DSGW-210 IoT Edge Gateway

DSGW-210 IoT gateway is Dusun IoT's flagship product. It supports multiple protocols and edge computing functions. You can find any features you want at our DSGW-210 IoT gateway product. Explore its charm by reading its model list, RAM and eMMC configuration, feature summary, block diagram, mechanical drawings, hardware parameters and connectivity pformance, as well as its integration with AWS LoRaWAN IoT Core and Azure IoT.
Table of Contents
dsgw-210 IoT Edge Computing Gateway
ModeWi-Fi 2.4G/5GBle 5.2Zigbee 3.0Z-WaveLoraLTE CatM1LTE Cat1Li batteryMatter & ThreadLTECat 4GPSECCWireles s M-bus/sub-g
NOTE: [1] represents EFR32MG21F768. [2] represents EFR32MG21F768
model list explanation of dsgw-210 IoT Edge Computing Gateway

Sample:In order to ensure customers can quickly test samples, Dusun prepares 2 models, DSGW- 210-F-1, DSGW- 210-F-18. If customers need other models, he can test on 2 models first, and can be customized after batching.

1. Introduction

1.1 Purpose& Description

DSGW-210 is an IoT gateway with multiple protocols and edge computing functions. It provides reliable connectivity for a wide range of wireless IoT devices. The gateway’s modular architecture provides the ability to customize many gateway features providing an off-the-shelf solution that meets your exact needs. Options include Cellular, Bluetooth, Wi-Fi, Ethernet, USB, ZigBee, Z-wave, Lora, and Li battery backup.

1.2 Product Feature Summary

  • Support 5V USB type-c power supply
  • Support IEEE802.11ac, IEEE802.11a, IEEE802.11n, IEEE802.11g, IEEE 802.11b Protocol
  • Support 4G LTE CAT M1, CAT1,CAT4
  • Support Bluetooth 5.2
  • Support ZigBee3.0
  • Support Z-WAVE
  • Support LoRaWAN
  • Support Thread and Matter protocol
  • One WAN/LAN variable network port
  • Support USB2.0
  • Backup Li-battery
  • Supporting LoRaWAN CLASS A/B/C standard
  • Compatible with mainstream network servers like The Things Industries, AWS, etc.
  • Support WM-bus

1.3 Hardware block diagram

block diagram of dsgw-210 IoT Edge Computing Gateway

2. Mechanical Requirement


dsgw-210 IoT Edge Computing Gateway
DSGW 210 product image 4

2.2 Interface and Dimension

physical interface of dsgw-210 IoT Edge Computing Gateway
dimensions and sizes of dsgw-210 IoT Edge Computing Gateway

3. Specifications

3.1 Technical Specification

Power SupplyUSB Type-C 5V/3A
Reset buttonThe reset button is a hole button, After pressing the reset button for more than 5 seconds, the Locator will be restored to the factorysettings.
SwitchOn/Off power
Network InterfaceWAN/LAN variable.
SIM cardMicro SIM card
SD card1
Indicator LEDs(RGB)1).Power &battery LED 2). Wireless LED 3)LTE indicator
Wireless protocolZigbee, Z-WAVE, BLE ,Wi-Fi, LoRaWAN
AntennaZigbee/BLE PCB Antenna, Z-WAVE/Wi-Fi FPC Antenna
Li battery5000mAH
Installation methodFlat, Ceiling, DIN
RTCReal-Time Clock operated from an onboard battery
Hardware encryptionECC608
Operating Temperature-10℃~60℃
Storage Temperature-40℃~85℃
Operating humidity10%~90%
IP ratingIP22
CoolingHeat dissipation silicone/aluminum
Current[email protected]

3.2 Performance Requirement

CPUQuad-core Cortex A53
SystemLinux Debian 9
RAMUp to 2GB
eMMCUp to 32GB
SD cardUp to128GB
Wi-Fi Performance• IEEE wireless LAN standard:
IEEE802.11ac; IEEE 802.11a; IEEE802.11n; IEEE802.11g; IEEE 802.11b
• Data Rate:
IEEE 802.11b Standard Mode:1,2,5.5,11Mbps
IEEE 802.11g Standard Mode:6,9,12,18,24,36,48,54 Mbps
IEEE 802.11n:MCS0~MCS7 @ HT20/ 2.4GHz band
MCS0~MCS7 @ HT40/ 2.4GHz band
MCS0~MCS9 @ HT40/ 5GHzband
IEEE 802.11ac: MCS0~MCS9 @ VHT80/ 5GHzband
• Sensitivity:
VHT80 MCS9 : [email protected]% PER(MCS9) /5GHz band
HT40 MCS9 :[email protected]% PER(MCS9) /5GHz band
HT40 MCS7 : [email protected]% PER(MCS7) /2.4GHz band
HT20 MCS7 : [email protected]% PER(MCS7)/2.4GHz band
• Transmit Power:
IEEE 802.11ac: 13dBm @HT80 MCS9 /5GHz band
IEEE 802.11ac: 16dBm @HT80 MCS0 /5GHz band
IEEE 802.11n:14dBm @HT20/40 MCS7 /5GHz band
IEEE 802.11n: 16dBm @HT20/40 MCS0 /5GHz band
IEEE 802.11n: 16dBm @HT20/40 MCS7 /2.4GHz band
IEEE 802.11g: 16dBm @54MHz
IEEE 802.11b: 18dBm @11MHz
• WirelessSecurity: WPA/WPA2, WEP, TKIP, and AES
• Working mode : Bridge、Gateway、AP Client
• Range: 50 meters minimum, open field
• Transmit Power:17dBm
• Highest Transmission Rate:300Mbps
• Frequency offset: +/-50KHZ
• Frequency Range (MHz): 2412.0~2483.5
• Low Frequency (MHz):2400
• High Frequency (MHz):2483.5
• E.i.r.p (Equivalent Isotopically Radiated power) (mW)<100mW
• Bandwidth (MHz):20MHz/40MHz
Bluetooth-Performance• TX Power: 19.5dBm
• Range: 150 meters minimum, openfiled
• ReceivingSensibility: [email protected]%BER
• Frequency offset: +/-20KHZ
• Frequency Range (MHz):2401.0~2483.5
• Low Frequency (MHz):2400
• High Frequency (MHz):2483.5
• E.i.r.p (Equivalent Isotopically Radiated power) (mW)<10mW
• Bandwidth (MHz):2MHz
• Modulation: GFSK
• TX Power: 17.5dBm
• Range: 100 meters minimum, open filed
• Receiving Sensibility:-94dBm
• Frequency offset: +/-20KHZ
• Frequency Range (MHz):2400.0~2483.5
• Low Frequency (MHz):2400
• High Frequency (MHz):2483.5
• E.i.r.p (Equivalent Isotopically Radiated power) (mW)<100mW
• Bandwidth (MHz):5MHz
• Modulation: OQPSK
Z-wave Performance• TX power up to13dBm (20mW)
• RX sensitivity: @100kbps-97.5dBm
• Range: 100 meters minimum, open filed
• Default Frequency: 916MHz(Different country with different frequency)
LoRaWAN• Frequency band support: RU864, IN865, EU868, US915, AU915, KR920, AS923
• TX power up to 27dBm, RX sensitivity down to -139dBm @SF12, BW125kHz
• Range: 10KM maximum, open field
• Protocol: V1.0 Class A/Class B/Class C and V1.0.2 Class A/Class B/Class C • LoRa antenna gain:3/5dBi optional
• Lora Antenna Type: Omnidirectional
• Lora working mode: Full/half-duplex (optional)
LTE Cat M1Operation Frequency Band: 850/900/1800/1900MHZ
• Global:LTE:FDD:B1/B2/B3/B4/B5/B8/B12/B13/B18/B19/B20/B26/B28
• North America: LTETDD:B2/B4/B12/B13
• LTE TDD:B39(for cat.M1only)
LTE Cat1• LTE FDD: B2/B4/B5/B12/B13
• WCDMA:B2/B4/B5
• LTE FDD Data rate:10(DL)/5(DL)
Wireless M_BUS• 868 MHz and 434 MHz 169 MHz band (Mode N)
• Wireless Gecko supports all Wireless M-Bus PHY configurations, according to EN13757-4 (both directions in all cases):
• Mode S
• Mode T
• Mode R2
• Mode C
• Mode N (all indexes, index 3/9/12 only on Series 2)
• Mode F

4. QA Requirements

4.1 Quality and Testing Information

Information DescriptionStandard(Yes) custom(No)
ESD TestingYes
RF Antenna AnalysisYes
Environmental TestingYes
Reliability TestingYes
CertificationFCC, CE, Bluetooth(BQB), PTCRB, RoHs

5. The Application Scenarios

The DSGW-210-X-4 supports integrating with AWS or Azure IoT by the pre-installed Things Stack, which is an enterprise-grade LoRaWAN network server. The Things Stack as an open-source LoRaWAN network server provides a better communication solution between the devices. The users can connect the existing LoRaWAN devices and manage the communication between them via utilizing the existing infrastructure from the Azure IoT or AWS. Such as managing their LoRaWAN devices to understand the status of devices and gateways, updating the device reported characteristics, and proposing downlinks based on the device’s desired attributes, and sending end-to-end encrypted

5.1 The Architecture between DSGW-210 and Azure IoT

The following diagram describes the architecture of the integration it details the uplink and downlink data flows between the DSGW-210 and Azure IoT.

The integration between Azure IoT Hub and DSGW-210B includes three features as the following: Handling uplink messages: The DSGW-210B publishes uplink messages to the Azure IOT Hub of theusers Creating and deleting devices: The users can manage the LoRaWAN devices in the Azure IoT Updating state in device twin: The users can update the properties coming from the LoRaWAN devices. At the same time, the users can propose the downlinks according to the device desiredproperties

5.2 The Architecture between DSGW-210 and AWS

dsgw-210 IoT Edge Computing Gateway integrating with AWS IoT core

The DSGW-210 IoT Edge gateway saves integration time and headache with the AWS IoT Core for LoRaWAN. The users can integrate directly with AWS IoT Core via the things stack deployed on the AWS LoRaWAN Gateway. This is a simple operation. The user just to integrate with the AWS IOT Core via a default integration. The Integrating between DSGW-210B and AWS IoT core is mainly related to the downlink and uplink data flows between them. Besides that, the users can claim and create a new device in AWS IoT Core, which can be synchronized in the DSGW-210B. The most important thing is that this integrating is implemented via end-to- end encryption on the LoRaWAN level.

Also Explore: AWS IoT Gateway

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