Product Overview 

 H3C S10500 Series Switches Hangzhou H3C Technologies Co., Ltd. (hereinafter referred to as H3C) for next-generation campus network core and metro aggregation and core switching products specifically designed and developed. Advanced CLOS multi-level multi-plane switching architecture, can provide sustained bandwidth upgrade capabilities, support for 40GE and 100GE Ethernet standard. Comware V5 operating system products are based on the independent intellectual property rights of H3C, IRF2 (Intelligent Resilient Framework 2, the second-generation Intelligent Resilient Framework) technology, the cornerstone for the system virtualization software system, the further integration of the MPLS VPN, IPv6, application security, application optimization , wireless and a variety of network services to provide non-stop forwarding, continuous upgrades, graceful restart and ring network protection, and a variety of highly reliable technology, while improving user productivity, to ensure the largest network uptime, thereby reducing the customer The total cost of ownership (TCO) for. 



 The S10500 products including S10504, S10508, S10508-V three models, able to adapt to the different size of the network port density and performance requirements, provide the equipment to protect the user's core network construction. 





 Advanced CLOS multi-level multi-plane switching architecture 

 Advanced CLOS multi-level multi-plane switching architecture to provide a sustained bandwidth upgrade capabilities. 

 Support 40GE and 100GE Ethernet standard, fully meet the non-blocking campus network applications and future development needs. 

 Independent switching network board, engine control and independent of each other, the greatest degree of improve equipment reliability, as well as provide guarantees for the continued escalation of the follow-up product bandwidth switching network board hardware. 

 n innovative distributed multi-engine design 
 Innovative hardware design, the fully distributed independently controlled engine, the detection engine, the maintenance of the engine system provides a powerful ability to control and 50ms high reliability protection; 

 Distributed control engine, all business board to provide powerful control processing system to easily handle a variety of protocol packets and control packets, and to support the fine control of the protocol packet, the system provides the perfect anti-protocol packet attacks; 

 Distributed detection engine, all business board can be distributed BFD OAM and fast fault detection and control plane protocol to implement linkage, support for fast protection switching and fast convergence can be achieved 50ms fault detection to protect the business without interruption ; 

 Distributed maintenance of engines, intelligent CPU system to support intelligent power management, veneer order to support the upper and lower power (reducing the impact of electric power in the veneer at the same time, improve equipment life, reduce electromagnetic radiation, to reduce system power consumption), equipment Online status check. 



 n IRF2 (second-generation Intelligent Resilient Framework) 
 Horizontal business integration for the campus network needs, S10500 support. IRF2 (second-generation Intelligent Resilient Framework) technology, multiple high-end device virtualization into a single logical device, in terms of reliability, distribution and management has a strong advantages, mainly reflected in three aspects: 

 Reliability: The patented routing hot backup, the entire virtual infrastructure control plane and data plane information redundancy and uninterrupted three-forwarding, greatly enhanced the reliability and performance of the virtual architecture. while eliminating the single point of failure, to avoid business interruption; 

 Distribution: Distributed cross-device link aggregation technology, the uplink load sharing and backup for each other, thereby enhancing the overall network architecture redundancy and link utilization of resources; 

 Ease of management: the flexible architecture share a single IP management, simplify network management, simplifying the network topology management, improve operational efficiency, lower maintenance costs. 



 n improve the security mechanisms