OSN9800 TNG1T212 200G Mobile Synchronization Flagship Board Meets Sub Microsecond Level Time Synchronization Accuracy

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Yantai Boxin International Trading Co., Ltd. supplies products to various telecom operators, meeting their needs for supplementing and expanding 2G/3G/4G/5G network stations.Our current equipment portfolio covers brands such as Nokia, Ericsson, Alcatel, Huawei, ZTE, ZTT, and FiberHome. 

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1.Product Overview

TNG1T212 is a flagship ultra high precision synchronous 200G mobile carrier wavelength division multiplexing circuit board designed for 6G research, industrial deterministic networks, and mobile network evolution limit synchronization requirements on the OSN 9800 series optical transmission platform.This product has undergone a comprehensive performance upgrade based on TNG1T206, increasing the single wave transmission capacity to 200G and deeply integrating cutting-edge technologies such as nanosecond level time synchronization, femtosecond level jitter control, and deterministic delay guarantee.It aims to provide the ultimate optical transmission base with spatiotemporal deterministic guarantee for future mobile communication, high-precision industrial automation, and cutting-edge scientific research experimental networks.

2.Core Features and Performance Breakthroughs

Nanosecond level absolute time synchronization capability

By adopting a new generation of coherent optical phase time transfer and local highly stable atomic clock taming technology, end-to-end absolute time synchronization accuracy of ≤±10 nanoseconds is achieved on complex optical transmission networks.

Support multiple backups and seamless switching of high-precision time sources such as timekeeping systems, and establish an autonomous and controllable spatiotemporal benchmark within the network.

Femtosecond level transmission link jitter control

By optimizing optoelectronic devices, designing low-noise power supplies, and implementing specialized jitter filtering algorithms, the timing jitter introduced by the transmission link is controlled at the level of<100 femtoseconds (fs RMS).

Ensure that the timing edges of control signals and data signals are extremely clear and stable, meeting the ultimate requirements for signal purity in applications such as quantum sensing and ultrafast process control.

Deterministic latency and bandwidth guarantee

While providing a massive capacity of 200G, hardware traffic shaping and resource reservation mechanisms are employed to provide microsecond level deterministic latency bounds and zero packet loss guarantees for critical synchronous and data streams.

Support traffic scheduling based on the concept of time sensitive networks to achieve spatiotemporal resource isolation for multiple business flows.

Programmable interfaces for openness and cutting-edge research

Open up raw data interfaces such as underlying timestamps, phase errors, and link states, supporting research institutions to load custom synchronization algorithms or conduct new time protocol verification experiments.

Provide the ability to interface with high-level simulation environments and support pre validation of synchronization performance in digital twin networks.

3.Detailed technical specifications

1.Physics and System Architecture

Model: TNG1T212

Applicable platform: OSN 9800 U64 and above high-performance platforms

Board type: Flagship level ultra-high precision synchronous 200G mobile carrier line interface board

Typical power consumption:<150W

Working temperature: 0°C to 50°C (meets the requirements of precision system environment)

Core modules: Integrated high stability atomic clock module, coherent optical time transfer unit, and deterministic switching matrix.

2.Core indicators of synchronous and deterministic performance

Time synchronization accuracy (T-BC/T-TSC mode): ≤± 10 ns (relative to the main reference clock, maintained for 24 hours).

Maximum time interval error: ≤ 5 ns (peak to peak value, in S-class telecommunications environment).

Deterministic transmission delay: It can provide a delay guarantee of ≤ 10 µ s ± 50 ns for specified business flows.

Output phase noise:<-100 dBc/Hz at 1 Hz offset.

3.Line side transmission performance

Line speed: 200G

Modulation format: Supports high-performance coherent modulation to meet long-distance transmission in urban and regional areas

Transmission distance: For high-precision synchronization optimization, it supports high-performance transmission of typical ≥ 80 km, with stable and predictable latency.

4.Management and Monitoring

Full dimensional synchronous health monitoring: Real time monitoring of dozens of deep synchronization quality indicators such as time error, phase noise, clock drift, and link asymmetry.

Predictive maintenance and root cause analysis: Based on AI algorithms, early warning of synchronization performance degradation is provided, and the root cause of faults (such as time delay drift caused by fiber temperature changes) is automatically located.

4.Typical application scenarios

6G Integrated Sensing and Computing Network Research Platform: As the underlying infrastructure for the deep integration of communication perception computing in 6G networks, it provides a unified nanosecond level spatiotemporal benchmark for distributed antenna arrays, sensing nodes, and computing units, supporting cutting-edge research such as environment reconstruction and precise positioning.

Ultra high precision industrial deterministic network: applied to high-end semiconductor manufacturing (photolithography machine cluster synchronization), wide area differential protection of power grids, magnetic power control of particle accelerators, and other industrial scenarios that require nanosecond level collaboration.

Synchronized data network for large scientific facilities: connecting various detection units of large radio telescope arrays, distributed radar systems, and other large scientific facilities to achieve strict time alignment of raw data acquisition.

Future Mobile Network Open Test Bed Core: As the core transmission and synchronous distribution node of O-RAN or other open network architecture test beds, it is used to verify new wireless protocols and algorithms that meet extreme performance requirements.

5.Summary of Core Values

Defining the future network's spatiotemporal benchmark capability: bringing the synchronization accuracy of optical networks from the"microsecond era" to the"nanosecond era", laying an irreplaceable spatiotemporal infrastructure for various collaborative applications in the future intelligent society.

Empowering Industry 4.0 and cutting-edge scientific research: solving a series of core bottlenecks in high-end manufacturing and basic scientific research that have long been constrained by synchronous accuracy, directly improving system performance and the quality of scientific research achievements.

Building strategic technological advantages: In the future core strategic resource field of spatiotemporal information, forming high-end equipment and system solutions with independent intellectual property rights, and building long-term technological barriers.

Leading industrial standards and development direction: the performance indicators achieved will provide key practical basis and technical traction for the future development of international and domestic standards in industrial Internet, 6G and other fields.

6.Deployment and Service Description

Basic board model: TNG1T212.

This product is suitable for major scientific research projects, cutting-edge research, and top-level industrial automation projects, and is usually deployed as a core component of systematic solutions.

Before deployment, a highly detailed"spatiotemporal joint design" is required, including time source layout, fiber delay calibration, environmental disturbance assessment, etc.

Provide high-end services throughout the entire lifecycle, supported by a team of top experts in " deterministic networks, " covering requirements analysis, joint design, precision testing, and long-term optimization.