Overview of DSGW-030-5 Zigbee Z-Wave Hub Gateway
DSGW-030-5 is a revolutionary smart home Zigbee Z-Wave gateway hub redefines the way you interact with your interconnected gadgets.
The DSGW-030-5 Z-Wave and Zigbee hub’s powerful 580MHz frequency MT7688 CPU, equipped with Wi-Fi capabilities, makes it the perfect foundation for IoT gateway applications in smart homes. The IEEE 802.11 (b/g/n) protocols are supported by this gateway hub, guaranteeing a quick and reliable connection for all of your smart home devices.
Both the Zigbee 3.0 and Z-Wave Plus technologies are proudly supported by the DSGW-030-5, opening the door to a large range of smart home devices that can be smoothly linked and operated. This hub creates an intelligent bridge that connects all of the systems—lighting, security, or environmental sensors—under one unified network.
With its distinctive programmability feature, the DSGW-030-5 Z-Wave Zigbee controller distinguishes out from the competition and enables you to create personalized rules adapted to your particular applications. You can easily mold your smart home environment to suit your lifestyle and interests with this degree of customisation.
With the DSGW-030-5 Zigbee Z-Wave WiFi hub, you can experience the convergence of Zigbee and Z-Wave technologies in a harmonious symphony of connectivity and control, and creating a seamless and smart living space that answers to your every command.
Features of DSGW-030-5 Zigbee Z-Wave Gateway
Multipe-Protocol All-in-One IoT Gateway
DSGW-030 powered by Roombaner is an innovative IoT gateway, connecting various sensors/devices through Zigbee3.0, Wi-Fi 2.4G and Z-WAVE.
Secure Authentication and Reliable Connectivity
Secure device connections and data with mutual authentication and end-to-end encryption
Complete Certification
DSGW-030 has received FCC, CE, IC, Zigbee Certification, Bluetooth(BQB), and RoHs certifications for wireless communications.
Building your gateway has never been so easier
The developer doesn’t need to create the gateway from scratch. The developing resources such as Quickstart and dev tools are provided. Based on those resources, the gateway development becomes simpler and more convenient.
Directly to Market
Ready certificate
Ready enclosure
Not developing board,
Ready end product board
Hardware Overview of DSGW-030-5 Zigbee Z-Wave Bridge WiFi Gateway
Dimension and Package of DSGW-030-5 Zigbee and Z-Wave Smart Home Hub
Parameter of DSGW-030-5 Zigbee and Z-Wave Hub Controller
| CPU | MT7688 |
| System | OpenWRT |
| RAM | 64MB |
| Flash | 16MB |
| Interface | 1 * 10/100 Mbps WLAN/LAN variable port 1 * Micro USB port |
| Indicator LEDs | • The Zigbee LED flashes when a signal is received. • The Network LED indicates RED when no establishing a network connection. • The Network LED indicates GREE when a network connection is established. |
| Power Supply | • Input:100V~240V AC/50~60HZ • Output:5V/1A, Micro USB |
| Reset | Factory reset button. To reset the Gateway to its original factory settings, press and hold it for more than 10 seconds |
| Installation | Flat, Ceiling |
| Weight | TBD |
| Operating Temperature | 0℃~40℃ |
| Operating humidity | 10%~90% |
| IP Rating | IP 22 |
Application of DSGW-030-5 Z-Wave and Zigbee Hub
Use Cases of DSGW-030-5 Smart Hub Zigbee and Z-Wave
Kitchen Automation
Home Energy Monitoring
IoT Thermostat Monitoring
Home Health Monitoring
Developer Documents of DSGW-030-5 Smart Home Hub Zigbee Z-Wave
| Development | ||
|---|---|---|
| [QUICK START] | DSGW-030 Smart Programmable Gateway SDK Quick Start Guide v1.0.pdf | V1.0 |
| [SDK] | DSGW-030_sdk_AV4.8.314.4296608 | V4.8.314.4296608 |
| [Firmware packaging] | DSGW-030_AV4.8.308.4145708.tar.zip | V4.8.308.4145708 |
| [Zigbee module firmware] | DSI-0134-Amber-Zigbee_RV6 Version：ezsp ver 0x06 | V ezsp ver 0x06 |
| [Ble module firmware] | DSI-0177-Amber-BLE-NCP_AV3.2.4.0129 Version：3.2.4.297 | V 3.2.4.297 |
| [Z-Wave module firmware] | ZGM130S_Zwave_image_RV7.18.zip | V 7.18 |
| Third-Party Software | ||
|---|---|---|
| [Openz-wave] | OpenZwave Developer Tutorual | |
| [Bluefi] | Bluefi Developer DSGWBeacon Bluetooth packet info Bluefi Reference Bluetooth broadcast packet | |
Connectivity Model List of DSGW-030-5 Gateway Hub Zigbee Z-Wave
| Feature | RAM | Flash | Wi-Fi 2.4G | Bluetooth 5.2 | Zigbee3.0 | Z-Wave |
|---|---|---|---|---|---|---|
| DSGW-030-5 | 64MB | 16MB | ● | ● | ● |
FAQs of DSGW-030-5 Zigbee Z-Wave WiFi Hub
Does Z-Wave Devices Need a Hub?
Z-Wave is a wireless communication technology that is largely used in smart home networks to link smart devices and share information. The Z-Wave protocol allows battery-operated devices and enables two-way communication through mesh networking and message acknowledgment, offering a low-power substitute for Wi-Fi for continuous operation.
Z-Wave devices indeed require a Z-Wave gateway to serve as the bridge to links Z-Wavedevicesto the Internet. Meanwhile, Z-Wave Zigbee gateway can work as smart home hub to facilitate the communication amongst Z-Wave and Zigbee devices, so as to unlock the true potential of smart home automation for a seamless and interconnected living experience.
What is the best Zigbee compatible hub?
In 2016, the Zigbee Alliance released the latest Zigbee standard, Zigbee 3.0. Zigbee Home Automation (ZHA), Zigbee Light Link (ZLL), and other previously used profiles have been unified together. In addition, as security becomes more and more important, Zigbee 3.0 employs the symmetric AES-128-CCM technique for encryption at both the network layer and the application sublayer. Since 2017, the Zigbee 3.0 standard is mandatory. All new devices that do not meet the Zigbee 3.0 specification will not be certified.
What’s more, Silicon Labs, a leader in Zigbee chip market, is not only one of the first suppliers to invest in the developmen of Zigbee standard solutions, but also offers a full ecosystem for Zigbee hardware and software design. Its FR32MG family Zigbee chips, some of which can handle four protocols at once—Zigbee, Thread, BLE, Proprietary (sub GHZ), etc., was also developed to further advance the interconnection and interoperability of devices using other communication protocols.
Therefore, you can consider the gateway using Silicon Labs Zigbee 3.0 chip as the best Zigbee compatible gateway. Explore more universal Zigbee Gateways here.
Why Z-Wave is So Expensive?
Z-Wave is a wireless networking specification led by the Danish company Zensys. The Z-Wave Alliance’s members are all firms with products in the smart home market that are essentially available everywhere in the globe, despite the fact that it is not as strong as the ZigBee Alliance. Z-Wave chips are only available from Silicon Labs, whereas Zigbee chips are offered by a variety of manufacturers. That’s the reason why Z-Wave products is usually expensive than Zigbee devices.
Z-Wave technology was intended to be used for wireless smart home control when it was first developed. Smart thermostats, smart locks, smart lighting, smart sensors, smart plugs and outlets, and smart home hubs are just a few of the smart home and Internet of Things devices.
I am looking for Z-Wave Zigbee enocean gateway, do you have such products?
Yes, of course. Please visit our DSGW-211 Z-Wave Zigbee EnOcean gateway.
I am look for Zigbee Z-wave hub running home assistant, can DSGW-030-5 gateway Zigbee Z-wave run it?
No. Running Home Assiatant on smart home hub have some hardware requirement. You can check our DSGW-210 Home Assistant Zigbee Ethernet gateway running Debian OS.
Once logged into DSGW-030-5 Zigbee Z-Wave WiFi Hub via SSH, how can I view the traffic on the Z-Wave interface?
To view the traffic on the Z-Wave interface, you would typically need to read the log. By examining the log, you can monitor and analyze the Z-Wave network’s traffic and gain insights into the interactions between devices. You can execute the following command in the gateway’s frontend: /etc/init.d/zwdev stop; sleep 5; /usr/bin/zwdevd -d /dev/ttyUSB0 -b 115200
