NEWS CENTER

Many sensors rely on mains power or large batteries — does high energy consumption limit their operational lifespan?

Hitelecom sensor terminals use low-power processors, optimized power management, and configurable reporting intervals. Selected battery-powered models are designed for more than 10 years of service at a one-hour reporting interval; actual battery life depends on the model, reporting interval, network conditions, and operating temperature.

Can electromagnetic interference (EMI) compromise sensor accuracy and signal integrity?

Selected models are designed and tested for EMC requirements applicable to their target environments. Ask for the relevant test report for your model.

Can inappropriate sensor placement compromise data accuracy and sensor effectiveness?

Before deployment, our engineering team reviews your site conditions and works with you to determine the optimal sensor locations.

Can measurement accuracy drift due to temperature variations, electromagnetic interference, or other environmental factors?

Hitelecom selects high-quality sensing elements, customizes configurations to customer requirements, and supports calibration matched to the deployment environment.

How can devices maintain stable network connectivity for data transmission in remote or complex environments?

Hitelecom supports 4G Cat. 1, NB-IoT, and LoRa connectivity to fit complex sites. For data-sensitive scenarios, private deployment options keep field data flowing to your platform even from remote locations.

IoT devices and applications require regular updates to fix vulnerabilities and add features — how is this managed remotely?

Supported devices can receive OTA firmware updates through Hitelecom Cloud. Update scheduling, version tracking, and rollback options depend on the device and deployment configuration.