Microsoft Navigation Gps 168 Model 1372 Extra Quality May 2026

The small, silver Microsoft Navigation GPS 168 sat on the dashboard of Elias’s vintage sedan like a relic from another era. Model 1372 was a sturdy piece of tech, designed for a time when people still trusted satellite signals more than cell towers. For Elias, it was a lucky charm, the same device his father had used to cross the country twenty years ago.

The Microsoft 1372 model was designed for plug-and-play simplicity during the era of portable computing before internal GPS became standard in all devices. microsoft navigation gps 168 model 1372

Step 3: Force a Serial Connection

1. Go to Device Manager -> Ports (COM & LPT).
2. The driver will assign a COM port (e.g., COM4).
3. In Microsoft Streets & Trips (if you can run it in compatibility mode), go to Tools -> GPS Settings -> Configure GPS.
4. Select the correct COM port and set Baud rate: 4800, Data bits: 8, Stop bits: 1, Parity: None.

• It is not a Microsoft product. It is almost certainly a Pharos GPS-168 labeled for compatibility with Microsoft Streets & Trips.
• "Model 1372" is likely an erroneous transcription of an FCC ID (Q2G-1372), a chipset reference (SiRF1372), or a date code.
• If you own one: It is a fascinating piece of GPS history, but you will struggle to make it work post-2019 due to the GPS week rollover and driver incompatibility with Windows 10/11.
• Best course of action: Recycle it at an e-waste facility or mount it as a desk ornament. For actual navigation, use a modern GNSS receiver.

) is built on standard GPS technologies that allow it to interface with a variety of mapping applications. The small, silver Microsoft Navigation GPS 168 sat

: In modern tests, the unit is described as having a "fast lock" once outdoors. Historically, however, reviewers noted it could be "clunky" and often required being placed very close to a car window to maintain a solid satellite connection. Go to Device Manager -> Ports (COM & LPT)

Durability: User reviews suggest a functional lifespan of roughly five years, with performance degradation typically manifesting as longer satellite acquisition times (TTFF).