OSN9800 TNU1NP800S Board 800G Programmable Network Processor Wavelength Division Circuit Board

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

TNU1NP800S is a high-performance programmable network processor 800G wavelength division multiplexing circuit board designed for next-generation intelligent computing networks and cutting-edge research needs on the OSN 9800 series optical transmission platform.This board integrates industry-leading single wave 800G transmission capability and highly open programmable data plane processing engine, providing an intelligent connection platform with both ultra wide bandwidth and deep programmability for extreme scenarios such as large-scale artificial intelligence computing cluster interconnection, national scientific device data transmission, and future network architecture verification.It is not only a high-speed transmission channel, but also an innovative experimental base that supports user-defined network protocols, algorithms, and business logic.

2.Core characteristics and innovative value

800G line speed programmable processing capability

Integrate a new generation of high-performance programmable network processors, supporting user-defined message processing, traffic analysis, and policy forwarding logic at 800G full line speed.

Breaking through the fixed limitations of traditional transmission equipment functions, enabling researchers and developers to explore innovative network architectures at the current highest commercial speed level.

Deep optimization for AI computing scenarios

Provide programmable congestion control, load balancing, and traffic scheduling mechanisms for specific traffic patterns such as long tail flow and many to one (incast) generated by distributed AI training (such as Wanka cluster).

Support collaborative interface optimization with mainstream AI accelerators and scheduling frameworks such as NVIDIA SHARP and Huawei Ascend to reduce communication overhead for computing tasks.

Open and definable network intelligence

Provide a complete software development kit that supports programming the data plane using languages such as P4 and C, enabling cross layer optimization from physical layer perception to application layer strategy.

The onboard high-performance processing unit can serve as a distributed intelligent node, deploying lightweight AI models to achieve real-time perception, prediction, and autonomous optimization of network status.

High precision network visualization and measurement

Support programmable fine-grained traffic mirroring, telemetry data generation, and timestamp insertion functions, providing unprecedented data granularity for performance monitoring, fault diagnosis, and security analysis of ultra large scale networks.

3.Detailed technical specifications

1.Physical and General Specifications

Model: TNU1NP800S

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

Board type: Programmable Network Processor Enhanced 800G Line Processing and Experimental Platform

Typical power consumption:<280W

Working temperature: 5°C to 45°C (suitable for high-performance computing environments)

Processing core: New generation multi-core programmable network processor unit

2.Customer side interface and programmable features

Interface configuration: Supports high-speed Ethernet customer side interfaces (such as 2x400GE or 8x100GE).

Programmable data plane capability:

Custom protocol processing: Supports line speed parsing and forwarding of new transmission protocols and custom encapsulation formats.

Advanced traffic engineering: programmable implementation of application aware queue management, explicit congestion notification (ECN), and deterministic delay guarantee.

State based processing: supports maintaining flow level state information and implementing complex stateful network functions.

3.Line side transmission performance

Line speed: 800G

Modulation format: The software can configure high-order modulation (such as 64QAM/16QAM), supporting dynamic trade-offs between distance and capacity.

Line side optical interface: Supports CFP2-DCO coherent optical modules.

Target application distance: For the optimization of intelligent computing center interconnection, it typically supports a metropolitan area range of ≥ 80km and can be extended to longer distances.

4. Software development and experimental management

Development environment: Provides a complete development toolchain including compiler, debugger, and cycle specific simulator.

Experimental platform: Supports integration with mainstream network simulation software (such as NS-3) to achieve seamless transition from simulation to real hardware verification.

4.Typical application scenarios

Wanka level AI computing cluster network core: As the core exchange and transmission node for internal or cross center interconnection of intelligent computing centers, it optimizes the All to All communication mode through programmable capabilities to improve the efficiency of large-scale training tasks.

Large scale scientific equipment data acquisition network: connects scientific equipment such as large radio telescope arrays and particle collider detectors, and processes massive raw experimental data streams through customized protocols.

The core equipment of the Future Network Research Experiment Bed: provides a real high-speed hardware environment for universities and research institutions to verify new data center network architectures (such as Homa, NDP), transmission protocols (such as HPCC), and resource scheduling algorithms.

Customized processing nodes for high-end financial trading networks: Implementing nanosecond level timestamps, customized security checks, and ultra-low latency routing through programmable logic to meet the extreme requirements of high-frequency trading.

Network Defense Frontier Technology Verification Platform: Exploring new algorithms and architectures for real-time analysis of encrypted traffic, DDoS attack mitigation, and advanced threat hunting in Tbps level networks.

5.Summary of Core Values

Unlocking the potential of AI computing power networks: providing underlying programmable hardware support to break through communication bottlenecks in large-scale AI training, unleashing the true performance of computing power clusters.

Reshaping the paradigm of network research: Elevating network experiments from software simulations and low-speed prototypes to 800G real-world environments, accelerating the transition from theory to practice.

Building differentiated network capabilities: enabling operators and enterprises to create unique network services through software definition, forming core competitiveness.

Laying the foundation for future network technology: laying a solid technological foundation for intelligent and programmable connections required for future applications such as 6G computing power networks and holographic communication.

6.Ordering and cooperation mode

Basic platform model: TNU1NP800S.

This product adopts a collaborative model of"platform authorization+joint research and development", mainly targeting top customers and partners with cutting-edge research needs or deep customization needs for specific scenarios.

Provide platform access, basic development tools, technical training, and joint R&D framework support.

For major research projects or commercial deployments, it is recommended to form a joint team for requirement analysis, solution design, and customized development.