NEO-M8T

Due to market price fluctuations,if you need to purchase or consult the price.You can contact us or emial to us:   sales@allicdata.com

1. Description

The NEO-M8T-0 and LEA-M8T concurrent GNSS modules can provide a high degree of integrity and precise timing for demanding applications worldwide. In addition to GPS, it also supports Beidou, GLONASS and Galileo constellations to meet national requirements. Enhanced sensitivity and simultaneous constellation reception can extend coverage and integrity to challenging signal environments. Even if the signal level is very low, measurement and fixed-position navigation can reduce timing jitter and maintain synchronization when only one satellite is observed. Support for on/off low duty cycle operation reduces the power consumption of battery powered applications. u-blox timing products include timing integrity measurements with receiver autonomous integrity monitoring (RAIM) and continuous phase uncertainty estimation. They have high dynamic range radios that can reduce analog and digital interference and support applications in wireless communication devices. The advanced RF architecture and interference suppression function ensure the best performance even in the harsh environment of GNSS. LEA-M8T contains a SAW filter and antenna power monitor, which is very suitable for use with active antennas or antenna signal distribution systems. NEO-M8T includes an additional LNA to improve performance when directly connected to a passive antenna, and supports external antenna power management when needed. Both modules contain flash memory for field upgrades. UART, SPI and DDC (compatible with I2C) interfaces provide connectivity and synergy for most u-blox cellular modules. The M8T timing module is provided with u-blox's established LEA and NEO dimensions and standard pinouts, so u-blox timing products can use u blox AssistNow or industry standard auxiliary data. Even before the first installation, the precise location, time, or frequency cannot be determined, which reduces the first positioning time and provides excellent acquisition sensitivity.

2. Product features

3. pin assignment

4. Mechanicalspecifications