GMR5000 | High-Precision Time & Frequency Server

Description:

The GMR5000 is a high-performance and extremely accurate time and frequency server from Masterclock in Dubai UAE, engineered for demanding synchronization applications. It supports multiple protocols including NTP, PTP IEEE1588, SMPTE, EBU, and IRIG-B, ensuring precise time distribution across critical infrastructure networks. Designed as a network time protocol server in Dubai UAE, the GMR5000 delivers exceptional accuracy and reliability for mission-critical environments.

 

The base model integrates both NTP client and server capabilities, fully compatible with IPv4/IPv6 networks. It includes SSH encryption for secure data transmission and SNMP features for network management. Equipped with a GPS/GLONASS receiver, the NTP server in Dubai UAE achieves time accuracy within ±15 ns of UTC, making it one of the most dependable timing devices in its class.

 

Housed in a compact 1U rack-mount chassis, the GMR5000 acts as a versatile time and frequency generator capable of referencing various timing sources. It can synchronize thousands of NTP clients simultaneously when configured with standard NTP polling rates. If you are evaluating the NTP server price in Dubai UAE, we can provide solutions tailored to your technical and operational needs.

 

Expanding to the regional market, we also supply Masterclock in Saudi Arabia — delivering the same trusted precision and performance for organizations that rely on accurate time synchronization. The GMR5000 functions effectively as an NTP server in Saudi Arabia, meeting the needs of sectors such as aviation, telecom, broadcasting, utilities, and research institutions. For clients comparing the NTP server price in Saudi Arabia, our team offers transparent and competitive quotations with complete system integration support.

 

Whether deployed as a Masterclock in Dubai UAE or implemented as part of a broader synchronization network in Saudi Arabia, the GMR5000 ensures unparalleled accuracy, secure communication, and long-term reliability for enterprise-level timing infrastructures.