Beschreibung
Compact LoRaWAN indoor gateway tailored for smart offices and smart buildings. This gateway serves as an auxiliary device, bridging signal blind areas within small-scale LoRa networks.
Powered by the SX1308 chip, it fully adheres to the LoRaWANTM standard. Simultaneously receiving data from 8 channels, the gateway efficiently encapsulates data into Ethernet packets and transmits it in real-time to the LoRaWAN VEMCO network server. Additionally, it can process tasks from the server, converting Ethernet data into radio frequency signals and transmitting them to respective end-devices. This bidirectional transmission capability fosters seamless communication within the Internet of Things.
The GW1000 finds versatile applications in various settings such as, offices, basements, plants, stores, cafes, and bars, offering a reliable and convenient solution for enhancing smart connectivity.
l Support LoRaWANTM latest protocol stack LoRaWAN1.0.2, LoRaWAN 1.0.3, LoRaWAN1.1,
l Compatible with other LoRa end-device
l 8 uplinks channel, 1 downlink channel, support adaptive data transfer rate
l Support wired network, LTE available,4G version, WiFi, support WAN/4G network connection switch automatically
l LTE version optional for China, Europe, US respectively. Chinese version suitable for China mobile, China Unicom, China Telecom; support 4G network reconnection
l Support WiFi spot
l Support USB storage and device extension
l Support status check on WEB and modify configuration
l Support firewall protection and DNS parsing rebinding protection
l Support remote OTA upgrade, self-diagnosis and repair
l Support TF card log storage
Hardware:
|
Description |
Specifications |
|
Master control |
Qualcomm 9531 master control chip, 128M memory, 16M Flash |
|
Power supply |
DC12V |
|
LoRa frequency |
CN470-510/EU863-870/US902-928/AS923/AU915-928/KR920-923 |
|
LoRa communication rate |
292bps - 5.4kbs, support spread factor SF7-SF12 |
|
LoRa Tx power |
17dBm Maximum power: 20dBm (at the antenna mouth) |
|
LoRa Rx sensitivity |
-141dBm@SF12 |
|
LoRa antenna gain |
2dBi |
|
LoRa antenna type |
Omni-direction |
|
Channel |
8 uplinks, 1 downlink |
|
LoRa working mode |
Half-duplex |
|
Base station |
Network |
|
LTE model |
Frequency supported by 4G module for China: LTE-TDD : B38/B39/B40/B41 LTE-FDD: B1/B3/B5/B7/B8 TD-SCDMA: B34/B39 UMTS:B1/8 EVDO: 800MHz CDMA1x: 800MHz GSM: 850/900/1800/1900 |
|
Frequency supported by 4G module for US: FDD LTE:B2/B4/B12 WCDMA: B2/B4/B5 |
|
|
WiFi |
2.4GHz, AP mode, Maximum power: 18dBm |
|
Data backhaul |
10/100M Ethernet, 3G/4G |
|
Debug interface |
WiFi; LAN; serial port |
|
Temperature |
-10℃～50℃ |
|
Humidity |
5%～95% |
|
Consumption |
7W |
|
Dimension |
180mm*115mm*168mm |
|
Cornel |
Linux-4.14.88 |
|
LoRa protocol |
LoRaWANTM V1.1 GWMP protocol, Class A/C |
|
User interface |
WEB interface |
|
Language and interface |
Chinese/English, logo available or not |
|
3G/4G dial networking |
Support QMI-Qualcomm universal dialing |
|
Local time synchronization |
Support NTP client, different time zones can be set |
|
Upgrade and flash |
Support upload firmware fresh in WEB and OTA remote upgrade |
|
WiFi connect to gateway |
2.4GHz, 802.11bgn, WPA2 PSK encryption, support remote upgrade |
|
Firewall |
IP tables v1.8.2, support customized rule, equipped with STA+AP protection |
|
Network load balancing |
Support WAN and 4G network connection, WAN network preferred |
|
Gateway ID generate automatically |
Gateway ID generated based on WiFi MAC address |
|
Local log management |
Support logs stored in TF card, when it full to clear the old one |
|
Fault self-diagnosis |
Support system self-diagnosis, and report results |
|
Remote management |
Support to report gateway and WAN, 4G, WiFi, LoRa, TF card status in a period, support remote downlink configuration parameters, remote upgrade, remote reboot, remote maintenance |