LC79H is a dual-band GNSS module supporting concurrent reception of GPS, GLONASS, Galileo, BDS, and QZSS signals by default. With the integrated AGNSS function and the ability to receive SBAS broadcast signals, the LC79H provides fast TTFF and an accurate high-performance, high-reliability positioning performance. Compared with GNSS modules that track only L1 signals, the LC79H can receive and track all global satellite signals on both L1 and L5 bands concurrently, thereby significantly mitigating the multipath effect in deep urban canyons and thus improving positioning accuracy. The embedded LNA and SAW filter allows for direct connection to onboard patch antennas for low-cost low-power designs. The advanced low-power management solution enables low-power GNSS sensing and positioning and makes the module the ideal solution for power-sensitive and battery-powered devices. With a low power consumption and high precision, the LC79H (AL) is a superior selection suitable for real-time tracking systems, ideal for sharing economy applications, and its superior performance makes it ideal for vehicle, personnel and asset tracking.

The L26 is a multi-constellation GNSS receiver module capable of tracking GPS, GLONASS (or BDS), Galileo and QZSS in the L1 band concurrently. With 33 tracking channels, 99 Acquisition channels and 210 PRN channels, the L26 can acquire a flexible mix of multiple constellation signals.

In contrast to single constellation GPS only receivers, the L26 multi constellation GNSS receiver has access to a vast increase in visible satellites and thus has a reduced TTFF and improved positioning accuracy even in dense urban canyons.

The combination of EASY (Embedded Assist System) technology, EPO (Extended Prediction Orbit) technology, and GLP (GNSS Low Power) mode, lends L26 module high performance, low power consumption and full compliance with industrial standards. The EASY technology allows the module to automatically calculate and predict orbits by using the ephemeris data (up to 3 days) stored in internal RAM. The EPO technology enables the module to download predicted orbits data (up to 30 days ) through the EPO server, resulting in a quick position fix with low power consumption, even at lower signal levels. GLP technology allows L26 to adaptively adjust the on/off time based on environmental conditions and motion information to strike a balance between positioning accuracy and power consumption.

Its enhanced performance makes the L26 ideal for industrial PDA, consumer and industry applications. Extremely low-power consumption makes it a great solution for power-sensitive applications, such as portables.

L76, the extremely compact GNSS module, is a concurrent GNSS receiver with multiple GNSS systems. It provides simultaneous GPS, GLONASS, Galileo, BDS and QZSS open service L1 reception capability. With 33 tracking channels, 99 acquisition channels, and 210 PRN channels, L76 can acquire and track any mix of multiple satellite signals.

Compared with using GPS only, enabling multiple GNSS systems generally increases the number of visible satellites, reduces the time to first fix and increases positioning accuracy, especially when driving in rough urban environments.

Combining advanced AGNSS called EASY™ (Embedded Assist System) and proven AlwaysLocate™ technology, L76 achieves the highest performance and fully meets the industrial standard. Additional feature of embedded logger function called LOCUS allows L76 to log position information to internal flash memory at default intervals of 15 seconds and provide typically more than 16 hours log capacity without adding cost.

Its super performance makes L76 ideal for automotive, industrial PDA, consumer and industry applications. Extremely low power consumption makes it easier to be applied to power sensitive devices, especially portable applications.

Quectel LG77L series GNSS module is a single-band multi-constellation module, which can acquire and track any mix of GPS, GLONASS, Galileo, BDS and QZSS. It also supports multiple SBAS signals. Compared with single constellation receivers, by enabling multiple GNSS constellations, the LG77L series module increases the number of visible satellites, reduces the time to first fix, and improves positioning accuracy, especially in dense urban canyons.

By integrating EASY (Embedded Assist System), an advanced AGNSS feature, and GLP (GNSS Low Power), the LG77L series module achieves a combination of high performance and low power consumption, meeting industrial standards. The EASY technology enables automatic orbit calculation and prediction using ephemeris data stored in the internal RAM for up to 3 days. In addition, the module supports downloading orbit prediction data for up to 30 days through EPO technology. As a result, the LG77L series can fix a position quickly, even under low signal levels, while maintaining low power consumption. Furthermore, the GLP technology enables adaptive adjustment of the on/off time based on the environmental and motion conditions, striking a balance between positioning accuracy and power consumption.

The low power consumption significantly extends the battery life of wearable products and tracking devices, such as smart watches, pet trackers, small portable goods trackers, anti-theft devices, student ID cards and elderly frail care devices. With its enhanced performance, the LG77L series module is ideal for industrial PDA, consumer and industry applications, such as, electronic dog collars, shared bicycles, electric motorcycle tracking devices, asset tracking devices, and fleet management systems.

Quectel L76-L GNSS module supports concurrent reception of GPS, GLONASS (or BDS), Galileo and QZSS. It can acquire and track any mix of GPS, GLONASS (or BDS), Galileo and SBAS signals. The L76-L is designed to be compatible with Quectel L70, L76 and L76-LB modules, allowing convenient migration between them.

The integrated LNA provides an improved sensitivity, as well as improved accuracy, fast tracking and acquisition of signals, and can keep enhanced performance under challenged environment. Compared with single GPS system, multiple GNSS systems increase the number of visible satellites, reduce the time to first fix and improve positioning accuracy, even in dense urban canyons.

By combining EASY (Embedded Assist System), an advanced AGNSS feature, with GLP (GNSS Low Power), a low-power mode, the L76-L module achieves high performance, low power consumption and fully meets the industrial standards. The EASY technology allows the module to automatically calculate and predict orbits by using the ephemeris data (up to 3 days) which are stored in the internal RAM. As a result, the L76-L fixes a position quickly with low power consumption, even at lower signal levels. With the GLP technology, the L76-L can adaptively adjust the on/off time based on the environmental and motion conditions to strike a balance between the positioning accuracy and power consumption.

Its enhanced performance makes the L76-L ideal for industrial PDA, consumer and industry applications. Extremely low-power consumption makes it a great solution for power-sensitive applications, such as portables.

Based on the latest enhanced chipset, Quectel’s new LC76G GNSS module supports concurrent reception of GPS, GLONASS, BDS, Galileo and QZSS. The LC76G is designed to be compatible with Quectel L76 and L76-LB modules, allowing for smooth migration between them.

Compared with single constellation receivers, by enabling multiple GNSS constellations, the LC76G module increases the number of visible satellites, reduces the time to first fix and improves positioning accuracy, especially when driving through dense urban canyons.

The integrated LNA that delivers high sensitivity effectuates high accuracy positioning, fast signal tracking and acquisition and better performance even in challenging environments.

By combining EASY™ (Embedded Assist System), an advanced AGNSS feature, with GLP* (GNSS Low Power), a low-power mode, the LC76G achieves high performance with low power consumption and fully meets the industrial standards. EASY™ technology allows the module to calculate and predict orbits automatically by using the ephemeris data (duration of up to 3 days) stored in the internal RAM. As a result, the LC76G acquires a position fix quickly, even at lower signal levels with low power consumption. Moreover, with the GLP* technology, the LC76G can adaptively adjust the on/off time based on the environmental and motion conditions to achieve a balance between the positioning accuracy and power consumption.

Due to its enhanced performance the LC76G is ideal for consumer and industrial applications, and extremely low power consumption makes it a preferred solution for power-sensitive applications such as portable devices.