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Protempis  |  SKU: 111224-20

Protempis Thunderbolt (Formerly Trimble Thunderbolt) PTP GM200 Grandmaster (PTP)

$2,128.58

Looking to buy more than 10 units of the Protempis Thunderbolt (Formerly Trimble Thunderbolt) PTP GM200 Grandmaster (PTP)? Contact sales@novotech.com or call 1-800-268-8628 for volume pricing.

Vendor

NOTE, This product does not include a power adaptor. Please add item 112383 to your order.

The Protempis Thunderbolt® PTP Grandmaster Clock is designed for the telecom market, for use at the edge of wireless networks requiring phase synchronization. The GM200 provides continuous availability of UTC traceable time for phase synchronization, a must for LTE-Advanced networks and services.

The Thunderbolt PTP GM200 employs industry-leading Protempis GNSS performance, and world class holdover technology.

The PTP GM200 tolerates harsh environmental conditions, supporting both Indoors & Outdoors deployments with extended operating temperature range (-40 to +85 C).

The Thunderbolt PTP GM200 supports small cells networks that require phase synchronization. Although it is designed with keeping small cells in mind, it meets Marco base station requirements for synchronization.

Due to the Protempis GM200’s small size, low cost, superior accuracy, reliability and flexibility of deployment options, the risk of network re-configuration and load variance on IEEE-1588 signal quality is reduced.

Key Features

  • Multiple PTP Profiles (G.8265.1, G.8275.1, G.8275.2, Telecom-2008 Profile, Enterprise Profile, Power Profile, Broadcast Profile SMPTE)
  • Multi-Constellation (GPS, GLONASS, Beidou & Galileo)
  • 15ns (1-sigma) time accuracy relative to GNSS reference
  • A holdover of ±1.5us over 4 hours
  • Inputs: GNSS, 1588-PTP and SyncE
  • Outputs: 1588-PTP, NTP, SyncE, PPS, and 10MHz
  • Network Management: SNMP, Web UI, CLI
  • IPv4 and IPv6 Support

Page Last Updated Sept 2025

Case Studies

  • Scientific Deployment: Researchers used two Trimble Thunderbolt GM200 PTP clocks to synchronize underground detectors in a real-world field experiment. Read study
  • 5G Midband Case Study: CBRS operators in the U.S. & Japan identified the GM200 as an ideal edge sync product for private 5G, citing accuracy and holdover. View case study
  • Deployment Guidance: Celona best practices recommend the GM200 for supporting up to 16 access points in enterprise/private LTE deployments. See integration guide
  • 5G Integration: Configuration guide shows GM200 in use with Ericsson Private 5G Compact for edge synchronization. View configuration

Industries Served by the Thunderbolt PTP Grandmaster GM200

Industry Challenge GM200 Solution
Power (Smart Grids) Precise timing required for phasor measurement units and protection relays. Even microsecond drift disrupts stability. 15 ns accuracy with ±1.5 µs holdover ensures stable phase sync for IEC 61850 substations and wide-area monitoring.
Utility Dispersed field crews need synchronized data for fleet operations, SCADA, and outage response. Multi-protocol outputs (PTP, SyncE, NTP) provide accurate timestamps for telemetry and maintenance logs, improving crew safety and response time.
Broadcast Frame-accurate video/audio sync is essential in IP production; traditional sync methods no longer sufficient. Supports SMPTE Broadcast Profile, ensuring lip-sync accuracy and seamless switching in modern broadcast networks.
Financial Services Trading systems must meet MiFID II / SEC timestamp regulations with microsecond precision. Delivers 15 ns GNSS accuracy and UTC traceability across PTP/NTP/PPS/10 MHz outputs for regulatory compliance.
Oil & Gas Remote rigs and pipelines require reliable timing in harsh environments with limited connectivity. Ruggedized design (–40 °C to +85 °C) with robust holdover enables synchronized SCADA and fault detection even if GNSS is interrupted.
Enterprise / Data Centers Servers, databases, and VoIP systems require consistent timestamps for logging, security, and SLA performance. Provides multi-protocol timing (PTP, NTP, SyncE) from one device, minimizing clock drift across IT systems and supporting compliance and uptime.

Frequently Asked Questions

What is a PTP Grandmaster Clock?

A PTP Grandmaster Clock provides a precise time source for networks using IEEE-1588 (Precision Time Protocol). It ensures synchronized timing across equipment in telecom, utilities, and broadcast networks.

Why do telecom networks need phase synchronization?

A PTP Grandmaster Clock provides a precise time source for networks using IEEE-1588 (Precision Time Protocol). It ensures synchronized timing across equipment in telecom, utilities, and broadcast networks.

How accurate is the Thunderbolt GM200?

The GM200 provides ±15 ns (1-sigma) accuracy relative to GNSS, with ±1.5 µs holdover over 4 hours — exceeding ITU-T standards for telecom timing.

Can the GM200 operate in harsh environments?

Yes. With a rugged design and extended operating range of −40 °C to +85 °C, the GM200 is suitable for both indoor and outdoor deployments.

What outputs does the GM200 support?

The GM200 supports multiple outputs including 1588-PTP, NTP, SyncE, PPS, and 10 MHz, making it compatible with a wide range of telecom and enterprise applications.

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