Bluetooth Gateway

Dusun IoT Bluetooth gateways are composed of Bluetooth low energy wireless module to exchange data with smart Bluetooth/BLE compatible devices like beacons in real time, and send data securely and reliably to cloud via Wi-Fi/Ethernet/LTE.

ble gateways bluetooth
ble gateway protocols
ble gateway architecture

Bluetooth gateway is an IoT device that reporting the status of Bluetooth devices and beacons to network servers, which execute decisions as well as data visualization, and forward the command from the cloud to end BLE devices using high bandwidth networks like Wi-Fi, Ethernet, or LTE at the same time.

Dusun Smart Bluetooth IoT Gateways

Dusun IoT offers a diverse selection of BLE gateways built on a variety of SoCs and MCU to assist enterprise developers in swiftly customizing their Bluetooth Low Energy gateways for system integration and proof of concept (POC). Expert FAE team supports SDK, API, and firmware programming. Data collection, bi-directional communication, interior location application, and numerous indoor and outdoor scenarios are all enabled.

Bluetooth to WiFi gateways using MTK WIFI-integrated SoCs are designed and built for premium network devices across several applications including routers, repeaters, gateways, etc. Bluetooth Low Energy WIFI gateway bridges the gap between non-IP BLE devices and the Internet, allowing for remote operation via mobile APPs. Bluetooth Scan, Connection and bi-directional Connection supported.

  • DSGW-040 L-Serial Smart Gateway
    CPU: MT7620
    RAM: Up to 128MB; OS: OpenWrt
    Protocols: Wi-Fi 2.4G, Z-Wave, Bluetooth 5.2, LTE Cat M1/ Cat1, Zigbee 3.0
    BLE Module: EFR32BG21
    Features: Li-battery Option, Muit-Mode Route

  • DSGW-090 MTK7628 Smart Ceiling LTE Gateway
    CPU: MTK7628 (MIPS24KEc (580MHZ))
    RAM: 128MB; Flash: 16MB
    Uplink: LTE Cat1/ Ethernet/ Wi-Fi 2.4G
    Downlink: BLE5.2 / Zigbee / Z-Wave / Wi-Fi 2.4G / Thread
    BLE Module: EFR32BG21
    Features: FEM Support, POE

  • DSGW-030 S-Serial Smart Gateway
    CPU: MT7688
    RAM: Up to 64MB
    OS: OpenWrt
    Protocols: Wi-Fi 2.4G, Z-Wave, Bluetooth 5.2, Zigbee 3.0
    BLE Module: EFR32BG21
    Features: Compact Size

  • DSGW-021 Dual band 4G Cat4 router Gateway
    CPU: MT7628AN(600MHz)
    RAM: Up to 128MB; OS: OpenWrt
    Protocols: Wi-Fi 2.4G/5G, Zigbee 3.0, Z-Wave, BLE 5.2, LTE Cat4
    BLE Module: EFR32BG21 or NRF52840
    Features: Dual-Mode Route

  • DSGW-010 Waterproof Industrial Gateway
    CPU: MT7628
    RAM: 64MB, Flash:16MB; OS: OpenWrt
    Protocols: Wi-Fi 2.4G/5G, GPS, Zigbee 3.0, Bluetooth 5.2, LTE Cat.M1
    BLE Module: EFR32BG21
    Features: IP66 Waterproof

  • DSGW-020 Dual-Band CPE Gateway
    CPU: MT7628A
    RAM: Up to 128MB; OS: OpenWrt
    Protocols: Wi-Fi 2.4G/5G, Zigbee 3.0, Bluetooth 5.2, LTE Cat.M1, LTE Cat.1
    BLE Module: EFR32BG21
    Features: Dual Band, POE Support

  • DSGW-023 Smart Router Gateway
    CPU: MT7621A (Dual-core 880MHZ)
    RAM: Up to 512MB; OS: OpenWrt
    Protocols: Wi-Fi 2.4G/5G, Zigbee 3.0, Z-Wave, LTE Cat.4, Bluetooth 5.2
    BLE Module: EFR32BG21
    Features: Gigabit Ethernet port

  • DSGW-201 Ceiling Router Gateway
    CPU: MT7621A 880MHZ Daul-Core
    Uplink: 4G LTE Cat4 / Ethernet / Wi-Fi 2.4G/5G
    Downlink: Bluetooth 5.1/SIG mesh / Zigbee 3.0 / Z-Wave
    BLE Module: EFR32BG21 or NRF52840
    Features: POE, Bluetooth SIG Mesh

  • DSGW-070 Smart Gateway With Wi-Fi Repeater
    CPU: MT7628A
    RAM: Up to 128MB
    OS: OpenWrt
    Protocols: Wi-Fi 2.4G, Z-Wave, Bluetooth 5.0, Zigbee 3.0
    BLE Module: EFR32BG21
    Features: Plug and Play

  • DSGW-097 MTK7628 Smart Ceiling LTE Gateway
    CPU: MTK7628
    Uplink: Wi-Fi / Ethernet / LTE Cat.1
    Downlink: Zigebee 3.0 / Z-wave / Bluetooth
    BLE Module: EFR32BG21
    Features: PoE, Enocean
Bluetooth gateway hubs using Rockchip SoCs are capable of working as a cloud-free local hub. RK series SOCs has excellent operational frequency, outstanding energy-saving performance, and lightweight AI capability for IoT edge computing functionality, saving cost on bandwidth fees and maximizing the data security.
  • CPU: RK3328; RAM: 2GB
    OS: Debian, Ubuntu, Android, Yocto
    Protocols: Bluetooth 5.2, Zigbee 3.0, Z-Wave, LoRaWAN, Wi-Fi 2.4G/5G, Thread and Matter, LTE Cat M1, Cat1, Cat4, M-Bus/Sub-G
    BLE Module: EFR32BG21
    Features: Edge Computing, Li-battery Option
  • CPU: PX30
    RAM: Up to 2GB
    OS: Debian
    Protocols: BLE 5.2, Zigbee3.0 (Matter), EnOcean, LTE Cat1, Wi-Fi 2.4G/5G
    BLE Module: EFR32BG21
    Features: Open-Hab Pre-installed, Li-battery Option, Enocean
  • CPU: RK3308
    RAM: Up to 512MB
    OS: Ubuntu, Debian, Android
    Protocols: Wi-Fi 2.4G/5G, Bluetooth 5.2, Zigbee3.0, Z-Wave, Lora
    BLE Module: EFR32BG21
    Features: POE, Compact Size
  • CPU: RK3328 Quad-core CortexA53
    RAM: 2GB
    OS: Debian
    Protocols: Bluetooth 5.2, Zigbee 3.0, Z-Wave, LoRaWAN, Wi-Fi 2.4G/5G, LTE Cat1
    BLE Module: EFR32BG21
    Features: POE, Edge Computing, Gigabit Ethernet port
  • RK3328 Quad-core ARM Cortex-A53 Mali-450MP2 GPU
    RAM: Up to 2GB
    OS: Debian
    Protocols: BLE 5.2, LTE Cat.M1, Wi-Fi 2.4G/5G
    BLE Module: EFR32BG22, EFR32BG21, Bluetooth M8821CS1
    Features: Bluetooth AOA, PoE
  • CPU: DSOM-050R RK3308 Quad-core Cortex-A35
    Uplink: LTE Cat.1/Ethernet
    Downlink: BLE 5.2/ Zigbee 3.0/ Wi-Fi/ Z-WAVE
    BLE Module: EFR32BG21
    Features: POE Support
  • CPU: Rk3588 quad-core Cortex-A76 and quad-core Cortex-A55
    OS: Debian
    Protocols: Wi-Fi 6, 2.4G/5G, LTE Cat1 / Cat4, Bluetooth 5.2, LoRaWAN
    BLE Module: EFR32BG21
    Features: Edge Computing, 6 Tops AI
  • RK3568 Quad-core Cortex-A55
    RAM: Up to 8GB; Storage: Up to 128G
    OS: Linux, Debian, Android, Ubuntu
    Protocols: Wi-Fi 2.4G/5G, Z-WAVE, Zigbee3.0, LoRaWAN, GPS, Sig Mesh, Sub-G and Matter
    BLE Module: EFR32BG21
    Features: Edge Computing, 1 Tops AI, HDMI Support
  • CPU: PX30
    RAM: 2GB; eMMC: 8GB
    OS: Android
    Protocol: Wi-Fi 2.4G/5G, Bluetooth 5.2, ZigBee 3.0, Z-Wave, LTE Cat1
    BLE Module: EFR32BG21
    Features: HD Touch Screen, Li-battery Option, Built-in Microphone and Speaker
  • CPU: RK3328 processor
    RAM: up to 2 GB; OS: Debian 12
    Protocol: BLE 5.2, Zigbee 3.0, Z-Wave, 4G LTE, Thread and Matter
    BLE Module: EFR32BG21
    Features: Home Assistant Pre-installed, Li-battery
  • CPU: PX30K
    RAM: 1GB/2GB; OS: Debian
    Protocol: BLE, LoRaWAN, Ethernet, Wi-Fi, LTE
    BLE Module: Wi-Fi/BLE BL-M8821
    Features: IP66 Waterproof, POE, OTA Support, Satellite Positioning
Industrial Bluetooth gateway using high-performance NXP I.MX8m SoC is the perfect option for IIoT edge computing, condition monitoring, and predictive maintenance. Multiple wired ports and I/O interfaces for strong connectivity.
  • CPU: i.MX6ULL RAM:512MB; OS: Debian Protocols: BLE, Zigbee, Can, Modbus, Ethernet, Wi-Fi, LTE BLE Module: EFR32BG21 Features: Docker Support, Edge Computing
  • CPU: NXP i.MX8M mini Quad-cores Cortex-A53 and Arm® Cortex-M4F RAM: 1GB; eMMC: 8GB; System: Yocto 3.1 (Dunfell) Uplink: 4G LTE Cat.4 / Ethernet / Wi-Fi 2.4G/5G; Downlink: Bluetooth 5.2 BLE Module: Wi-Fi/BLE BL-M8821 Features: Industrial real-time Ethernet protocols, field bus protocols
ESP32 Bluetooth WiFi gateway using a 2.4GHz Wi-Fi and Bluetooth LE combo chip to lower the device cost , and running FreeRTOS for implementing low-power smart home automation.
  • CPU: ESP32; Support Micro SIM card (LTE CatM1) OS: FreeRTOS Protocols: Wi-Fi 2.4G, Zigbee3.0,  Bluetooth 5.2, LTE CatM1, Z-Wave BLE Module: NRF52840 or AMBER-BLE Features: Compact Size
BLE NB-IoT gateway using Nordic nRF5284 as MCU is a pure BLE data transfer gateway (transparent transmission for wearable devices and smart home gadgets). nRF52840 SoC supports Bluetooth Low Energy and Bluetooth mesh.
  • CPU: BLE DSM-05E(nRF52840) SIM card: e-SIM /micro SIM Optional; Installation method: Flat, Ceiling, DIN Uplink: LTE Cat.M1/CatNB; Downlink: Bluetooth 5.2 Features: Compact Size
Bluetooth to IP gateway using EFR32BG24 SoCs as MCU employs compact design for handy use. Users are allowed to carry it outside with wearable devices like medical CGMs and coin tags for students. This Bluetooth IoT gateway can sending info to backend cloud platforms for emergency precaution.

Why Choose Dusun IoT Bluetooth Solutions

Remarkable Bluetooth Performance

Silicon Lab & Nordic high quality BLE modules, support BLE 5.2; A single Bluetooth gateway can manage up to 32 BLE end device; FEM Support.

remarkable bluetooth performance

Bluetooth Feature Enhancements

Support various Bluetooth feature enhancements for different solution requirements, covering BLE Mesh, BLE Long Range, BLE AOA, etc.

Modular Design for Flexible Customization

All bluetooth gateway adopts modular design, which can be quickly tailored by excluding or adding components and features. Muti-protocols support for various applications (Zigbee, Z-Wave, LoRaWAN, Wi-Fi, LTE, etc).

modular design protocol connectivity

Tested and Full Certification

BLE gateways are fully tested and ready International certifications like BQB, FCC, IC, FAC, WPC, KC, NTC, RCM, and SRRC, etc.

full certification
One Stop OEM/ODM Services
odm oem service

BLE Gateway Secondary Development Support

Dusun IoT provides comprehensive, rigorously tested development resources, ensuring high reliability and efficiency. Our expert FAE team offers personalized one-on-one support for customers addressing technical challenges during Bluetooth gateway secondary development, accelerating time-to-market and gaining a competitive edge.

Smart Terminal Connectivity Support

smart device connect support

System/Application Porting

system transplant

Software Development & Deployment Support

api develop support

Cloud Platform Integration

cloud connect support

Bluetooth IoT Solution

When establishing an IoT solution, a bluetooth smart gateway is the ideal choice in the following situations: The sensors are situated in a remote location, maybe only accessible via cellular connection, and there is no other way to link the sensor to the network (we’ll investigate those choices in a bit). For security purposes, a closed or dedicated network is necessary.
Dusun IoT has in-depth experiences in Bluetooth IoT indoor and outdoor solutions, including RPM (remote patient monitoring), AoA positioning and RSSI location tracking, industrial automation, building automation, BLE mesh lighting contorl, and so on.

One-stop Development for IoT Gateways, Industrial Motherboards & System on Modules. Turn IoT Device Development Process into Success.

Bluetooth Gateway FAQs & Knowledge Base

Dusun Bluetooth beacon gateway can adapt to Apple iBeacon, Google Eddystone Beacon, and AltBeacon to help your Bluetooth location tracking solutions. In addition to a web interface that allows you to easily set up and update your firmware over the OTA, Dusun also provides a standard Beacon2MQTT API interface to a public MQTT server or your private server.

BLE Beacon Gateway | LTE/Wi-Fi/Ethernet for IoT – DusunIoT

Dusun Bluetooth GATT gateways can connect 32 devices at the same time, and support a variety of Bluetooth GATT profiles, such as IoT medical devices. Besides, Dusun provides a standard BLE2MQTT API interface, quickly parsing your device data and connecting to MQTT server.

Bluetooth GATT Gateway | Dusun IoT

BLE mesh network can cover a huge area of physical areas and contain a large number of Bluetooth devices simultaneously. Bluetooth low energy mesh network is specially designed for building large-scale device networks. Therefore, Bluetooth mesh gateway is the best choice for building automation, smart sensor network, and other IoT solutions.

BLE Mesh Gateway | Smart Bluetooth SIG Mesh Gateway – DusunIoT

If you have a connection needs up to long range Bluetooth 1km, Dusun Bluetooth long range gateway is your best choice. Our long distance Bluetooth gateways have a battery life of nearly five years to meet your long time uses. What’s more, thanks to Bluetooth Ecosystem, there is a cost-effective way to create more accurate tracking and monitoring for indoor and outdoor devices.

Bluetooth Long Range Gateway – DusunIoT

Dusun has been a leading roam Bluetooth gateway manufacturer. Our Bluetooth gateways allow you to roam among several separate rooms and halls without worrying re-secure the handshake and re-Bluetooth pairing. Dusun roam Bluetooth technology can help your Bluetooth device always stay connected within Bluetooth coverage area. The users’ service connection is maintained during Bluetooth roaming without human intervention, or changing to the Bluetooth protocol and terminal.

Bluetooth Roaming Gateway For Smart Hospitals

Bluetooth gateway acts like a bridge between BLE devices and other high bandwidth networks such as Wi-Fi, LTE 4G or Ethernet. Bluetooth IoT gateway receives data in real-time from BLE beacons and sensors, and sent the data reliably and securely to the cloud server, so as to off security alert, personnel and asset tracking and location, and other reporting uses.

When we say Bluetooth gateway, in most cases, we are talking about BLE (Bluetooth Low Energy) gateways. The Bluetooth gateway is designed to communicate with BLE end devices. A BLE device cannot interact with a Bluetooth Classic device. Furthermore, BLE devices are designed small size and long lifespan because of BLE’s feature of low-power consumption. Following are the detailed interpretation:

Idle State: A BLE-enabled device’s radio only wakes up when necessary to save power. When a BLE device wants to send or receive data, the LE radio switches on to execute the essential functions swiftly and then disconnects. This feature determines that BLE radio is appropriate for sending tiny data packets on a regular basis, ranging from once every second to every few days.

Shorter Connecting Time: Because there are fewer RF channels available for connection, BLE requires less energy, resulting in speedier connections and less scan time.

Smaller Data Packet: Bluetooth LE data packets are much smaller than Bluetooth Classic data packets. When encoding and decoding, smaller packet sizes necessitate less computing cost. This cuts down on electricity use.

Asymmetric Design: The BLE protocol employs an asymmetric design to assign responsibilities to devices that wish to connect; one must play a Central role, while the others must play a Peripheral role; the resource-restricted devices performs the least work. Central device have higher processing power and battery capacity, like BLE gateways. Peripherals, on the other hand, are often low-processing-power devices with limited energy resources, such as fitness trackers, heart rate monitors, and so on.

To view more detailed explanation on difference between BLE vs Bluetooth gateway, please view this article.

Of course, yes. We will release an API interface for device connection if your BLE devices are from third-party manufacturers, such as BLE humidity sensors, watches, door locks, and so on.

Data acquisition: If you use our Bluetooth gateways to connect BLE sensors and collect data, you may utilize the gateway directly. Our Bluetooth Low Energy internet gateway will collect advertising data from sensors and upload it to the backend.

Bi-directional transmission: If you want to utilize Bluetooth gateway to operate door locks and switches, record operation times, and any other applications, you must supply some device parameters such as UUID, and the Dusun IoT FAE team will assist with downlink device connection.

The working principle of BLE gateway is mainly divided into three steps:

  1. The BLEcomponent within the BLEgateway connects to the BLE terminal Bluetooth device, scans it, and gathers or accepts its data (bi-directional connection or advertising mode).
  2. BLEdata is received and transferred to WiFi via the serial port.
  3. The BLEgateway’s WiFi component sends data to the cloud platforms.

Communication protocols: TCP, UDP, and MQTT are the three most often used ones.

Data format: The Bluetooth gateway collects data, which is typically packed and transferred in JSON standard format to the cloud platforms.

Extended application:  indoor positioning on BLE gateway is based on the Bluetooth positioning algorithm. For details, please refer to DSGW-200 indoor positioning gateway

Bluetooth gateway’s transmission range is a key factor that affects the range and reliability of communication between Bluetooth devices. Bluetooth gateway transmission distance are mainly influenced by:

Bluetooth versions: The transmission distance increases with Bluetooth version iteration. Different Bluetooth versions have varying transmission range. The maximum transmission distance for BLE 5.0 is about 200 meters (for reference only). You can explore more Bluetooth version comparison here.

Obstacles: Obstacles have an impact on the Bluetooth transmission distance. A Bluetooth signal, for instance, experiences resistance while travelling through walls, which makes the signal weaker.

Power strength: The Bluetooth transmission range is increased in proportion to the gateway’s power. The power strength of the gateway will have an impact on the reliability and transmission speed of remote Bluetooth device connection. Explore how to set up a Bluetooth long range  transmitter gateway here.

Other wireless interference: Other wireless signal interference may have an impact on the Bluetooth transmission range. For instance, The transmission distance of Bluetooth may be decreased if nearby Wi-Fi signals interfere with Bluetooth transmission.Explore more on Bluetooth Long Range Transmitter here.

Adjust the gateway power: The strength and distance of the Bluetooth signal may be efficiently increased by modifying the power of the gateway (you can add a signal amplifier), which will improve the stability and range of Bluetooth transmission.

Optimize device distance: By maximizing the distance between Bluetooth devices, you may prevent interference and signal attenuation.

Use Bluetooth mesh topology: The efficiency and dependability of Bluetooth device connection may be increased by using distributed Bluetooth mesh network technology. You may interested in BLE mesh gateways.

Reduce obstacles: reducing environmental impediments like walls can increase the stability and range of Bluetooth transmission.

The Bluetooth gateway is primarily used to address the issue that the BLE terminal device cannot transmit data over the Internet. Working together with BLE sensor/beacon network, PaaS/SaaS, Bluetooth gateways serves as a bridge hub to connect BLE terminal devices and upload large amounts of data captured by terminal devices to the cloud server or data center, making BLE terminal devices successfully access the Internet. Get to know details of what is a Bluetooth gateway.

This is an efficient, real-time, strong-signal and short-distance IoT solution to monitor multiple systems in a building, manufacturing factories, or cities in real time, which enables fast reaction to concerns or abnormalities, boosting the overall efficiency and safety. Bluetooth gateway can be used for remote bi-directional communication with BLE end devices, issuing commands to operate BLE end devices.

Using Bluetooth gateways is also a cost-effective solutions because Bluetooth are comparatively affordable than others and you don’t have to exchange your legacy infrastructure as BLE gateways are reasonably simple to connect into your existing systems.

Yes, we have already use Home Assistant on Bluetooth gateway for BLE mesh lighting control in plant factory. Here is a guideline about how to configure BLE MESH add-on on our Home Assistant Bluetooth gateways for reference. BLE mesh is also widely used in smart home, so if you want to use Bluetooth gateway Home Assistant for home automation, welcome to consult our sale persons.

For tracking and proximity sensing indoors, BLE is a superior choice. Compared to WiFi, BLE offers more precise proximity data, but its maximum wireless connection range is only 30 meters. As an alternative, WiFi works better in public spaces. In order to correctly pinpoint the precise position of another device, it employs factors like SSID and MAC. By measuring a device’s access points, this is accomplished. Depending on the version, WiFi can also detect proximity beyond 100 feet.

With a maximum range of 240 meters (800 feet) between compatible devices, Bluetooth 5.0 significantly increases range. You can see more difference between Bluetooth versions and ranges here.

  1. connect the BLE end device or scan the broadcasting information of BLE terminal devices at regular intervals
  2. parse the data gathered from scanned BLE Bluetooth device
  3. connect to the cloud platforms to exchange data
  4. monitor whether the BLE terminal devices exist in real time (e.g. check whether the BLE terminal devices leave the BLE gateway’s monitoring range and send off a security warning in the backend management platform)
  5. connect to BLE beacons, positioning badges, wristbands, and other BLE devices to manage workers and equipment using Bluetooth positioning algorithms.
  6. manage BLE end devices (needs background management software)

All of the software on Dusun IoT gateways are compatible with OpenWRT, Linux, Debian, Ubuntu, Buildroot, and so on, and is capable of keeping a steady connection with up to 16 devices and transmitting data simultaneously.

The bandwidth between Dusun Bluetooth gateway and typical BEL Bluetooth devices can reach up to 50KB/s when the communication is stable. Exceeding this rate may result in data packet loss, but it is also required to refer to the individual application case. It is strongly advised to seek the advice of Dusun IoT’s experienced engineers.

By default, the Dusun Bluetooth gateway in the OpenWRT OS supports Bluetooth stack by Silicon Labs as well as API interfaces that go along with it.

Meanwhile, We have developed DSGW-210 IoT gateway to apply the bluez protocol stack, which is compatible with a variety of applications that correspond to Bluetooth.

The BLE single-mode Bluetooth module is currently the application set as the default on the Dusun Bluetooth gateway. This module only supports Bluetooth device communication connections for Bluetooth 4.0 and higher.

Dusun Bluetooth gateway in the OpenWRT OS places a cap on the number of devices in each reporting cycle of 400ns, which is sufficient to satisfy the requirements of most common Bluetooth IoT application scenarios.

Dusun Bluetooth gateways in the OpenWRT OS can offer an MQTT API interface that is suitable for general uses. All you have to do is to send a connection that is based on the free body communication protocol to the cloud through the interface. From there, you can perform operations such as read attributes, write attributes, and notify.

If both Bluetooth gateways and Bluetooth devices being used are manufactured by Dusun, you can simply assign the remote server address to your own platform on the gateway configuration page. After doing so, you can easily receive the data transmitted by your Bluetooth devices. Download our Bluetooth gateway configuration manual and develop BLE 5 application guideline here!

Dusun Bluetooth gateways use chips manufactured by Silicon Labs. While the Bluetooth chip in the Bluetooth module is manufactured by both Silicon Labs and Nordic.

The gateway-side Bluetooth module is running the most recent version, Bluetooth 5.3. This latest edition improves the efficiency of peripheral device battery life extension. In particular, Bluetooth 5.3 improves periodic advertising to allow Bluetooth gateway devices to spend less time and power processing redundant data, and enables Bluetooth gateways to swiftly switch between low and high power cycles, assisting peripherals in power conservation. Meanwhile, Bluetooth 5.3 adds more strong and reliable wireless connections by performing channel classification to find the appropriate channel to use, decreasing mismatches chances. Bluetooth 5.3, on the other hand, introduces encryption key size management, allowing developers to select a minimum encryption key length, boosting overall security and efficiency. On the other hand,

Some of customers asked whether their BLE devices can be compatible with ours. You don’t have to worry about this as long as you use standard Bluetooth SIG protocols. The latest versions are backward-compatible and can work with lower Bluetooth protocols.

Last but not least, Bluetooth 5.3 support a variety of the most recent Bluetooth technologies we mentioned above.


Zigbee gateways integrated with the Bluetooth protocol can control Zigbee and BLE devices simultaneously, saving cost. This is nearly an industry trend, with many manufacturers’ wired and wireless gateways using Bluetooth as a function complement. Explore DSGW-030 Zigbee Bluetooth Gateway here.

Some may concern about stability when using multiple protocols. Actually, different wireless SoCs have its own bandwidth and processing capability, and there are another powerful MCU processors like RK3328 or NXP i.MX6 ULL to control all communication modules. So you go not need to worry about they are occupying the same memory and may influence the stability.

IoT Gateways for Recommendation


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