IoT hardware from sensors through to gateway devices.
A full line of IoT hardware for data collection, edge computing, and device control. It runs from high-precision sensors to intelligent gateways, and from edge computing units to smart control terminals, so an IoT project has the hardware it needs.
High reliability for harsh environments.
Mix the pieces you need and deploy quickly.
Standard protocols that are straightforward to integrate.
ODM and OEM custom development.
A complete set of IoT hardware.
Temperature and humidity, light, noise, air quality, and other environmental readings.
Precise readings of level, pressure, flow, and other industrial values.
Acceleration, gyroscope, and displacement for motion sensing.
Protocol conversion, local data processing, and edge computing.
An industrial design that stays stable in harsh environments.
Several wireless links, so the network can be built to fit the site.
Remote control, scheduled switching, and scene automation.
Motor speed control, pump-station control, and variable-frequency drive.
Touchscreen operation and visual monitoring.
Hardware that customers rate highly.
Model: ENV-MS100
One station with temperature and humidity, PM2.5, noise, and light sensors, powered by solar and sending data over 4G.
Model: EDGE-GW500
A high-performance edge gateway for AI inference and local data processing, so less work goes to the cloud and responses stay fast.
Hardware design used across demanding deployments.
Industrial-grade parts, strict burn-in, and an MTBF above 50,000 hours.
Power management and intelligent sleep, with battery life of up to 5 years.
Local data processing and AI inference, so less data crosses the network and responses stay timely.
OTA firmware upgrades and remote configuration, at a lower maintenance cost.
Support across the product lifecycle.
Hardware designed around what you need.
A production line with a quality-control system.
A technical team for the full job.
Training and certification for the people who use the hardware.
Where this smart hardware is used.
Hardware for temperature, humidity, light, air quality, and other environmental readings.
Industrial gateways for protocol conversion and data collection.
Readers and collectors for water, electricity, and gas meters.
Edge boxes for local data processing and AI inference.
Collectors that take data from several sources, convert protocols, and aggregate it.
Terminals for electricity use and energy analysis.
Asset tags for location and status.
High-precision sensors for temperature, humidity, light, and related readings.
Smart lock modules with remote control and security authentication.
See more smart hardware use cases and solutions.
Our hardware engineers cover the work from design through production.
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