Next Generation Network Architecture Verification Platform OSN9800 TNU5NP400 Board 1.2T Programmable Hardware Facility

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.

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1.Product Overview

TNU5NP400 is a top-level programmable network processor 1.2T wavelength division multiplexing circuit board for strategic research and future network architecture research on the OSN 9800 series optical transmission platform.This product is not only the ultimate embodiment of technological strength in the fields of optical transmission and programmable data plane processing, but also an open research infrastructure that carries the mission of cutting-edge exploration.It aims to provide an unprecedented high-performance and highly flexible hardware experimental platform for early architecture design, protocol verification, and performance limit testing of future digital bases such as 6G networks, computing native networks, and fully definable networks.It is a strategic level scientific research equipment that defines the standards and forms of the next network era.

2.Core positioning and strategic mission

The ultimate platform for programmable network processing capabilities

Systematically integrate and synergistically optimize the industry's top programmable network processor engine with a single wave 1.2T extreme coherent transmission system.

We have built a hardware environment that allows for comprehensive custom programming and real-time verification of data plane forwarding, processing, and scheduling logic at near theoretical transmission rates, providing a physical foundation for exploring network capabilities in the post Shannon era.

A research foundation for the native integration of"network computing intelligence"

Its architecture design prospectively considers the properties of future networks as extensions of computing systems, providing hardware support for revolutionary paradigms such as"storage computing integrated networks,""near data processing," and"endogenous intelligent networks.

Support exploring the possibility of directly embedding lightweight AI inference and customized computing units in network data, breaking the boundaries between traditional networks and computing.

Key components of strategic technological strength

As a core component in building major technological infrastructure in the information field, it serves the long-term strategic layout in areas such as 6G, advanced computing, and network security.

It is a key research tool for exploring the"no man's land" of network technology, achieving high-level technological self-reliance, and participating in and leading the development of global future network standards.

Global top research ecosystem core of open co creation

Provide a complete and open top-level research suite to attract top scientists, research institutions, and standard organizations from around the world, and build an innovative consortium for next-generation network technology around this platform.

3.Core technical specifications and platform features

1.Physics and System Architecture

Model: TNU5NP400

Applicable Platform: OSN 9800 Strategic High Performance Open Research Platform

Product attributes: Flagship programmable network processor enhanced 1.2T circuit and cutting-edge research platform

Core architecture: Deep fusion 1.2T coherent optical engine, high-performance heterogeneous programmable processing unit (NP/FPGA), high-speed cache, and innovative interconnect bus.

2.Ultimate programmability and processing capability

Programming Freedom: Supports cross layer programmability from packet/cell level processing to joint optimization of optical channel parameters, providing unprecedented control granularity.

Processing performance: Supports line speed execution of complex custom processing logic at 1.2T full rate, providing the possibility to validate network algorithms in extreme scenarios.

Open Depth: Open key hardware resources and underlying interfaces to collaborative researchers, supporting deep customization and prototype validation.

3.Line side transmission performance

Line speed: 1.2T

Experimental flexibility: As a research platform, its transmission parameters (such as modulation format, encoding, spectrum shape) have far greater flexibility and configurability than commercial products to support cutting-edge physical layer research.

4.Frontier research support system

Advanced research suite: includes dedicated compilers, full system simulators, performance analysis tools, and reference design libraries.

Experimental infrastructure: Provide remote access to the experimental bed environment, automated experimental scheduling framework, and massive data collection and analysis tools.

Academic Cooperation Program: Establishing joint research funds, visiting scholar programs, and channels for publishing top academic achievements.

4.Typical cutting-edge research and collaborative directions

Prototype validation of future network architecture: used to verify the core technologies and networking capabilities of revolutionary architectures such as semantic communication networks, holographic communication, integrated sensing and computing networks, and integrated air, space, earth, and sea networks.

Research on the Limits of New Network Protocols and Algorithms: To provide the ultimate performance verification environment for exploring ultra-low latency deterministic protocols, large-scale adaptive routing algorithms, the integration of quantum secure communication and networks, AI full stack endogenous networks, and more.

Research on Network Security Fundamentals: Exploring the feasibility of implementing cutting-edge security technologies such as real-time analysis of encrypted traffic, advanced persistent threat (APT) detection and mitigation, and mimetic defense at the Tbps level.

Joint optimization across physical and network layers: Research on intelligent collaborative mechanisms between optical physical layer parameters (such as nonlinear compensation and modulation formats) and network layer routing and congestion control, approaching the theoretical upper limit of overall network performance.

Major scientific and technological projects and long-term basic research: serving long-term strategic planning in the field of information networks, supporting comprehensive and forward-looking fundamental theories and key technological breakthroughs.

5.Summary of Core Values

Seizing the absolute high ground of future technology: enabling collaborators to stand at the forefront of global network technology exploration and directly participate in shaping the fundamental form of the network in ten years or even longer.

Generating disruptive theories and technologies: providing a top-level experimental environment for transforming network research ideas with disruptive potential into verifiable and quantifiable prototypes without performance bottlenecks.

Cultivating strategic technology leaders: Providing world-class research platforms for doctoral, postdoctoral, and senior researchers is a key facility for cultivating strategic scientists and engineers who can define the future and lead industries.

Building strategic technological core capabilities: It is a landmark major scientific research infrastructure for building a self reliant, secure and controllable strategic technological force, and achieving high-level technological self-reliance in the information field.

6.Participation and cooperation mode

Platform model: TNU5NP400.

Collaborative output orientation: The core goal is to jointly produce top academic papers, core basic patents, forward-looking technical standard proposals and white papers with global leadership, as well as jointly cultivate high-end strategic technology talents.