The Thunderbolt PTP GM200 is a state-of-the-art grandmaster clock designed to deliver precise timing and phase synchronization for high-performance LTE-Advanced (LTE-A) networks. Its multi-constellation GNSS support and exceptional holdover capabilities ensure reliable and accurate timing, even in challenging environments. Network operators can deploy the GM200 closer to eNodeBs, minimizing synchronization errors and maximizing the performance of LTE-A services.
Is your wireless network falling behind due to timing errors? In today’s fast-paced digital world, precise timing is critical for optimal Thunderbolt PTP GM200 wireless network performance. Phase synchronization errors can lead to degraded service quality, reduced bandwidth, and even service outages, especially in demanding LTE-Advanced (LTE-A) networks.
The Thunderbolt PTP GM200 is a state-of-the-art grandmaster clock designed to provide the continuous availability of UTC-traceable time required for flawless phase synchronization. Engineered for high-performance wireless networks, the GM200 is the key to unlocking the full potential of your LTE-A services.
Why Choose the Thunderbolt PTP GM200?
The Thunderbolt PTP GM200 is designed with small cells in mind, but it also meets the synchronization requirements of macro base stations. Its compact size, low cost, and flexibility make it the perfect solution for deploying grandmaster clocks closer to eNodeBs, minimizing network hops and ensuring 1.5 us of phase alignment.
LTE-A services like CoMP, eICIC, eMBMS, and Carrier Aggregation demand stringent phase synchronization. Non-compliance can lead to service degradation or outages. With its high reliability and accuracy, ensures your network can support these demanding services seamlessly.
Don’t let timing issues hold your wireless network back. Upgrade to the Thunderbolt PTP GM200 and experience the difference that precise phase synchronization can make.
Contact us today to learn more and see how the Thunderbolt PTP GM200 can optimize your LTE-A network performance.