AA454608 OSN8800 Optical Transponder Unit 100Gbit/S Wavelength Conversion Board TN17LSC(100G BASE-LR4-10 Km-CFP) for 5G Network

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.

Descripci?n del producto

1.Product Overview

Table 1: Basic Identification and Specifications

Attribute specification description

OptiX OSN 9800 series intelligent optical transmission platform

Module Name: 1.6T/1.2T Ultra High Power Pluggable Coherent Optical Module (QSFP-DD/OSFP-XD Package)

Module Type: Next Generation Ultra High Speed Digital Coherent Optical Module

Functional positioning: ultra-high speed, high power, multi scenario 1.6T/1.2T line side transmission

Physical dimensions comply with QSFP-DD/OSFP-XD enhanced packaging standards

Adaptation board for OSN 9800 TN series ultra high speed circuit board supporting enhanced interfaces

Working temperature extension level: 0 ° C to+75 ° C (module shell temperature)

The power demand is supplied by the host board through an enhanced power interface, with a typical power consumption of less than 35W

Interface type: Dual LC/MPO single-mode fiber interface

Key features: 1.6T/1.2T configurable rate, ultra-high output power, multiple subcarriers, programmable modulation

2.Optical interface and transmission characteristics

Table 2: Key Optical Layer Parameters

Parameter specifications

Line rate 1.6 Tbit/s (can be downgraded to 1.2T)

Modulation Format Programmable Probability Shaping (PCS) -64QAM/128QAM/32QAM/16QAM

Modulation format switching software definition, supporting dynamic adaptive modulation

Wavelength characteristics with multiple subcarriers (8x200G or 12x133G), supporting C+L band extension

Output optical power+3 dBm to+6 dBm (total power, adjustable by software)

Receiving sensitivity ≤ -5 dBm (BER=2E-2, PS-64QAM mode)

Receiving sensitivity ≤ -7 dBm (BER=2E-2, PS-32QAM mode)

Transmission distance can reach 40-80km (PS-128QAM/64QAM, urban scene)

Transmission distance can reach 100-200km (PS-32QAM/16QAM, regional trunk)

Baud rate~200 GBaud (total symbol rate, 1.6T mode)

3.Core Enhancement Technology

Table 3: Key Technical Characteristics

Technical characteristics, technical specifications, performance advantages

Multi subcarrier hyper aggregation supports flexible aggregation and decoupling of 8-12 electrical/photonic carriers to achieve Tb/s level single wave capacity, supports flexible grid and spectrum slicing, and improves spectrum utilization

The programmable modulation engine is a programmable modulator based on silicon light.It supports multiple modulation formats.Single module can adapt to the whole scene from short metro area to medium distance trunk line, realizing"one module for multiple purposes"

Ultra high power integrated multi-channel laser array and high-power driving circuit are integrated to provide sufficient optical power for Tb/s level multi subcarrier signals, compensating for high-order modulation and high OSNR requirements

AI enhanced DSP integrated with AI accelerator 7nm/5nm DSP, achieving intelligent balancing and nonlinear compensation to dynamically optimize transmission performance, adapting to complex link environments, and improving system margin

Co encapsulated optical interface supports CPO (co encapsulated optical) forward interface, reducing electrical interface losses and providing a clear path for future rate evolution above 1.6T, thereby reducing system power consumption

4.Performance indicators

Table 4: Detailed Performance Parameters

Performance indicators PS-128QAM mode (1.6T) PS-64QAM mode (1.6T) PS-32QAM mode (1.2T)

Typical transmission distance 40-60 km 60-80 km 100-150 km

Optical signal-to-noise ratio requirement>20 dB @ 0.1nm>17 dB @ 0.1nm>14 dB @ 0.1nm

Spectral efficiency~12.5 bits/s/Hz~10.5 bits/s/Hz~7.5 bits/s/Hz

Power efficiency<22 mW/Gb/s<20 mW/Gb/s<18 mW/Gb/s

Forward Error Correction Super Cascaded Error Correction Code (such as oFEC+HD-FEC) Enhanced oFEC High Performance Soft Decision FEC

Nonlinear tolerance strictly limits low to medium

5.Management and monitoring functions

Table 5: Monitoring and Management Capability

Monitoring Category Monitoring Parameter Management Function

Multi dimensional performance monitoring of independent performance of each subcarrier, real-time modulation format status, nonlinear damage map, AI equalizer status to achieve end-to-end fine management of Tb/s signals

Intelligent diagnosis and prediction based on machine learning for performance degradation root cause analysis, fault prediction, and lifecycle estimation have shifted from passive maintenance to active prediction, significantly improving network availability

Software definition for programmable configuration management of rate/modulation format/power spectrum, dynamic tuning of DSP algorithm parameters to support real-time on-demand allocation and optimization of network resources

Real time monitoring of power consumption per bit, junction temperature heatmap, and heat dissipation efficiency evaluation for energy efficiency and thermal management, achieving optimal energy efficiency and thermal safety in high-density deployment

Security and encryption monitoring, physical layer security feature monitoring, and optical layer encryption status provide enhanced security transmission guarantees for high-value data

6.Application scenarios

Table 6: Typical Application Scenarios

Recommended Configuration Core Value and Deployment Advantages for Application Scenarios

Next generation intelligent computing center interconnection 1.6T PS-64QAM, 40-80km meets the ultimate bandwidth and low latency requirements for AI trillion parameter model training, accelerating scientific research and commercial innovation

The backbone of the computing power network is directly connected to 1.2T PS-32QAM, achieving ultra large capacity and deterministic connectivity between national/regional computing power hubs within 100-150km, supporting"East data West computing"

6G Mobile Front/Mid Transmission 1.6T Programmable Mode,<20km provides ultra wide bandwidth front transmission pipeline for 6G sensing and computing integration and terahertz communication

Ultra large scale urban aggregation of 1.2T PS-16QAM, 80-120km to cope with the urban traffic peak brought by future metaverse and holographic communication, simplifying network architecture

7.Compatibility and configuration requirements

Table 7: System Compatibility and Deployment Requirements

Specific description of the required category

The system architecture requires support from the new generation OSN platform, including ultra-high bandwidth backboards, enhanced power and cooling architecture, and intelligent management framework.

The compatibility of the optical layer system requires support for C+L band, ultra wide channel spacing (possibly ≥ 200GHz), and low filtering damage optical layer devices.

The heat dissipation and power supply must use liquid cooling or extreme air cooling for heat dissipation, and the power supply system must provide a single port stable power supply capacity of>50W.

Fiber optic infrastructure requires the use of G.654.E or more advanced ultra-low loss/large effective area fibers, and strict control of link reflection and non-linearity.

Software and intelligent operation and maintenance require a new generation of intelligent network management with big data analysis, AI operation and maintenance, and digital twin capabilities to manage such complex modules.

The maturity of the ecosystem belongs to the forefront of the industry, relying on cross vendor standard promotion and the improvement of the testing instrument ecosystem.

8.Maintenance and ordering information

Table 8: Maintenance and Ordering Points

Project Information

Component code TN17LSC

Technology intergenerational belongs to the intergenerational technology oriented towards 2030, defining the benchmark for the next generation of optical transmission.

In the initial stage of deployment mode, it may be provided in the form of a system level solution, including customized host devices, optical layer optimization, and professional services.

The total cost of ownership needs to be evaluated from the dimensions of single bit cost and single bit power consumption, and its value lies in addressing bandwidth demands that cannot be solved by traditional expansion methods in the future.

Actively participate in and promote the development of relevant OIF, IEEE, and ITU-T standards for standards and interoperability, ensuring the healthy evolution of the industry.

Core Summary:

TN17LSC is a revolutionary Tb/s level optical module developed for the future digital world's"bandwidth black hole" challenge.It surpasses the scope of current 800G technology by using disruptive technologies such as programmable photon engines, AI enhanced DSP, and multi subcarrier hyper aggregation to advance single channel capacity to 1.6Tb/s while maintaining a pluggable form factor.

Strategic significance:

Defining the track for the next decade: not only for products, but also for laying the foundation for future infrastructure such as 6G, computing power networks, and general artificial intelligence in optical transmission.

Technological Integration Model: Deeply integrating innovations in multiple fields such as silicon optics, advanced DSP, AI, and new materials, representing the pinnacle of integrated optical communication technology.

Promoting the paradigm shift of the network: Its"software defined, adaptive, and ultra high density" characteristics will drive the evolution of optical networks from static pipelines to intelligent, resilient, and open computing power carrying networks.

Current location:

This module is a pioneering product in the pre commercial/technical validation stage, mainly aimed at top operators, research institutions, and ultra large scale cloud vendors with forward-looking layout requirements. Its deployment will be synchronized with the planning of new generation transmission equipment, fiber optic facilities, and operation and maintenance systems, which is the core key to building ultra high speed information infrastructure for 2030 and beyond.