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ZTE Optical transport system chassis used to host OTN/DWDM boards and modules

Part Number
ZTEM900frame
Manufacturer
ZTE
In Stock Used

ZTE Optical Transport System Chassis (ZTEM900frame) for hosting OTN/DWDM boards and modules, essential for high-capacity optical networks.

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Specifications

AI Research Sourced from publicly available data — verify before purchase.
Part Type Other
Dim Notes Dimensions not specified in available data.
Spec Notes Specifications not available in training data.
Dim Confidence unknown

About This Part

The ZTE M900 series optical transport system chassis (ZTEM900frame) is a foundational platform for high-capacity optical networks. It is designed to host Optical Transport Network (OTN) and Dense Wavelength Division Multiplexing (DWDM) boards and modules, which are critical for aggregating, multiplexing, and transmitting diverse data services. This chassis provides the essential physical and power infrastructure for these advanced optical components, enabling efficient data transport over long distances. Typically deployed in core network backbones, metropolitan area networks, and data center interconnects, the ZTEM900frame facilitates the expansion and optimization of network bandwidth. As a product from ZTE, a leading global telecommunications equipment provider, this chassis is engineered for robust performance and reliability. While specific configurations depend on installed modules, the ZTEM900frame supports high availability and scalability, crucial for building flexible and resilient optical network infrastructures. Revo Distribution Limited offers this used and refurbished ZTE M900 chassis as a cost-effective solution for network operators and enterprises. By providing quality pre-owned equipment like the ZTEM900frame, Revo enables clients to enhance or expand their network infrastructure within budget. This approach promotes sustainability by extending the lifecycle of high-value telecom assets, ensuring continued access to reliable, high-performance optical networking capabilities without the premium cost of new hardware.