Telit Cinterion to launch the SE868K5-DR, a cutting-edge dual-band, multi-constellation positioning receiver with untethered dead reckoning (UDR). This groundbreaking solution is designed to ensure that location-based applications—such as high-value asset tracking, telematics, and other IoT systems—remain operational even when GPS and GNSS signals are unavailable. Whether in tunnels, underground parking garages, or during signal blockages, the SE868K5-DR provides uninterrupted location tracking, redefining the standards for mission-critical applications.
Key Features of the SE868K5-DR
Seamless Functionality in Challenging Environments: Maintains reliable operation even during GPS/GNSS outages, ideal for environments like tunnels or areas with signal jamming.
Flexible, Compact Design: With a compact 11×11 mm module and external 6-axis sensor integration (2.5×3.0 mm), developers can optimize for space and performance.
Simplified Implementation: Eliminates the need for a wheel-tick signal, reducing design complexity and accelerating time-to-market.
Advanced Performance:
Dual-band receiver (L1+L5) with SAW filter for enhanced signal integrity.
Low power consumption (~75 mW) ensures prolonged battery life.
Wide operational temperature range (-40 °C to +85 °C) for durability in extreme conditions.
Automatically detects forward or reverse motion without additional hardware.
A Leap in IoT Design and Development
The SE868K5-DR offers unparalleled design flexibility by enabling developers to start projects on the xE868 series and integrate sensors later. This adaptability supports scalable applications, including migration to advanced configurations like L1+L5 or RTK. The module’s design flexibility and independence from external signals significantly streamline the development process, especially for space-constrained devices.
“UDR is indispensable for high-value asset tracking and mission-critical IoT applications,” said Eric Lagorce, Global Head of GNSS, Wi-Fi, and Bluetooth® Solutions at Telit Cinterion. “The SE868K5-DR not only delivers continuous, reliable location information but also simplifies system complexity, empowering designers with unmatched performance and flexibility.”