L26-T is an ultra-compact, single-band multi-constellation module featuring high precision timing and standard precision positioning. It is designed and manufactured according to the IATF 16949: 2016 standard.

Designed for navigation applications, L26-T can receive and track GPS, GLONASS, Galileo, BDS, and QZSS signals, output multi-GNSS raw data, and use SBAS to enhance accuracy and reliability. The built-in LNA ensures better performance even in harsh environments such as dense urban canyons.

For high-precision timing applications, the module can synchronize with the Coordinated Universal Time (UTC) at a nanosecond resolution. This outstanding timing performance is crucial to a variety of applications demanding highaccuracy time and frequency stability.

L26-T also leverages AGNSS data, resulting in a significantly reduced Time to First Fix (TTFF). The AGNSS feature enables high sensitivity acquisition even on the module’s first start-up, when precise location, time, and frequency are still unknown.

For battery-powered applications, the module offers power saving modes to reduce power consumption.

The superb performance of L26-T makes it an ideal solution for base stations, as well as for automotive and industrial applications.

LC26G-T is a compact, single-band multi-constellation module featuring high-precision timing and standard-precision positioning. For high-precision timing applications, the module can synchronize with the Coordinated Universal Time (UTC) at a nanosecond resolution. This outstanding timing performance is crucial to a variety of applications demanding high accuracy and stability time. LC26G-T’s integrated LNA provides high sensitivity, fast tracking, and signal acquisition, and ensures improved performance even in challenging environments.

In contrast to single constellation GPS-only receivers, LC26G-T’s multi-constellation GNSS receiver can access a vast number of visible satellites and thus improve positioning and timing accuracy even in dense urban canyons. LC26G-T includes timing integrity measures with Receiver Autonomous Integrity Monitoring (RAIM) and continuous phase uncertainty estimation, and features high dynamic range radios with both analog and digital interference mitigation. It also leverages AGNSS data, resulting in a significantly reduced Time to First Fix (TTFF). The AGNSS feature enables high sensitivity acquisition even on the module’s first start-up, when precise location, time, and frequency are still unknown.

The enhanced performance of the LC26G-T makes it ideal for base station timing applications including the new 5G ORAN demand and industrial applications like power monitoring. The module can also be used as reference clock in many time critical applications.

LC29T is a multi-constellation GNSS module that delivers high-integrity precision timing in demanding applications worldwide. It simultaneously receives and tracks L1 signals from multiple (GPS, GLONASS, Galileo, BDS and QZSS) constellations. Its timing capabilities remain operational even if only one satellite is tracked. LC29T is designed to meet the most stringent timing synchronization requirements within global 4G/5G mobile networks. In addition, the module can generate a 10 MHz square wave for various applications.

By effectively minimizing timing errors of the primary source of cellular network synchronization, it empowers operators to maximize their network performance. Simultaneously the LC29T meets the strict synchronization and timing demands of the next-generation networks across various industry verticals such as 5G O-RAN, smart power grid, data centers, satellite communication system, LoRa base stations, calibration services and industrial automation applications. The module’s multi-constellation capability reduces timing errors to less than 13.6 ns under open-sky conditions. Additionally, it is designed and manufactured in accordance with the stringent Quality Management System, aligning with the IATF 16949:2016 Standard.

The LC98S is a multi-constellation GNSS module that delivers high integrity, precision timing in demanding applications worldwide. It supports GPS, GLONASS, Galileo, BDS and QZSS constellations, and can acquire and track three GNSS systems and QZSS concurrently. Its timing functionality can be maintained even while tracking a single satellite.

The LC98S satisfies the requirements for industrial timing applications on power grids and is an ideal solution for timing of 5G/O-RAN networks.

The integrated AGNSS feature can improve the signal acquisition process and shorten the time needed to achieve a first position fix and output an accurate and stable PPS pulse. The module also features a high dynamic range receiver with both analog and digital interference mitigation, enabling applications in wireless communications equipment.

The LC98S internal chip is compliant with the “AEC-Q100” qualification. Our strictly controlled manufacturing and testing processes guarantee the high quality of each module.

Quectel LC99T is a dual-band high-precision timing GNSS module, which can concurrently track GPS, GLONASS, Galileo, BDS, QZSS and NavIC satellite signals. It also supports SBAS (including WAAS, EGNOS, MSAS and GAGAN) and AGNSS functionality. In contrast to single-band GNSS modules, it tracks a substantially greater number of visible satellites, enhancing overall signal reception. With nanosecond timing accuracy, the module is particularly well suited for infrastructure applications with precise timing requirements. LC99T is designed to meet the most stringent timing synchronization requirements within global 4G/5G mobile networks. In addition, the module can generate a 10 MHz square wave for various applications.

By effectively minimizing timing errors of the primary source of cellular network synchronization, it empowers operators to maximize their network performance. Simultaneously, LC99T meets the strict synchronization demands of the next-generation networks across various vertical industries such as 5G X-Haul, smart grid, data centers, satellite communications, calibration services, and industrial automation applications. The module’s multi-band capability reduces timing errors to less than 13.6 ns under open-sky conditions. Additionally, it is designed and manufactured in accordance with the stringent Quality Management System, aligning with the IATF 16949:2016 Standard.