H3C CR16000-M Cloud Service Router
The H3C CR16000-M series router is a cloud service router launched by New H3C for the digital age. It adopts carrier level reliability and programmable NP architecture design, with rich cloud service carrying characteristics, carrier level high reliability, strong forwarding performance and many other features. It is suitable for various industries such as government, finance, transportation, power, healthcare, education, and operators. This series supports high-density Ethernet interfaces such as 100Ge, 10Ge, Ge, as well as wide area network interfaces such as 155M/622M/2.5G POS, CPOS, E1/T1, which can meet different network locations and interface requirements. Supporting advanced network operating system Comware, the latest generation Comware inherits the original characteristics of the previous generation (rich functionality, high performance, single system support for multiple hardware structure devices, etc.), and expands the functions of openness, containerization, programmable architecture, etc. to better support various new business scenarios and user needs in response to the new requirements of industry development for network operating systems; Support the new generation of SRv6 technology, combined with AD-WAN controller to achieve flexible programming customization, global control scheduling, open network construction, simplified operation and maintenance deployment, and visual status presentation; Support flow detection technology, real-time visualization of business quality, and rapid demarcation of network faults; Support hard slicing technology FlexE and sub interface slicing to meet the network slicing requirements of different levels, achieve strict isolation of different businesses, and SLA guarantee for critical businesses.
Product Features
Rich cloud business features
H3C CR16000-M supports the new generation of SRv6 technology, naturally supporting cross domain deployment. Cloud business activation no longer requires complex cross domain deployment, eliminating the cost of cross departmental communication and coordination, significantly reducing the difficulty of end-to-end business activation, and achieving a seamless transition to the cloud.
• Support real-time detection and telemetry, report the true status of business in real-time, accurately perceive network quality, and provide a globally transparent and visible network foundation for the refined management and effective guarantee of cloud business
• Fully support AD-WAN hosting and branching solutions, achieve intelligent scheduling and refined management of the network, and predict network trends through business simulation and fault rehearsal functions to prevent problems before they occur
• Supports network slicing technologies such as FlexE, sub interface slicing, and Flex Algo, allowing for different levels of network slicing from the physical layer, network layer, and transport layer, better isolating the business of different tenants on the cloud, and providing differentiated SLA guarantees for each type of business
Telecommunication grade network reliability assurance
H3C CR16000-M8/CR16000-M16 adopts operator grade hardware architecture design, supporting full physical isolation of main control, business, and switching, and supporting independent switching network boards
H3C CR16000-M8/CR16000-M16 main control adopts redundant design, supports 1+1 redundancy, and improves hardware reliability
Adopting fan micro module wind wall design, supporting front and rear ventilation, direct air duct design, and supporting independent redundant fan frames
The power module adopts N+M redundancy design and supports built-in AC/DC power supply
• Supports BFD for BGP/IS-IS/RIP/OSPF/static routing, and NSR/GR switching technologies to improve system reliability
Implementing the Dual Carbon Strategy: Green and Energy saving Design
Efficient heat dissipation design of the whole machine: adopting a front and rear straight through air duct design, improving heat dissipation efficiency by 40%; Fan micro module wind wall technology ensures that the overall temperature of the board is 5 ℃ lower than the traditional mode; Accurate anti backflow design ensures more stable heat dissipation.
• Chip energy-saving and consumption reducing design: SerDes supports on-demand configuration of low-power mode, adopts industry-leading low-power DDR controller, microkernel on-demand startup, processor frequency on-demand configuration, and many other energy-saving designs, reducing power consumption by 41% compared to the previous generation NP under the same performance.
• Intelligent power management: It can support sequential power on of single boards, reduce power shock caused by simultaneous power on of single boards, improve equipment life, and reduce electromagnetic radiation; It can control the power off of the single board to reduce system power consumption.
• Support intelligent fan speed regulation: The system can automatically collect the temperature of the single board, support status monitoring and fault alarms such as fan speed, and can automatically partition speed regulation according to environmental temperature and single board configuration, reducing device power consumption and operating noise.