FOURNISSEUR DE SOLUTIONS UNIQUE POUR TOUTES LES APPLICATIONS DE TESTS ÉLECTRIQUES
NTS-3000
IEEE1588 PTP & NTP
LAN1-2 => 100/10Mbps =
software time stamping
NTS-3000 is a grandmaster PTP/IEEE1588 and NTP Stratum-1 Network Time Server. Optionally it can be equipped with TCXO* or OCXO* holdover oscillator. The oscillator guarantees precision time for period of missing GNSS satellite signals. Std configuration includes 2x 100Mbps on LAN1-2. The NTS-3000 supports 2x redundant GNSS receiver and has redundant* power supplies option. The sync I/O is 1PPS-input only to connect external freq. ref. This device is suitable for critical infrastructure support. It has uptime counted in years.
NTS-4000 OCXO
IEEE1588, NTP, IRIG-B*, PPS, 10MHz
LAN1-2 =>100Mbps => upgradable to 10GbE*
LAN3-4 => 1GbE* w/ hardware T-stamping
Supports all PTP profiles
The NTS-4000 is a IEEE1588 grandmaster clock, NTP stratum1 timeserver, and PRTC-A clock class network appliance. The std. version supports HQ OCXO holdover. The devices supports max. 4x LAN. The LAN1-2 support 100Mbps software time-stamping, upgradable to 10GbE*. Optional EXPANDER* NIC is available, supporting another 2x 1GbE with hardware time-stamping and PTP profiles. The NIC has own private PTP stack stored inside private FPGA. This approach ensures best cyber-security and high stability of synchronisation. Server supports 2x redundant GNSS receivers and redundant 2x power supplies. The sync I/O are: PPS, 10MHz, IRIG-B*, ToD. This device is suitable for critical infrastructure support.
NTS-5000 Rb
NTS-5000 LITE
IEEE1588, NTP, IRIG-B*, PPS, 10MHz
LAN1-2 =>100Mbps => upgradable to 10GbE*
LAN3-10 => 1GbE* w/ hardware T-stamping
Supports all PTP profiles and optionally White Rabbit*
The NTS-5000 is a PTP/IEEE1588 grandmaster, NTP stratum-1 time server and ePRTC*, PRTC-A & B clock.. It supports ref. time from GNSS or external atomic clocks. The std. version is equipped with Rubidium (Rb) and the LITE ver. supports HQ OCXO holdover. The devices supports max. 10x LAN. The LAN1-2 are 100Mbps software time-stamping, upgradable to 10GbE*. Optional 4x EXPANDER* cards are available, each supporting 2x 1GbE, with hardware time-stamping. Network cards have own private PTP stack stored inside private FPGA. This approach ensures best cyber-security and high stability of synchronisation. Product is suitable for any critical infrastructure and datacenter.
NTS-9000
5071A Support Upgrade
Elproma SafeTime NTS-9000 can be synchronised directly to Cesium 5071A taking both 1PPS and ToD (UTC) reference via D-SUB9 rs232 interface. The NTS-9000 is a value-add upgrade package (available separately). After firmware update the NTS-5000 is upgraded to NTS-9000. Since year 2020, this option is also available for NTS-3000 and NTS-4000 too. As a result, Elproma delivers to market, a ready to use single cesium time server hybrid system, so-called NTS-9000. This system is available on request only and requiring long term prefatory calibration to atomic cesium clock 5071A
Highlights: Max. 10x LAN | Top Performance | High Accuracy | Safe-Time & Cyber-security | HW time-stamping | ePRTC/cnPRTC | PRTC-A | IRIG/PPS/10MHz | Redundant PWR | Redundant* GNSS | Multi-band* GNSS | Muli-Path Mitigation* | Anti-jamming*/spoofing*
Markets: IT/IoT/CLOUD | DATACOM | INFRASTRURES: Telecom 5G, Smart-Grids, MiFID II Financial Market, Enterprises …
Product Comparison
Synchronisation Protocol
Time Freq. Distribution
Time & Frequency Distribution
TFD-100 series
Modular Time & Frequency Distribution/Generating Unit
The TFD-100 series is a 1U, rack 19″ mount, modular time and frequency distribution unit. It provides the precise distribution of any frequency from 1PPS up to 10MHz include most popular standards: 1PPS (TTL), IRIG-DCLS (TTL), 10MHz (TTL and Sine).
You can order the following base modules that differ in power supply:
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TFD-101 – single 85-265VAC/100-370VDC power supply
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TFD-102 – dual, redundant 85-265VAC/100-370VDC power supplies
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TFD-110 – single 48VDC (36-75VDC) power supply
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TFD-120 – dual, redundant 48VDC (36-75VDC) power supplies
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TFD-111 – dual, redundant 85-265VAC/100-370VDC and 48VDC (36-75VDC) power supplies
Available distributor modules:
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TFM-1218 – high precision 1/8 digital distribution module (TTL @50Ω) for 1PPS, IRIG-DCLS, 10MHz. 1x input, 8x output. Sockets: BNC (TFM-1218BNC) or SMA (TFM1218SMA). See flyer
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TFM-1228 – 1/8 analog 10MHz sinus (8dBm @ 50Ω) distribution module. 1x input, 8x output. Sockets: BNC (TFM-1228BNC) or SMA (TFM1228SMA)
À PROPOS DE NOUS
NTS-pico3 is next generation Industry 4.0, ultra-miniature time server. It delivers time directly to the network using NTP and IEEE1588 protocols. It is equipped with a single 100/10Mbps Ethernet port working with IPv4/IPv6*. Devices support PHY hardware PTP time-stamping. The unit also has natural air cooling and it ensures heavy-duty 24/7 operation. It has been designed for autonomous vehicles and Industry 4.0 robots and solar panel farm control. Time Server has very fast clock recovery (OFF-ON) important to start synchronisation until GNSS not ready (cold/warm start). Devices can also support small industrial networks and can operate 24/7. The special rac 19” panels can support up to 6x NTS-pico3 sharing a single GNSS antenna and single power supply. The device is powered in the range from 9 VDC to 30VDC. It is equipped with a GNSS antenna and 30-meter coax cable (SMA ended). The marine dome antenna has a built-in GPS signal amplifier (38dB gain) and TCXO holdover oscillator for GNSS-less operations.
NTS-pico3-ANT is advanced, external version of NTS-pico3. It is antenna integrated time server. It delivers UTC/TAI ref. time directly to network using NTP, PTP protocols. Reference time is supported from GNSS. Unit has ultra fast Time To First Fix start-up TTFF supported by SBAS systems. Standard product includes hardware timestamping. It s supports profiles Default, Power, Telecom, White Rabbit* high accuracy*. It is equipped with 3x LANs (2x 1GbE SFP, RJ45 and 1x 100Mbps RJ45/PoE) supporting both IPv4 and IPv6. Product has natural air cooling and it can operate 24/7 powered by Ethernet PoE interface RJ45. The surge arrester for RJ45 shall be purchased separately. A built-in GNSS satellite receiver includes TCXO oscillator for a short-time holdover. To increase holdover time the MCXO* and OCXO* oscillators are available on request.
NTS-5000 Rb
NTS-5000 LITE
IEEE1588, NTP, IRIG-B*, PPS, 10MHz
LAN1-2 =>100Mbps => upgradable to 10GbE*
LAN3-10 => 1GbE* w/ hardware T-stamping
Supports all PTP profiles and optionally White Rabbit*
Note: All products basis on NTS-pico3. Some products use multiple PICO-3 inside plus extra FPGA supporting PTP IEEE1588 profiles
Highlights: No fans (natural cooling) * Ultra miniature & compact *
Markets: IEC 61850 substations * Low-cost PTP-slaves IIoT * Industry 4.0 automation * M2M market * Autonomous vehicles * Telecom nano-cells BTS.
The NTS-pico3 server has a multi-satellite receiver simultaneously supporting GPS, GALILEO, GLONASS*, and BEIDOU*. The server has a very fast (less than 0.5ms +/- 1ppm) Time To First Fix TTFF synchronization startup. The GNSS receiver accuracy is better than 15ns (at 2 sigma). The server supports cryptographic authentication for NTP. Holdover mode ensures synchronization accuracy is better than 4ms in the first hour. After 24h the max. holdover error is not bigger than 100ms on server output. When normally operating its accuracy is better than 200 ns.
FOURNISSEUR DE SOLUTIONS UNIQUE POUR TOUTES LES APPLICATIONS DE TESTS ÉLECTRIQUES
Software Comparision
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Microsoft Windows allows you by defaults to synchronise your PC-clock to one NTP server only. It also has serious limitations because it is SNTP client, not NTP. Elproma has prepared 100% ref. NTP Windows compilation basis on source C code released on www.ntp.org. Now, you can use it FREE and all the same on Windows like you do on Linux NTP distribution.
TSA RFC 3161 - Qualified Time stamping Server With built-in HSM Hardware Security Module.
Any place where consequences may have a financial impact or concern the people safety, or when Industry 4.0 automation performs functions under the penalty of law, the qualified time stamping is no less important than synchronization, because it provides cryptographic non-repudiation of the event.
STAS – the Synchronization Time Audit System is SCADA class monitoring management system with built-in time audit facility. System is scalable, and it can operate on virtual machine (VM) or can run on real physical server computer. This system can simultaneously maintain thousands of devices just using as small as 2x displays only. Originally STAS has been developed for TELEORGIN Elproma division to support huge population of 100,000 remote IP-devices operating globally worldwide. The minimum hardware requirement for VM deployment is: CPU 8x core, RAM 64GB, HD 4TB (SSD RAID5 or SAS 10K). The software basis on Linux Ubuntu Server (x64) v18.04.
Clients internationaux
Références clients
Microsoft Windows allows you by defaults to synchronise your PC-clock to one NTP server only. It also has serious limitations because it is SNTP client, not NTP. Elproma has prepared 100% ref. NTP Windows compilation basis on source C code released on www.ntp.org. Now, you can use it FREE and all the same on Windows like you do on Linux NTP distribution.
TSA RFC 3161 - Qualified Time stamping Server With built-in HSM Hardware Security Module.
Any place where consequences may have a financial impact or concern the people safety, or when Industry 4.0 automation performs functions under the penalty of law, the qualified time stamping is no less important than synchronization, because it provides cryptographic non-repudiation of the event.
STAS – the Synchronization Time Audit System is SCADA class monitoring management system with built-in time audit facility. System is scalable, and it can operate on virtual machine (VM) or can run on real physical server computer. This system can simultaneously maintain thousands of devices just using as small as 2x displays only. Originally STAS has been developed for TELEORGIN Elproma division to support huge population of 100,000 remote IP-devices operating globally worldwide. The minimum hardware requirement for VM deployment is: CPU 8x core, RAM 64GB, HD 4TB (SSD RAID5 or SAS 10K). The software basis on Linux Ubuntu Server (x64) v18.04.
Témoignages
