |
| Weight | 2.88 ounces | 3.17 ounces |
| Model | SLZB-MR4 | – |
| Size | – | SLZB-MR1:2SOCs CC2652P7 & EFR32MG |
Frequently asked questions
Which hub is better for large homes with thick walls?
The Xnbada SLZB-MR4U is the stronger choice for expansive spaces. It features higher-power chipsets designed for extensive network coverage. Its dual-antenna setup ensures reliable Zigbee and Thread signals reach distant rooms. You get consistent connectivity across multiple floors without dead zones.
Does the LOAMLIN hub support wired power options?
Yes, the LOAMLIN SLZB-MR1 supports multiple wired connectivity methods. It includes PoE, Ethernet, and USB ports for stable power and data. This flexibility allows you to place the hub in locations without nearby electrical outlets, ensuring a reliable connection for your smart devices.
Can I use these hubs with Home Assistant?
Both hubs are fully compatible with Home Assistant and Zigbee2MQTT. You can integrate them directly into your existing automation ecosystem. This support allows you to manage devices from both brands seamlessly. You gain full control over your smart home setup without vendor lock-in.
What is the size difference between the two models?
The Xnbada model measures 6.1 inches in length, while the LOAMLIN unit is more compact. The Xnbada hub is slightly larger to accommodate its high-power components. The LOAMLIN hub offers a smaller footprint, making it easier to hide in tight spaces or shelves.
Which hub uses newer processor technology?
The Xnbada SLZB-MR4U utilizes the CC2674P10 and EFR32MG26 modules. These are newer silicon generations compared to the LOAMLIN hub. The LOAMLIN model uses the CC2652P7 and EFR32MG21 chips. The newer processors in the Xnbada unit offer higher processing power for complex tasks.
Do both hubs support Thread and Zigbee protocols?
Yes, both the Xnbada and LOAMLIN hubs support Zigbee and Thread. They use dual antennas to maintain strong wireless signals for both protocols. This dual-protocol design ensures compatibility with a wide range of smart devices. You can mix and match devices from different manufacturers easily.
Which hub is lighter to install on a shelf?
The Xnbada SLZB-MR4U weighs 2.88 ounces, making it the lighter option. The LOAMLIN hub weighs 3.17 ounces. Both units are small enough to sit unobtrusively on a shelf or desk. The slight weight difference is negligible for most installation scenarios.
