Huawei's OptiXtrans E9600 is a high-capacity, intelligent, enhanced optoelectronic converged MS-OTN product designed for enterprise backbone transmission networks. This series utilizes a new-generation T-class cross-connect platform, capable of flexibly handling various types of granular components including OTN, VC, and PKT.It features switching capabilities and the ability to smoothly evolve to an OSU. Single-wavelength ultra-high speeds range from 100G to 800G, supporting access for any service from 100M to 400GE. Bandwidth can be adjusted losslessly from 2M to 100G as needed to meet the carrying requirements of different scenarios. The Super C + Super L new optical layer supports 240 wavelengths per fiber at 50GHz, achieving an ultra-high bandwidth of 96Tbit/s. Flexible, on-demand deployment with varying slot sizes saves data center space. Supporting 1588v2/Synchronous Ethernet and ASON, it offers rich management and protection functions, providing enterprise customers with ultra-broadband, flexible, elastic, and intelligent transmission solutions.

 1Ultra-wide: New speed+New spectrum

• Superior "vehicle-mounted" capability, adjustable single-wavelength 100G~800G

• Ultra-wide "lane," integrated C+L scheduling, spectrum coverage of C-band @6THz + L-band @6THz, single-fiber capacity 96T

• Flexible scheduling of optical and electrical components to create a three-dimensional high-speed interconnected network

 2Minimalist: A unified platform integrating six elements

• Six-in-one solution for optical/Ponder/OTN/SDH/PKT/OSU, simplifying equipment types.

• Unified scheduling and unified transport of OTN/VC/PKT services simplify network layers and improve bandwidth utilization.

 3Intelligent operation and maintenance, turning passive into proactive

Based on the SDN design concept, it builds and supports virtualized bandwidth operation services, supports the transformation of WDM networks to cloud-era transport networks, and transforms passive response into proactive operation and maintenance through online, intelligent, and visualized fault prediction based on big data, thereby improving service quality and reducing OPEX.