The X54280-B-H is a next-generation high-performance data center all-gigabit switch launched by Shenzhen Xallcom Technology Co., Ltd. for high-performance cloud computing, data centers, and high-end campus networks. It adopts advanced hardware architecture design and provides the industry's highest switching performance and a rich set of data center-specific features.
To meet the demand for resource pooling in cloud computing data centers, the X54280-B-H Supports a rich set of VSS (Virtual Switching System) virtualization features and data center-specific features like TRILL, SDN, FCoE/FC, etc. In combination with Xallcom's X5532 core data center switch, it can accommodate the connection of more than 15,000 10G servers, providing a comprehensive network solution for large-scale data centers.
While offering high-performance L2/L3/L4 wire-speed switching services, the X54280-B-H further integrates various network services like IPv6, MPLS VPN, network security, traffic analysis, and virtualization, coupled with uninterrupted upgrades, uninterrupted forwarding, graceful restarts, and redundant protection. All these ensure the longest uninterrupted communication capability for the network.
The advanced "GreenTouch" concept and the industry-leading "Smart@CHIP" intelligent chip energy-saving technology ensure that the device's power consumption is less than 200W. This significantly reduces energy consumption, emphasizes Eco-friendliness, effectively reduces data center operating costs, and provides a perfect solution for the sustainable development of networks.
Advanced hardware architecture design with leading processing capabilities
Equipped with high-performance ASIC switch chips and multi-core processors to meet the high-performance, high-capacity, high-density, and scalability requirements of data centers.
Standard front-to-back heat dissipation design, with flexible selection of airflow direction.
Rich data center-specific features
Supports VSS virtualization cluster switching technology, which can virtualize multiple physical devices into one logical device. This offers unmatched performance, reliability, flexibility, and management compared to independent physical devices.
Doubling of performance: The virtualization system can fully utilize every link between physical devices, avoiding blockages on links by the traditional network model's spanning tree protocol. This makes the most out of resources, doubling performance, and maximally protecting the original link investment.
High reliability: Based on advanced distributed processing technology, it achieves a separation of logical control and business data planes, ensuring uninterrupted L3 routing and avoiding single-point failures, significantly enhancing the reliability of the virtual system.
Flexibility: Through the virtual cluster function, the distance of the virtual cluster system can be extended to 80KM, offering flexibility and convenience, breaking the geographical limitations of traditional cluster technology.
Ease of management: The entire virtual system achieves unified management with a single IP, making the actual physical devices transparent to users. This simplifies the management of network devices and topology, greatly enhancing network operational efficiency and effectively reducing operational maintenance costs.
