Router Teltonika NTP001 GPS Wi-Fi 802.11n

The Teltonika NTP001 GPS Wi-Fi 802.11n is a network time protocol (NTP) device with an integrated GPS receiver and Wi‑Fi connectivity. It provides accurate, GPS-sourced time synchronization for local networks and connected systems, using 802.11n wireless for flexible placement where wired connections are impractical. The device is intended for environments that require coordinated timestamps across servers, network equipment, access control systems, industrial controllers and other time-sensitive applications.

Advantages

The unit combines GPS-based time reference with wireless 802.11n access, enabling precise time distribution without the need for wired infrastructure. It supports stable NTP servicing with minimal drift thanks to the GPS input, while the Wi‑Fi interface allows placement in locations with limited cabling. The design focuses on reliability and straightforward integration into existing network architectures.

Suitable for

• Synchronizing time for servers, switches and routers in office and data center environments
• Providing accurate timestamps for security systems and access control
• Ensuring consistent time for SCADA, PLCs and industrial automation devices
• Supporting time-dependent logging and monitoring systems

Key specifications

• Time source: GPS-disciplined NTP server providing UTC-referenced time
• Wireless: IEEE 802.11n Wi‑Fi compatibility for network connectivity
• Protocol support: NTP for time synchronization over IP networks
• Power: low-power operation suitable for continuous service
• Form factor: compact network appliance designed for easy installation

How to use

Install the device in a location with a clear view of the sky for reliable GPS reception, or in an area where an external GPS antenna can be routed. Connect the unit to the local network via Wi‑Fi using the device’s network configuration interface. Configure NTP settings on client devices to point to the router’s IP address so that they request time updates from the GPS-disciplined server. Monitor the device status and GPS lock through its network management interface to confirm stable time distribution.

Usage recommendations

For optimal accuracy, position the unit or its GPS antenna away from large metal obstructions and sources of RF interference. When deploying in environments with critical uptime requirements, consider redundant time sources or network paths and periodic verification of NTP offset and jitter on client systems.