Description
Out-of-the-box global MTC connectivity
The Telit Cinterion® (Thales) EGX81 Efficient IoT Gateway raises the bar on IoT simplicity, delivering highly efficient global MTC connectivity straight out of the box. The EGX81 has worldwide support for Low Power Wide Area (LPWA) technologies including LTE Cat.M1, Cat.NB1 and Cat.NB2, plus quad-band GSM, all from a single product SKU. An ultra-rugged housing and range of highly efficient, IoT-optimised network technologies make the EGX81 gateway ideal for battery-operated equipment. The EGX81 is perfect for use cases such as remote maintenance and control, smart meters, smart cities, vending machines, culture, connected sensors, and healthcare applications.
Plug-and-play simplicity speeds deployment
Simple and reliable plug-and-play cellular connectivity quickly connects industrial applications with very little integration or approval effort. It gives IoT designers an easy and cost-effective solution to connect their assets.
Revolutionary power efficiency and incremental FOTA ensure longevity
An innovative architecture leverages power class 5 (20 dBm) and efficient eDRX and PSM for ultra-efficiency to ensure a long product lifespan. Advanced incremental Firmware Over The Air (FOTA) updates only the portion of code that needs revision. This significantly reduces service interruptions, transmission time, data usage, and power draw to further extend battery life.
State-of-the-art security and optional Thales eSIM simplifies and secures IoT connectivity
The embedded SIM (eSIM) can’t be removed, strengthening security. The SIM authenticates devices, encrypts data, and securely manages connections to cellular networks. It works with Thales’s subscription management solution seamlessly to maintain connectivity for the lifecycle of devices. All this simplifies integration, manufacturing, and logistics, and lowers TCO.
Complete global IoT connectivity
The EGX81 delivers a global approach to IoT connectivity providing 17 band LTE and quad-band GSM for seamless coverage through roaming across various wireless networks.
Optimized power management
An advanced power management system ensures reliability and provides an optimized sleep mode to preserve power and further extend battery life. State-of-the-art architecture and an advanced power management system provides the highest efficiency to ensure long life by leveraging revolutionary power class 5 (20 dBm) and efficient eDRX and PSM.
