Future Network Core OSN9800 TNU5N404 Board with Dual 1.2T Channels for TB Level Business Carrying

Yantai Boxin International Trading Co., Ltd. is a professional comprehensive trading service provider for communication equipment.With warehouses established in Yantai and Hong Kong, we have built a complete and localized network for delivering communication products and services.In 2018, Yantai Boxin International Trading Co., Ltd. set up its international sales department in Yantai, China.Based in China, we operate in emerging markets across Southeast Asia, India, the Middle East, Africa, Europe, and the United States. 

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. 

We expand our international market share by offering high-quality products, excellent service, competitive pricing, and timely delivery.Feel free to contact us for more information.

Description du produit

1.Product Overview

TNU5N404 is the pinnacle of Huawei's OSN 9800 series optical transmission platform, representing the highest achievement in current optical transmission technology.This board adopts industry-leading ultra-high density integration technology, integrating two complete 1.2T (1200G) coherent transmission engines in a single slot, achieving an epic line capacity of 2.4Tbps per board.It is designed specifically for the massive data exchange needs of the global core backbone network, computing hub interconnection, and cutting-edge scientific facilities (such as the Square Kilometer Array Radio Telescope SKA and the High Energy Physics Collider Network) in the next decade.It is a strategic product for the era of TB level single slot capacity, aimed at solving capacity, density, and energy efficiency challenges in extreme bandwidth scenarios.

2.Core Features and Breakthrough Innovations

Single board 2.4T capacity: defining a new benchmark in the industry

Implementing dual channel 1.2T integration and increasing the single board capacity to 2.4T is the core unit for building single fiber 100T or even hundreds of T transmission systems.

This groundbreaking design enables geometric growth in the capacity density of network core nodes, providing the ultimate hardware foundation for dealing with data floods.

Fusion of Ultra Wide Spectrum and Ultra High Order Modulation Technologies

Each 1.2T channel supports extended C+L full band operation, combined with ultra-high performance oDSP, and supports collaborative optimization of baud rate and ultra-high order modulation formats (such as>200GBaud combined with high-order QAM).

Adopting a new generation of probability shaping and nonlinear collaborative compensation algorithms, we aim to achieve transmission performance that approaches the Shannon limit over an ultra wide frequency spectrum, maximizing spectral value.

Revolutionary high-density optoelectronic integration

By adopting next-generation silicon optical integration, advanced packaging, and efficient heat dissipation technology, two extremely complex 1.2T systems have been successfully integrated into standard sized board cards, overcoming multiple physical limits of power consumption, heat dissipation, and signal integrity.

Board level intelligent energy management, achieving continuous optimization of unit bit power consumption and practicing the concept of green optical network.

Super adaptability for future business

Support transparent bearer and flexible bundling of future 1.6TbE, 800GE, and higher speed Ethernet services.

Deep integration of OSUflex (Flexible Optical Service Unit) and enhanced hard slicing technology can provide a deterministic ultra wide bandwidth pipeline for future businesses such as ultra large scientific data streams, holographic communication, and metaverse underlying data synchronization.

3.Detailed technical specifications

1.Physical and General Specifications

Model: TNU5N404

Applicable platform: Huawei OSN 9800 flagship platform (specific high-power, high-performance subrack required)

Board type: Ultra high performance dual 1.2T coherent line interface board

Number of Line Channels: 2

Single slot total capacity: 2.4 Tbps (2 x 1.2T)

Design power consumption: Adopting ultimate energy efficiency design, optimizing total power consumption while providing peak performance.

Work environment: A high standard core computer room environment that requires strict temperature control.

2.Single channel line side performance (per channel)

Line speed: 1.2T (software programmable)

Core modulation and baud rate: Supports the combination of ultra-high baud rate and programmable multidimensional modulation formats.

Line side optical interface: supports next-generation high-density, high-performance pluggable coherent optical modules.

Working band: C+L full band.

Transmission performance goal: aimed at breaking through the limit of the"capacity distance" product and still supporting:

1.2T (Long Range Optimization Mode): Ultra long distance backbone transmission of ≥ 1000 km and above.

1.2T (ultra large capacity mode): Interconnection between backbone and computing power hubs in areas of ≥ 600 km.

3.Customer side and business characteristics

Customer side interconnection: Connected through a backplane architecture with ultra-high bandwidth and low latency.

Support business interfaces: Future oriented, supporting ultra high speed interfaces such as Nx800GE, 1.2TbE (future), OTUCn, etc.

Business scheduling capability: supports collaboration between channels and other boards within the system, achieving flexible offloading and load balancing of over TB level business.

4.Management and Operations

Full lifecycle automation: Deep integration of AI and digital twin technology to achieve performance self optimization, fault self prediction, and network self-healing.

All Optical Network Brain Integration: As the core execution unit of Huawei iMaster NCE-T's"All Optical Network Brain", it supports intent driven and one click scheduling of all network resources.

Openness: Provides an open API for future evolution, supporting deep collaboration with national level computing power scheduling platforms and scientific research network control platforms.

4.Typical application scenarios

The core of the global information highway: used to upgrade top-level backbone links across oceans and countries, and create a global data main road that is never congested.

Large scale scientific device data aggregation network: provides real-time and lossless transmission channels for massive raw data for global distributed radio telescope arrays and next-generation high-energy physics experiment networks.

A cutting-edge network testbed for 6G and the future: providing an ultra-high bandwidth and ultra-low latency underlying network verification platform for cutting-edge research in holographic communication, embodied intelligence, quantum networks, and more.

5.Summary of Core Values

Ultimate solution for capacity: 2.4T single board capacity meets extreme growth needs for the next decade or even longer, completely solving the core bandwidth bottleneck.

Peak Spectrum Efficiency: Integrating ultra wide spectrum and ultra efficient technology to push the theoretical transmission capability of optical fibers to new heights in engineering practice.

Technological leadership and intergenerational advantages: representing the most cutting-edge engineering capabilities in the field of optical transmission, providing users with long-term intergenerational technological leadership advantages.

Empowering Future Innovation: Providing a solid network infrastructure for disruptive applications that have not yet been born, empowering the future form of digital society.

6.Ordering and Deployment Instructions

Basic board model: TNU5N404.

As a strategic product, adopting the"joint innovation and project customization" model, it requires in-depth technical integration and network joint design with Huawei's top expert team.

Need to be equipped with the highest performance optical layer system (such as super amplifiers, broadband WSS) and power supply and cooling infrastructure.

Provide end-to-end top-level escort services from strategic planning, system design, engineering implementation to long-term evolution.