IoT Retrofitting Made Easy with the Cinterion® 4G USB Device Gateway
As 2G and 3G networks phase out around the world, the Cinterion DGL61-W USB Device Gateway offers a simple and powerful solution for retrofitting existing IoT applications while providing seamless evolution to LTE Cat 1. The innovative USB 2.0 dongle provides out-of-the-box 4G connectivity with 2G/3G fallback for global coverage from a single SKU. In addition, power over USB ensures a long lifespan while a built-in antenna and optional wall mounting provide simple installation and superior RF performance. With its rugged-industrial design, extended temperature ranges and optimized speeds up to 10Mbit/s download and 5Mbit/s uplink, the Cinterion DGL61-W is ideal for vending, kiosks, digital signage, payment terminals, ATMs and eHealth applications.
Out-of-the-box connectivity speeds installation
Simple and reliable USB LTE Cat 1 technology quickly connects industrial applications with very little integration or approval effort. It provides a fast and effective method to update legacy equipment providing a bridge to evolving IoT technologies and capabilities.
Cinterion IoT Suite ensures easy remote management and longevity
Built-in Thales remote lifecycle management services ensure the gateway is up to date, and allows remote configuration and connectivity diagnostics for the lifetime of the device, no matter where it is deployed.
Optional eSIM simplifies and secures IoT connectivity
An embedded SIM can’t be removed or tampered with which strengthens security. Additionally, it authenticates devices, encrypts data and with Thales’s subscription management solution, it securely manages connections to cellular networks across the lifecycle of the device.
Embedded systems approach simplifies updating
A powerful Java ME 3.2 embedded system offers enhanced processing power smooth and fast integration with applications and easy and secure device maintenance. A proven security concept, on-device debugging as well as multi-threading programming and program execution.