CHALLENGES
Top 3 contribution priorities we support you with
OUR SOLUTION
Precision TimeNet is designed to support mission critical services with secure and reliable time synchronization
Precision TimeNet synchronization is a solution designed to assure security, reliability and service availability and the innovative approach fundamentally changes how synchronization is performed in exsiting networks. The synchronization solution is open and completely disaggregated from the physical transport network, designed to be scalable and flexible to support cost-efficient rollouts and heterogeneous environments.
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GNSS/GPS Independent
Solves the stronger phase synchronization requirements that TDD introduces in the 5G networks independently of GNSS/GPS. This increases security and reliability. Solves
Network agnostic
Handles any underlying network architecture including leased line, microwave links and DWDM networks.
Open solution
Open networking and open APIs prevents vendor lock-in and enables innovation. Lifecycle service orchestration (LSO) enables automation and orchestration of timing.
Disaggregated
Distributes absolute time from anywhere to everywhere in the network over existing IP/MPLS infrastructure independent of network capacity and layers. Disaggregating synchronization from the physical transport and from requiring hardware support in every network line card transforms and significantly simplifies synchronization in IP networks. By moving synchronization to a L2/L3 network function, it opens up for centralized intelligence allows for network and services to grow and develop independently of the synchronization architecture.
Extremely scalable
Precision TimeNet is based on guiding principles for the Internet and developed with an end-to-end approach, assuring seamless scalability and future innovation.
Meeting 5G TDD requirements over existing IP networks
Handles network asymmetries
Embedded asymmetry detection and auto-calibration
Improves sync link accuracy
100x more sync packets to increase resiliency to network congestion
Dynamic packet filtering
Weighted multi-link collaborative clocks based on intelligent sync routing
Advanced algorithms that can support network planning to cope with diurnal changes
Enhanced resiliency using improved sync routing
Intelligent sync routing including multi-link capabilities
Future proof
An open disaggregated synchronization architecture allows for easy virtualization and cloud implementation accelerating innovation and new services.
Wide range of protection mechanisms available on demand
Flexible service access integrating legacy SDI together with modern IP as 2110
Unprecedented density with aggregating traffic up to 12 x 100G
Open restAPI supported that can bring full QoS control in an NMOS environment
Aperi A1101 Compute Switch
1U ultra-compact form factor – up to 3 units per U
- 90 Gbps non-blocking switch
- 1 expansion slot for Aperi app acceleration module
- Compact media processing architecture with redundant power
- 1/10 GbE and video interfaces
- IP Media Trust Boundary
- ASI/ST2022-2 and SDI/ST022-6 conversion
- V-Stack media OS with web UI and application API control
Aperi A1105 Compute Switch
1U compact form factor
- 520 Gbps non-blocking switch
- 5 expansion slots for Aperi app acceleration modules
- Compact media processing architecture with redundant power
- 1/10 GbE and video interfaces
- IP Media Trust Boundary
- ASI/ST2022-2 and SDI/ST022-6 conversion
- V-Stack media OS with web UI and application API control
Nimbra 600 series
640/680/688
2.5/6/10U form factor options
- 40/80/160 Gbps non-blocking switch
- 4/8/16 expansion slots for Nimbra app acceleration modules
- Compact to full hardware redundancy option
- 1/10 GbE, audio and video interfaces
- IP Media Trust Boundary
- JPEG XS, JPEG 2000, H.264/AVC compression
- ASI/ST2022-2 conversion
- MSR Safe Transport option
- NimOS media OS with web UI, Nimbra Vision NMS support and API control
