- Jupiter SE868-A, the latest multi-satellite navigation GNSS module

- Jupiter SE868-AS, a dedicated GPS module. Available in the same form factor as the SE868-A, ensuring compatibility without redesign during upgrades.

- Jupiter SC872-A Multi-satellite Navigation Smart GNSS Module, Excellent Performance Across the Entire GNSS Band

The 'Jupiter SE868-A' is a state-of-the-art multi-satellite navigation GNSS module with an integrated SMT antenna. It is provided in an 11x11mm package with built-in flash memory and an integrated LNA on the PCB, and an SMT antenna on the opposite side. This module supports simultaneous tracking of GPS, QZSS, and GLONASS, and is also ready for Galileo service.

The 'Jupiter SE868-AS' features the same form factor as the SES868-A but was released as a GPS-only module that does not require support for multiple satellite navigation systems to reduce customer costs. In the event of future changes in application design, compatibility between chipsets and modules is possible, saving both time and costs associated with redesign and feature upgrades.

This sophisticated module solution provides an integrated antenna optimized for the RF path and allows standard SMTs to be mounted on the host PCB without restrictions. In addition, unlike third-party module solutions, the Telit 'SE868-A, -AS' module does not require a separate host PCB hole.

The 'Jupiter SC872-A' is a multi-satellite navigation smart GNSS module with GNSS antennas and other components on each side of the PCB. It is provided in a 21x22mm package that includes built-in flash memory, an integrated LNA, a battery backup unit, and a connector. The 20x20mm built-in antenna delivers excellent performance across the entire GNSS operating band and allows for quick and easy mounting via the connector. Furthermore, the built-in connector not only provides fast and easy compatibility but also ensures 24-hour real-time availability with the highest level of TTFF (Time to first fix) performance.

All three modules transmit geographic location data using the NMEA protocol via a standard UART port and support A-GPS and SBAS to improve location accuracy. In addition, the onboard software engine enables position estimation for up to 3 days using epimeris data transmitted by GNSS satellites from the built-in flash memory where position information received from the module is stored.

"Ho-Sang Kim, Senior Vice President overseeing Telit's sales in Korea and Japan, stated, 'Telit will provide customers with the best experience for easy IoT technology implementation by packing better RF sensitivity and location tracking capabilities into smaller PCB module packages and reducing the time and cost burden of redesign.' He added, 'In addition, these models can be bundled with other technologies, including cellular modules and related services, to provide a complete end-to-end solution.'"