Redefine 5G sync
The heartbeat for network resilience and monetization
The heartbeat for network resilience and monetization
OVERVIEW
With the ongoing global deployment of 5G, networks are evolving in terms of capacity and coverage, and with the introduction of new advanced applications and use cases. Central to all these advancements is the need for resilient time synchronization.
Time synchronization is required for the 3.5GHz TDD mid-band spectrum. As deployment expands nationally, especially into rural areas, it will heighten the importance of securing robust synchronization.
Applications like Network Slicing and URLLC will enable new services while network functions like Massive MIMO and Carrier Aggregation enhance network performance. These are key for monetization as well as network operations and underscore the need for robust sync.
5G encompasses critical services for entities such as emergency response teams and other government services, necessitating heightened levels of availability and security for network applications.
CHALLENGES
Traditionally, time synchronization has been realized through the utilization of GNSS (Global Navigation Satellite System) solutions such as GPS, or through network-based approaches like PTP (Precision Time Protocol).
BENEFITS
Ensures you are not reliant on external sources, and grants you full control over synchronization.
Accelerates 5G deployment, including for more rural areas, while optimizing costs by reducing the need for extensive hardware upgrades.
Provides reliable sync performance and protection against external threats.
Manages sync in one end-to-end system minimizing operations overhead and reducing potential errors.
In this webinar we delve into the implementation of overlay network sync, allowing you to distribute timing and synchronization in top of the existing IP network within your mobile network infrastructure.
This paper describes the inherent challenges with providing accurate phase and time for 5G mobile networks.
Three Sweden was tasked with implementing a GPS/GNSS independent time synchronization solution for their nationwide 5G network, a critical requirement set by the Swedish regulator PTS for all 5G licenses. Given that 70% of their base stations rely on leased capacity links, finding a suitable solution posed a significant challenge.
Combining forces, telecom operator Türk Telekom and Net Insight revolutionizes 5G networks by developing and rolling out the world’s first GNSS independent overlay synchronization solution which reduces cost and time-to-market for 5G deployments.
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