1) Gateway should be installed in the place with at least 20 degrees of depression angle
to building edges, and with at least 50cm clearance when installed at the side of a building
wall.
2) LoRa Omni directional antenna should be as far as possible from the other antennas,
and should be lower than the highest elevated point of the building.
3)The antenna should be installed vertically to the ground to achieve good effect.
4)Do the protection of lightning protection for gateway equipment, access network
cable of gateway, gateway antennas(surge arrester/lightning protector), and make sure
the antenna with the feeder to be connected to ground.
5)Using low power consumption RF coaxial cable of the feeder , as short as possible.
6)The feeder connector of antennas should be waterproof. If the feeder connector has
been flooded for a long time, the contact resistance of the connector is increased, the line
loss of the signal line is increased, and the antenna performance will be decreased.
7)If using 4G, you should choose a place with better L TE signal; The monthly traffic
plan should be more than 6G (depending on the number of nodes).
8)When the gateway is power on, the sequence of connection is: Firstly, connect one
end of network cable to gateway , and then the other end of the network cable to POE power
source or the end of POE exchanger, otherwise, the POE power source or POE exchanger
port will be damaged.
9)If using the PC side browser, it is strongly recommended that you use Google or
Firefox.
10) We suggest connecting POE splitter with backup power supply to prevent damage
of the log stored in TF card after power cut. If there is big data stored in TF card, it’ll take
long time to restore the log of the TF card after restarting th e gateway, and the gateway can
work normally after you finished restoring the log of TF card.
11)The product requires professional installation and the certified antennas should be
used.
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Shenzhen Winext Technology Co., Ltd.
Product introduction
1. Product definition
Winext Technology have launched the IoT base station gateway GW5000A based on low
power LoRaWAN protocol, which can provide low power, mobile and safe local
bidirectional communication service for IoT devices. LoRaWAN can simplify the
interconnection of device, user and network, as well as provide standard.
GW5000A is designed to be used in long rang e star network architectures; it can a chieve
message delivery between front-end device and central network server. GW5000A is
connected to the network server via standard IP connections while front-end devices use
single-hop wireless communication to one or many GW5000A gateways.
The communication between front-end devices and GW5000A is established by
different channels and data rate, which can be negotiated in advance. In order to save the
battery life, GW5000A can maximize the power saving by implementing ADR (Adaptive
Date Rate). With our IoT technology and our base station gateway GW5000A, users can
then have their own IoT control system to achieve customized smart services, which will be
widely applied in the f ields of smart p arking, smart fire-fighting, energy management, asset
tracking, smart grid, industry 4.0, smart agriculture and ect in the future.
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2. Interface introduction
Shenzhen Winext Technology Co., Ltd.
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Shenzhen Winext Technology Co., Ltd.
No Name No Name
1 POWER indicator 2 Wi-Fi indicator
3 USB indicator 4 WAN indicator
5 LAN in dicator 6 3G/4G indicator
7 SMA head port of WiFi antenna 8 SMA head port of LoRa antenna
9 SMA head port of GPS antenna 10 SMA head port of LTE antenna
11 Power indicator of SX1301 board 12 IPX port of the main antenna of 4G module
13 48V power port 14 Solar/standby power 12V grounding port
15 Solar/standby power 12V input port 16 WAN port
17 LAN port 18 Hardware reset button
19 Button to restore the factor y setti ngs
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Shenzhen Winext Technology Co., Ltd.
3.Basic information
1)LAN IP: 192.168.3.1, DHCP server is enabled by default;
2)Web page default user: root; login password: WelcomeTo2018;
3)WAN open DHCP client by default, need to connect with router;
4) 4G/LTE: Europe LTE, US 4G, support automatic dialing by default;
5) Wifi: 2.4GHz, AP mode, max transmit power:18dBm; W iFi hotspot:GW5000_+the end
6 characters of gateway ID; Password:gateway2018better
6)WAN and 4G network, priority in using the WAN traffic by default, 4G as a backup. When
WAN is not working, switch to 4G; Gateway needs to be able to get normal access to the internet,
network delay(ping lora.smartkit.io)less than 50ms, if using Ethernet, network speed should be
above 2M; If using 4G card, the monthly data access plan should be above 6G(it depends on the
nodes quantity)
7) The default fi le fo rmat of TFcard: FAT32, when the rest memory less than 2G, the oldest
log files will be cleared.
8)Support foreign server, e.g. TTN;
9)Support reporting status regularly(WAN, LTE, LoRa, WiFi, TF card)