OSN9800 TNS1UXCS 1.6T Technology Exploration Platform Open Architecture Supports Deep Customization

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. 

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1.Product Overview

TNS1UXCS is a strategic research equipment for future network architecture research towards 2030+on the OSN 9800 series optical transmission platform.This product is the highest level hardware verification platform in the cutting-edge technology research system.Its core mission is not commercial deployment, but as an open experimental base for exploring the theoretical limits of optical communication, verifying revolutionary network architectures, and defining next-generation industry standards.It carries the important mission of breaking through existing technological paradigms, solving basic scientific problems, and building long-term strategic advantages in the field of information.

2.Core positioning and strategic mission

Theoretical limit engineering probe

The aim is to conduct the first systematic engineering verification of new coding modulation theories proposed by the academic community, such as nonlinear Fourier transform and holographic modulation, as well as ultra wideband utilization techniques, which are close to the Shannon limit, at a single wave rate close to 1.6T.

The key performance data obtained through this platform will provide a unique experimental basis for revising theoretical models and discovering new physical effects.

Prototype carrier for disruptive network architecture

As the hardware core for verifying disruptive architectures such as"computing native networks,""semantic communication networks," and"fully definable networks.

Its design itself has high reconfigurability, supporting researchers to conduct cross layer joint innovation experiments at the physical layer, link layer, and network layer, exploring the deep integration paradigm of network with computing, storage, and intelligence.

Verification platform for strategic technological strength

Serving the long-term basic research layout in areas such as 6G, advanced computing, and network security, it is a key facility for verifying revolutionary technology routes with independent intellectual property rights.

Through the breakthroughs made on this platform, the aim is to form a core patent pool and propose technical standards, providing solid support for participating in and leading the future global information infrastructure rule making.

Open and collaborative global top research network hub

As a major scientific research infrastructure, it attracts top scientists from around the world to use it in the form of open projects and visiting scholars, and builds a global top-level research community around future network innovation.

3.Core technical specifications and research characteristics

1.Physics and System Architecture

Model: TNS1UXCS

Applicable platform: OSN 9800 Strategic Frontier Research Platform

Product attribute: Frontier technology research verification and experimental platform

Design philosophy:"Scalable performance, reconfigurable architecture, and fully open data".

2.Extreme Configurability and Openness

Line rate and modulation: Supports programmable rate configurations from 400G to over 1.6T, with fully open modulation formats, baud rates, and probability shaping parameters for researchers to adjust.

Spectrum operation: supports flexible spectrum shape definition and manipulation experiments for C/L bands and even wider spectral ranges.

Hardware programmability: Key signal processing links (such as DSP core algorithms, FEC engines) provide programmable or replaceable interfaces, supporting the loading of custom algorithm chips or modules.

Full data interface: provides a full link testing point and data acquisition interface from the original photoelectric converted signal to the fully decoded business data.

3.Research supports ecosystems

Full stack simulation and verification environment: Provides a digital twin system that accurately corresponds to the physical platform, supporting seamless hardware in the loop verification for large-scale algorithm simulation.

Automated Experimental Workshop: Integrating automated script engines, parameter scanning tools, and intelligent result analysis frameworks, freeing researchers from complex instrument operations.

Open source community and knowledge base: Establish an open source research community around the platform, share experimental configurations, datasets, and algorithm models, and accelerate global collaborative innovation.

4.Typical cutting-edge research topics

Verification of transmission theory in the post Shannon era: Under extremely high spectral efficiency, verify the practical limits of new coding and modulation theories, and explore new methods for approximating nonlinear channel capacity.

Research on Full Spectrum Access Technology for 6G: Exploring the Basic Theory and Key Technologies of Integrating New Spectrum Resources such as Terahertz Band and Visible Light Communication with Fiber Optic Transmission.

Innovation in Network Computing Fusion Architecture: Research on a new network architecture that directly embeds computing logic (such as all-optical computing and photon neural networks) in the optical transmission process.

Implementation of Intrinsic Security and New Cryptography in the Optical Layer: Exploring Optical Channel Security Enhancement Technologies Based on Quantum Characteristics or Physical Layer Noise, as well as Efficient Implementation of New Post Quantum Cryptography Algorithms in the Optical Layer.

Interdisciplinary basic research: supporting cutting-edge exploration and experimental verification in fundamental disciplines such as physics (such as new nonlinear optical effects), mathematics (such as new decoding theory), and information theory.

5.Summary of Core Values

Seizing the priority of scientific discoveries: enabling scientists to utilize world-class experimental facilities and make groundbreaking discoveries in the forefront of global network and communication infrastructure research.

The birth of zero to one original innovation: provides a complete path from theory to prototype verification for high-risk, long-term disruptive ideas, and nurtures the"seed technology" of future industries.

Cultivate a team of strategic scientists: By operating and using such complex top-level facilities, cultivate strategic scientists and engineers who can handle interdisciplinary complex systems and have a macro technical perspective.

6.Access and cooperation mechanism

Platform code: TNS1UXCS.

Operating mechanism: Adopting the"Open Sharing Platform under Major Special Project Management" model.Led by research management institutions, establish academic committees to review research topics.

User qualification: mainly aimed at advantageous teams in laboratories and universities, as well as researchers undertaking major basic research tasks.

Achievement management: Research results (papers, patents) need to be annotated with platform support and included in the knowledge innovation system. Encourage open sharing of non sensitive research data and models to promote progress in the global scientific community.