Teleorigintime synchronization

Discover modern technology that allows perfectly precise time synchronization. NTS-Pico uses a GPS / GNSS signal and at the same time ignores interferences that could affect synchronization. Thanks to this solution, "in real time" means actually in real time, without delays that may cause errors.

They say time is relative, well… not for us!

Precise synchronization is an essential element of every ICT network. Our NTS-Pico solutions, using GPS / GNSS signals enable the easy and inexpensive synchronization of time in servers and local networks. The devices can work with larger time servers while maintaining cryptographic connection protection and data transmission. We offer both miniature Pico and Nano time servers as well as GNSS antennas. Our antenna receivers, one of the first in the world, support anti-jamming technology that allows detecting and filtering the intentional interference of GPS / GNSS signals.

Teleorigin’s devices are used in many sectors of the economy, especially in the following industries: medical, industrial and IT, in which perfect synchronization of time is of fundamental importance. Erroneous time stamps, delays or interruptions can have fatal consequences. We make all the effort we can to ensure that our devices are reliable. We are still developing this branch of technology, with the aim of preparing even better and more accurate devices.


Model NTS-pico3

Time Server NTS-pico delivers time directly to network using NTP and PTP protocols. It is equipped with single 100/10Mbps Ethernet port working with IPv4/IPv6. Server basis on Linux. Unit is very small and natural air cooling. It has been designed for small industrial networks and it can operate 24/7. It is powered in range 9-30VDC.

The NTS-pico is ready to use - it is equipped with GNSS antenna and 30 meter coax cable (SMA ended). Marine antenna has built-in GPS signal amplifier and TCXO holdover oscillator for GNSS less operations. Server has multi-satellites receiver simultaneously supporting: GPS, GLONASS. It is GALIELO*, BEIDOU* ready. Server has very fast (less than 0.5ms +/- 1ppm) Time To First Fix TTFF synchronization startup. The receiver accuracy is better than 15ns (at 2 sigma).

NTS-pico server supports cryptographic authentication. Holdover mode ensure synchronization accuracy to be better than 4ms in first hour. After 24h max. holdover error isn't bigger than 100ms on server output.


Model NTS 3000

NTS-3000 delivers time directly to LAN network using  NTP PTPv2 IEEE1588 protocols. It is equipped with 2 independent Ethernet 10/100Mbps. The GNSS is a standard UTC reference time. Server is equipped with 2 independent GNSS receiver inputs (ANT1 & ANT2) so it can support independent satellite receivers too. Built-in quartz RTC clock guarantees time for limited short period of missing GNSS signals. Extra OCXO feature is available to provide robust holdover* synchronization. Both ANT1/ANT2  interfaces can be switched to output mode emulating GNSS NMEA signals with 1PPS-out.  Server can be synchronized to external clocks using 1PPS-in and RS232 (ToD) interface.

NTS-3000 is STRATUM-1, PTP/IEEE1588 GRANDMASTER supporting software stamps. It offers accuracy of µs on LAN. Server supports leap second, synchronizes UTC time monotonously (jump-free) and can simultaneously serve up to 100,000 NTP clients. Firmware basis on best FreeBSD UNIX TCP/IP stack. Server has natural air cooling system without fans.


Model NTS-SD-02

The Precise 1PPS/IRIG-DCLS distributor is a 1U mount unit. It provides precise distribution of 1PPS or IRIG-DCLS (TTL) signals to 16 buffered outputs. The distributor is temperature-stabilised, ensuring high precision and stability of time parameters. All output signals are TTL without load and 2.5V when loaded with 50 Ω. This unit is ideal for distribution 1PPS signals and IROG-DCLS (TTL) as well. LED indicators show 1PPS impulses even when they are very short. The input socket is DC coupled so that it can support the IRIG-DCLS signal.


  • Input: 1PPS, IRIG (Unmodulated) and other
  • Frequency: 0 up to 1 MHz
  • Input/Output impedance: 50 Ω
  • Input/output connectors: SMA
  • Rise time: <2ns• Fall time: <2ns
  • Fall time: <2ns
  • Jitter: <50ps RMS
  • Operating temperature: 0°C to 50°C
  • Humidity: 0-95% non-condensed
  • Power: 85...264V AC, 100...370V DC