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Effective multipath mitigation to boost urban accuracy
Exceptional RF interference immunity with co-located cellular modems
Proven excellent performance, even with small antennas
Pin-compatible with previous MAX products for easy migration
| Product variants | MAX-F10S |
| GNSS features | |
| GNSS | BeiDou, Galileo, GPS / QZSS, NavIC |
| Oscillators | TCXO |
| Interfaces | |
| UART | √ |
| I2C | √ |
| Electrical data | |
| Maximum supply [V] | 3.6 |
| Minimum supply [V] | 1.76 |
| Environmental data,quality & reliability | |
| Maximum temperature [°C] | 85 |
| Minimum temperature [°C] | -40 |
| Features | |
| Additional LNA | √ |
| Additional SAW | √ |
| RTC crystal | √ |
| Time pulse output | √ |
| Services | |
| AssistNow | √ |
The MAX-F10S module is built on the u-blox F10 dual-band GNSS technology using L1/L5 GNSS bands, which provides solid meter-level position accuracy in urban areas.
With its proprietary dual-band multipath mitigation technology, u-blox F10 uses the best signals from the L1/L5 bands to achieve a significantly better position accuracy in urban environments than with the L1 band only. Applications like vehicle tracking and micromobility benefit significantly.
MAX-F10S offers a single antenna input. Two SAW filters in series with a LNA in between provide high robustness against RF interference from co-located cellular modems.
MAX-F10S is pin-to-pin compatible with previous u-blox generations, which saves designers time and cost when upgrading their designs.
u-blox modules are manufactured in IATF 16949 certified sites and are fully tested on a system level.