Reference: DWM14042301
Spring antenna is specialized for wireless data transmission. This antenna with good performance of V.S.W.R, small size design, easily installation, stable performance and good anti-shock and anti-aged compatible for Hoperf Modules.
Reference: DWM14032902
SMA rf antenna connector is pallets copper gold andexternal thread needle sma pallets plate rf connector.
Reference: DWM14032102
Whip antenna for sub-1 GHz, 433MHz,868MHz and 915MHz with SMA male connectors.it's used with wireless module recommanded by Hoperf .
Reference: DWM14042401
SMA RG178 extension female cable for GPS, GSM antenna,RF module, SMA cable,IPEX to SMA jumper cable.
Reference: DWM18032302
USD3.0/pcs MOQ100pcs LoRa Antenna designed for Lora application which required for outdoor waterproof highgain and work at ISM free band like 433MHz /868MHz /915MHz SMA Male Whip antenna.
Reference: DWM16121503
DWM-TLB-3.0QB SUB-1GHz / 2.4GHz Whip antenna with a Collapsible SMA male connectors.Which are available for 433MHz,868MHz.915MHz and 2.4GHz..
Reference: DWM17111002
LoRa Antenna-433MHz High Gain internal aerial piamater FPC Antenna with IPEX connctor.
Reference: DWM15101001
Brand: Semtech
RFM50 module series’ design is based on the high performance RF50 SoC chip, It include a CIP-51 core‘ MCU and 100mW transceiver. It operate at 433/470/868/915 MHz ISM band, comply with FCC, ETSI regulation.
LoRaWAN Field Tester which helps to LoRaWAN network coverage it's easy to investigate whether the required area of sensor nodes is covered by gateways.
When deploying LoRaWAN Gateways, it is crucial to know whether they are far enough away from each other and if the area that should be covered by the gateways is in range at any location. It is important to locate the dead spots in your LoRaWAN network coverage.
When deploying LoRaWAN sensor nodes, it is crucial to know whether all sensor nodes are in the range of a gateway or hotspot.
With a LoRaWAN Field Tester , it is now easy to investigate whether the required area of sensor nodes is covered by gateways or if there are blind spots in which the sensor data cannot reach any gateway.
The RAK10701 Field Tester comes in two variants. The RAK10701-P has two antennas, one 2.3 dBi and one 2.8 dBi and a hard case. The RAK10701-L comes only with one 2.3 dBi antenna and no hard case.
This version is compatible with all LoRaWAN networks. For Helium please have a look into our Plug&Play version which is pre-registered on the Helium network and comes with free data credits.
Supports LoRaWAN regions RU864, IN865, EU868, US915, AU915, KR920, AS923
Works with Helium Network,TheThingsNetwork and with custom end-points with other LoRaWAN networks
Hard case to protect your Field Tester (Pro variant only)
2 antennas to test with different configurations (Pro variant only)
Shows number of gateways in range
Shows min and max RSSI levels
Shows min and max distance to gateways in range
Forced uplink even without GPS signal
Low power mode and physical button to deactivate the screen when moving
Easy configuration with WisToolBox
Powered by 3200mAh battery
Rechargeable over USB C connector
320x240 TFT touch screen
2.3dBi external antenna
Operating Temperature: -10 ℃~ 60 ℃
Storage Temperature :-40 ℃ ~ 80 ℃
RAK10701-P: One 2.3 dBi antenna, one 2.8 dBi antenna, hard case
RAK10701-L: One 2.3 dBi antenna
1 pc USB Cable
1 pc RAK10701
Reference: DWM20092101
DWM-RAK7240 8 channels OpenWRT OS DIY Enterprise LoRa Gateway Builtin OpenWRT OS support 8 channels LoRa/4G/WIFI/GPS .
Reference: DWM22022501
RAK7268 WisGate Edge Lite 2 Sx1302 Openwrt 8-channel indoor LoRaWAN gateway with built-in Ethernet and Wi-Fi connectivity supports LTE uplink communication connections (optional).
Reference: DWM22082903
RAK7289 WisGate Edge Pro is an ideal product for IoT commercial deployment. With its industrial-grade components, it achieves a high standard of reliability.Supports 16 LoRa channels, multi backhaul with Ethernet, Wi-Fi, and Cellular connectivity.
Reference: DWM23010901
RAK7268V2 8 channels WisGate Edge Lite 2 LoRaWAN Indoor Gateway OpenWRT software supports Can integrate with both private (ChirpStack) and public (TTN) network servers.
Reference: DWM23080501
Outdoor GPS GNSS Location Tracker Kit with RAK5860 NB-IOT module Quectel BG77 includes two precise GPS/GNSS modules for tracking outdoor locations it has 9-DOF sensors and accelerometers, which aid in tracking object movements and direction changes.
Reference: DWM23080604
IoT Starter Kit with RAK5860 NB-IOT module Quectel BG77 including LoRaWAN, BLE, LTE-M/NB-IoT, and a range of different modules, including temperature/humidity, accelerometer, barometer, ambient light, and GPS. It also supports multiple outputs such as a buzzer, RGB LED, and I2C OLED.
Reference: DWM20061601
Brand: Semtech
DWM-RAK4200 LPWAN Evaluation Board is a WisBlock product consisting of RAK4200 LPWAN Module and RAK5005 WisBase includes an STM32L071 MCU and SX1276 LoRa® chip that complies with the LoRaWAN® 1.0.2 protocols.
Reference: DWM23051901
RAK3272S Breakout Board is specifically designed to allow easy access to the RAK3172 low power long range LoRawan module the board in order to simplify development and testing.
Reference: DWM20060101
Brand: Semtech
DWM-RAK4260 LPWAN Evaluation Board is a WisBlock product that consists of DWM-RAK4260 (DWM-RAK4260 LPWAN Module + Breakout board) and the RAK5005 WisBase
Reference: DWM22101701
DWM-M702 seven-in-one sensor module is a cost-effective digital serial port output sensor module, which adopts 485/UART output mode and integrates CO2, HCHO, TVOC,PM2.5,PM10, temperature and humidity.
Reference: DWM20053001
Brand: Semtech
The DWM-RAK4260 LPWAN Module is based on Microchip’s ATSAMR34J18B integrating a 32-bit ARM Cortex -M0+ MCU with a LoRa Transceive, provides a number of highly configurable peripherals (configurable as I2C/SPI/UART interfaces).
Reference: DWM23080405
Environment Air Quality Sensor Kit with RAK13101 GSM module Quectel MC20CE It features sensors for temperature, humidity, pressure, UV, CO2, Particulate Matter, VOC, and IAQ. Additionally, it supports different connectivity options like LoRaWAN, BLE, LTE-M, and NB-IoT.
Reference: DWM23080406
Environment Air Quality Sensor Kit Include the sensors for temperature, humidity, pressure, UV, CO2, Particulate Matter, VOC, and IAQ. Additionally, it supports different connectivity options like LoRaWAN, BLE.
Reference: DWM23080502
Outdoor GPS GNSS Location Tracker Kit with RAK13101 GSM module Quectel MC20CE includes two precise GPS/GNSS modules for tracking outdoor locations it has 9-DOF sensors and accelerometers, which aid in tracking object movements and direction changes.
Reference: DWM18011701
RAK811 LoRa module complies with the latest LoRaWAN Class A & C protocol specifications, it is simple to access LWPA IOT platforms integrates SX1276 and stm32L with TELEC CE FCC KCC certification.
Reference: DWM24021301
RAK7240V2 is an IP65 Outdoor LoRaWAN Gateway It is based on the latest SX1303 LoRa core that supports multi-backhaul with Ethernet, Wi-Fi, and Cellular connectivity.
Reference: DWM23080610
The IOT Smart Industry 4.0 Kit with RAK13101 GSM module Quectel MC20CE includes a range of sensors, including inductive, proximity, fork, and current/coulomb sensors, as well as interfaces commonly used in industrial environments, such as relays, joysticks, and barcode scanners.
Reference: DWM23010802
RAK7431 is a Modbus RS485 to LoRaWAN® bridge designed for industrial applications. The device relays Modbus data using the LoRaWAN network as a means of wirelessly transmitting to and from the end devices.
Reference: DWM22122903
The LoRaWAN Sensor Hub weather station is equipped with high-precision sensors that measure wind speed and direction, atmospheric pressure, humidity, and temperature. It is suitable for Smart Cities, Smart Farms, Smart Agricultural, environmental monitoring, and other use cases.
Reference: DWM22122904
The LoRaWAN Pyranometer sensor measures solar radiation. It is suitable to be used to monitor solar activity in solar parks, solar-dependent systems, and others.
LoRaWAN Field Tester which helps to LoRaWAN network coverage it's easy to investigate whether the required area of sensor nodes is covered by gateways.
