The X54540-B-H series, developed by Shenzhen Xallcom Technology Co., Ltd., is a new generation high-performance data center switch designed for high-performance cloud computing, data centers, and high-end campus networks. It features advanced hardware architecture, delivering industry-leading switching performance and a comprehensive set of data center business features. The switch offers a switching capacity of up to 2.56 Tbps and supports 48 10G ports, 2 40G ports, and 4 100G ports.
To meet the pooling needs of cloud computing data center networks, this switch supports virtualization features and data center technologies such as TRILL, SDN, and FCoE/FC. It offers high-performance L2/L3/L4 line-rate switching services, integrates IPv6, MPLS VPN, network security, traffic analysis, and virtualization, and supports seamless upgrades, uninterrupted forwarding, graceful restart, and redundant protection. This ensures maximum uptime and continuous communication. Additionally, it incorporates industry-leading "Smart@CHIP" intelligent chip green energy-saving technology, significantly reducing energy consumption and operating costs, providing a green, sustainable development solution for data centers.
Advanced hardware architecture design with leading processing capabilities
Supports 48 10G ports, 2*40G ports, and 4*100G ports (can be split into up to 72*10G ports) within a IU body owing to its industry-leading hardware architecture design
Equipped with high-performance ASIC switching chips and multi-core processors, supporting up to 1.28Tbps switching capacity, meeting the requirements of data centers for high performance, high capacity, high density, and scalability.
Standard data center front-to-back and back-to-front airflow duct design, supporting flexible selection between front-to-back and back-to-front airflow configurations.
Rich data center-specific features
Supports VSS (Virtual Switching System) virtualization cluster technology, which can virtualize multiple physical devices into one logical device. The virtual system offers unparalleled advantages in performance, reliability, flexibility, and management compared to independent physical devices.
Performance Doubling: The virtualization system can fully utilize every link between physical devices, avoiding traditional networking models where spanning tree protocols may block links. This maximizes resource utilization, doubling performance, and protecting existing investments in network infrastructure to the fullest extent possible.
High Reliability: Based on advanced distributed processing technology and efficient cross-device link aggregation, the system achieves the separation of logical control plane and business data plane. This enables uninterrupted Layer 3 routing and forwarding, avoiding business interruptions caused by single points of failure. This greatly enhances 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.
Unified switching: Supports FCoE (FC over Ethernet) technology, addressing the heterogeneity issues between LAN networks and FC storage networks, thereby achieving the integration of computing, data,
Data center-grade reliability
