Model: | L80 |
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Brand: | QUECTEL |
Origin: | Made In China |
Category: | Electronics & Electricity / Telecommunication & Broadcasting / Wireless Equipment |
Label: | GPS module , QUECTEL L80 , QUECTEL L80 |
Price: |
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Min. Order: | 1 pc |
Last Online:21 Aug, 2024 |
L80 is an ultra slim GPS POT (Patch on Top) module with an embedded 15.0 × 15.0 × 4.0mm patch antenna. This saving-space design makes L80 become the perpect module for the miniature devices. Adopted by LCC package and integrated with patch antenna, L80 has exceptional performance both in acquisition and tracking.
Combining advanced AGPS called EASY™ (Embedded Assist System) and proven Alwa ocate™ technology, L80 achieves the highest performance and fully meets the industrial standard. EASY™ technology ensures L80 can calculate and predict orbits automatically using the ephemeris data (up to 3 days) stored in internal flash memory, so L80 can fix position quickly even at indoor signal levels with low power consumption. With Alwa ocate™ technology, L80 can adaptively adjust the on/off time to achieve balance between positioning accuracy and power consumption according to the environmental and motion conditions.
L80 supports automatic antenna switching function. It can achieve the switching between internal patch antenna and external active antenna. Moreover, it keeps positioning during the switching process.
The Fitness Low Power (FLP) feature provides low power GPS solution for fitness application. It is an optimized solution for wearable, fitness and tracking device and only costs about 50% power consumption of normal mode.
With its tiny design, high precision and sensitivity, L80 is perfectly suitable for a broad range of M2M applications such as portable device, automotive, personal tracking, security and industrial PDA, especially suitable for special applications, like GPS mouse and OBD.
Key benefits
● Embedded patch antenna: 15.0 × 15.0 × 4.0mm
● Compact size: 16.0 × 16.0 × 6.45mm
● Automatic antenna switching function
● Support short circuit protection and antenna detection
● Built-in LNA for better sensitivity
● EASY™, advanced AGPS technology without external memory
● Ultra low power consumption in tracking mode, 20mA
● Alwa ocate™, an intelligent controller of periodic mode
● LOCUS, innate logger solution with no need of host and external flash
● High sensitivity, -165dBm@Tracking, -148dBm@Acquisition
● 66 acquisition channels, 22 tracking channels
● FLP mode, about 50% power consumption of normal mode
● Balloon mode, for high altitude up to 80km
● Support DGPS, SBAS(WAAS/EGNOS/MSAS/GAGAN)
● Anti-Jamming, Multi-tone Active Interference Canceller
● PPS VS. NMEA can be used in time service
● Support SDK command developed by Quectel
General Specifications | |||
L1 Band Receiver
(1575.42MHz) |
Channel Number |
22 (Tracking) / 66 (Acquisition) |
|
C/A Code | |||
SBAS | WAAS, EGNOS, MSAS, GAGAN | ||
Horizontal Position
Accuracy |
Autonomous | <2.5m CEP | |
Velocity Accuracy | Without Aid | < 0.1m/s | |
Acceleration Accuracy | Without Aid | 0.1m/s² | |
Timing Accuracy | 1PPS Out | 10ns | |
|
Reacquisition Time |
<1s | |
TTFF@-130dBm
with EASY™ |
Cold Start | <15s | |
Warm Start | <5s | ||
Hot Start | <1s | ||
TTFF@-130dBm
without EASY™ |
Cold Start | <35s | |
Warm Start | <30s | ||
Hot Start | <1s | ||
Sensitivity | Acquisition | -148dBm | |
Tracking | -165dBm | ||
Reacquisition | -160dBm | ||
Environmental | Operating Temperature | -40℃ to 85℃ | |
Storage Temperature | -45℃ to 125℃ | ||
Dynamic Performance | Maximum Altitude | Max.18000m | |
Maximum Velocity | Max.515m/s | ||
Maximum Acceleration | 4G | ||
Dimensions | 16.0 × 16.0 × 6.45mm | ||
Weight | Approx. 6.0g | ||
Serial Interfaces | |||
Serial Interfaces | UART: Adjustable 4800~115200bps
Default: 9600bps |
||
Update rate | 1Hz (default), up to10Hz | ||
I/O Voltage | 2.7V ~ 2.9V | ||
Protocols | NMEA 0183
PMTK |
||
Power Management | |||
Power Supply | 3.0V ~ 4.3V | ||
Power Acquisition | 25mA | ||
Power Tracking | 20mA | ||
Power Saving | 3mA@Alwa ocate™(Note1) | ||
7uA@Backup Mode | |||
1mA@Standby Mode | |||
Periodic Mode |