0445428002 - Telit HE910-G Mini PCIe Cellular Module with GPS

Telit HE910-G HSPA+ Mini PCIe Module Overview

The Telit HE910-G is a robust, industrial-grade HSPA+ module designed in the standard Mini PCIe (mPCIe) form factor. This component is essential for Maintenance, Repair, and Operations (MRO) professionals dealing with connected industrial machinery, telemetry systems, and mobile computing platforms. By leveraging the widely accepted Mini PCIe standard, this module allows for the rapid integration or replacement of cellular connectivity in a vast array of industrial hardware, from remote monitoring stations to advanced welding power sources with cloud connectivity features.

Technically, the HE910-G delivers high-speed data connectivity with downlink speeds of up to 21.0 Mbps and uplink speeds of 5.76 Mbps. It is backward compatible with quad-band GSM/GPRS/EDGE networks, ensuring that equipment remains connected even in areas where 3G/HSPA+ signals may be intermittent. A standout feature of the 'G' variant is the integrated high-sensitivity GPS receiver. This allows for simultaneous cellular communication and geolocation, making it perfect for asset tracking and fleet management applications within the industrial sector. The module operates on a standard 3.3V supply provided by the mPCIe slot and utilizes a USB 2.0 interface for communication with the host processor.

For systems integrators and repair technicians, the HE910-G simplifies the complexity of RF design. Since the radio frequency management is contained within the module, technicians can replace a faulty unit without needing to recalibrate the host device. The module supports a wide range of drivers, including Windows and Linux, making it a versatile spare part for various industrial controllers and gateways. Whether upgrading legacy equipment or repairing a down system, the Telit HE910-G provides reliable, global connectivity in a plug-and-play format.

In the context of industrial automation, reliable data transmission is critical. The HE910-G supports Rx diversity, which significantly improves signal reception and quality in challenging industrial environments where metal structures and electromagnetic interference are common. This ensures that critical diagnostic data, operational metrics, and GPS coordinates are transmitted accurately and without delay.