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T107 Rubidium GPS NTP primary clock

T107 Rubidium GPS NTP primary clock

T107 Rubidium GPS NTP primary clock

Product catalog summary
Overview: The T107M is a Rubidium NTP clock designed for precise network synchronization via Ethernet using NTP/SNTP protocols. It operates independently of external networks, maintaining network insulation.
Performance and Integration: Equipped with a high-performance GPS chipset, the T107M provides accurate timing even in low-signal environments. The antenna does not require rooftop installation, reducing deployment costs and complexity. The timestamp accuracy is better than ±200 nanoseconds for receive packets and ±600 nanoseconds for transmit packets.
Features: The T107M includes a web server for configuration and status monitoring, with secure access. It supports automatic email alerts and SNMP traps for alarms. An optional internal RTC provides timing information without GPS signals, with a battery life of up to one year. The device offers a highly accurate pps signal and optional IRIG-B003 output.
Specifications: The GPS receiver has a sensitivity of -160dBm for tracking and -155dBm for acquisition. The timing generator supports SNTP V4 and NTP protocols, with a timestamp drift of less than 1µs/day when synchronization is lost. The power supply operates at 12-36VDC, with a power consumption of 14W at startup and 8.5W regulated.
Environmental and Compliance: The T107M operates between -20°C and +50°C and is compliant with various EN standards for emissions and immunity. It is also RoHS compliant and meets IEC/EN 60950 safety standards.
Ordering Information: The base model is T107M-1µs-DC-I/O-RTC, with options for RS422, IRIG-B003 output, and different connector types.
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Catalog excerpts

T107 Rubidium GPS NTP primary clock-1

DATA SHEET T107M, Rubidium NTP clock, GPS disciplined T107M: PERFORMANCE and EASY INTEGRATION The T107M Time server / Rubidium Clock has been designed to provide highly accurate timing information trough an Ethernet link (using NTP/SNTP protocol), for network synchronization, without the need to be connected to external Network, hence preserving your Network insulation. Based on a high performance GPS chipset (with -160dBm sensitivity and T-RAIM to provide high integrity of the pps and timebase), it delivers accurate timing information, even in poor signal level conditions (indoor, urban canyons and signal obscured environments). The antenna (protected against short-circuit) does not need to be located up a mast or on the rooftop as is the norm, which considerably reduces the cost and complexity of deployment in terms of antenna cabling and lightning strike protection and reduces the cost of maintenance. Thanks to its self-survey mode, the accuracy of the timestamp (compliant with SNTP protocol) is better than ±200 nanoseconds for the receive packet and ±600 nanoseconds for the transmit packet (with the 1µs version) - reference is UTC atomic clock. Pole Phoenix – 22560 PLEUMEUR BODOU - FRANCE [email protected] © 2017 All Rights Reserved. Specifications subject to change without noti

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T107 Rubidium GPS NTP primary clock-2

DATA SHEET If the satellites signals are completely lost, the hold-over mode enables the module to keep sending accurate Ethernet frames, with a drift better than 1µs/day (at constant temperature). The Time Service software can be installed on any host computer, to synchronize Windows machines using NTP/SNTP protocol. Accuracy and specific alarms are displayed at every connection. A web server with secure access allows you to configure the T107M, and monitor its status at a glance (GPS satellites strength signals, Ethernet connections, alarms, input/outputs…). Automatic E-mails can be sent by...

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T107 Rubidium GPS NTP primary clock-3

DATA SHEET GPS antenna Remote interface +NMEA Clock generator RUBIDIUM TOP/pps IRIG Sync outputs User systems NTP/SNTP (synchro) http (config) SNMP (alarms and events) SMTP (E-mail) Automated systems T107 synoptic and external links Pole Phoenix – 22560 PLEUMEUR BODOU - FRANCE [email protected] © 2017 All Rights Reserved. Specifications subject to change without notice.

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T107 Rubidium GPS NTP primary clock-4

HEOL DESIGN Pole Phoenix - 22560 PLEUMEUR BODOU - FRANCE [email protected] © 2017 All Rights Reserved. Specifications subject to change without notice.

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T107 Rubidium GPS NTP primary clock-5

■ According to v ^ directive, the T107M module has passed the following tests : > EN55022/55011 class B : conducted and radiated emissions. > EN61000-4-2: Immunity to electrostatic discharges. > EN61000-4-3: Immunity tests on electromagnetic fields radiated at radio-electrical frequencies, with 10V/m electromagnetic field. > EN61000-4-4: Immunity to rapid transients. > EN61000-4-6: Immunity tests on conducted interference, induced by radio-electrical fields. > EN61000-4-8: Immunity to Power frequency magnetic field (30 A/m) > EN61000-4-11: Voltage dips, short interruptions and voltage variations...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.
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