TFT3001 BITS sync solution

E1/2M sync, NTP Sync, PTP sync solution with TFT3001 BITS

Timing is the first requirement of human information interaction since ancient times. Nowadays, information technology and communication technology are constantly updated with each passing day, and the requirements for time-frequency synchronization of various systems are getting higher and higher. For example, today’s 5G communication network requires the time source, time transmission, and end device, time synchronization performance to reach 10 to 30ns. In order to cope with the deployment of future networks, our company has specially developed the TFT3001 series of high-precision synchronous products.

Product panel

Product Certificates

TFT3001 synchronization System Components

TFT3001 Product Specifications

TFT3001 Tracking Performance Specification

Tracking satellites

Under normal tracking on GNSS satellite receivers, the output absolute time accuracy of various time interfaces are as follows:

1) 1PPS + ToD interface:

Time accuracy against UTC: ≤±30ns.

2) PTP interface:

Time accuracy against UTC : ≤±30ns.

3) NTP interface (Gigabit optical interface):

Time accuracy against UTC : ≤±1ms.

Under normal tracking on GNSS satellite system, the output signal MTIE/TDEV of 1PPS interface meets the requirements of level-1 reference clock drift generated by our frequency synchronization network. Normal tracking of satellites, frequency deviation ≤ ± 3E-12 / day.

Tracking Ground Source

a. Under normal tracking of the input signal of the 1PPS + ToD interface, the output time accuracy of the various time interfaces are as follows:

1) 1PPS + ToD interface:

Time accuracy against input port: ≤±5ns.

2) PTP interface:

Time accuracy against input port : ≤±10ns.

b. When tracking the PTP signal normally, the output time accuracy of various time interfaces are as follows:

1) 1PPS + ToD interface:

Time accuracy against input port : ≤±5ns.

2) PTP interface:

Time accuracy against input port : ≤±20ns.

TFT3001 Time Holdover Performance

Time reference source loss, level-1 reference clock available, system enter the frequency holdover state, observing through the 1PPS interface or PTP interface: System holdover performance: ≤ ± 100ns / day

Time and frequency reference source loss, system enter the internal rubidium holdover state, observing through the 1PPS interface or PTP interface: System holdover performance: ≤ ±500ns / day (Rubidium clock); System holdover performance: ≤ ±20us / day (OCXO)

Interface Output Cards