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The WESTCOM WS7000 100G Switch Series

The WESTCOM WS7000 Series is a next-generation, high‑performance data center solution featuring a full Gigabit switch

The WS7000 series represents a next-generation, high-performance full Gigabit switch designed for cloud computing, modern data centers, and advanced campus networks. Built on an innovative hardware architecture, the WS7000 series delivers exceptional switching performance along with a comprehensive set of data center service features.


Engineered for the future, this high-performance full Gigabit switch powers next-generation data centers.



WS748X8Q

48-Port 10G/GE SFP+

8-Port 100G/40G QSFP28 

WS732Q

32-Port 100G/40G

WS748Y8Q

48-Port 25G/10G SFP28

8-Port 100G/40G QSFP28 

Product Overview

The WS7000 delivers high-performance L2/L3/L4 line-speed switching while seamlessly integrating advanced network services, including IPv6, MPLS VPN, network security, traffic analysis, and virtualization. Together with a suite of high-reliability data center technologies—such as non-disruptive upgrades, uninterrupted forwarding, graceful restart, and redundancy protection—the WS7000 series guarantees continuous, stable network communication. Inheriting forward-thinking design principles and cutting-edge energy-saving innovations, the WS7000 is both low-carbon and environmentally friendly, significantly lowering data center operating costs while supporting green, sustainable network development.


Advanced Hardware Architecture Design

With its advanced hardware architecture and leading processing capacity, the WS7000 series is engineered for high-density data center access. A compact 1U device supports up to 48-port 25G plus 8-port 100G, or a single unit can deliver 32-port 100G access. Powered by high-performance ASIC switching chips and multi-core processors, the system achieves up to 6.4Tbps switching capacity—meeting the demanding requirements of high performance, scalability, and density in modern data centers. Featuring a standard front-to-back or back-to-front airflow design, it offers flexible airflow direction to adapt seamlessly to diverse deployment environments.