Frame Core Ethernet All Optical Network Switch AP-H2015C

Advanced CLOS orthogonal architecture and RGOS operating system are adopted, with high performance and easy expansion. It is recommended to deploy in data centers, metropolitan area networks, campus networks, or scenarios where data centers and campus networks are integrated

Product characteristics

Power supply/optical fiber transmission integration, applied to the Anpson Ultra Simple Optical PoF solution, simplifies network deployment;

CLOS architecture constructs non blocking switching, and high-speed transmission does not lose packets;

Hardware level multiple protection, telecommunications level high reliability, and continuous operation of equipment without dropping wires;

Support VSU virtualization technology, unify operation management, and increase network reliability;

Perfect QoS strategy, achieving refined traffic bandwidth control, and improving the network experience;

Intelligent fan supports 256 levels of speed regulation, precise temperature control, noise reduction and energy saving

Power supply/optical fiber transmission integration

AP-H2015C is mainly applied to the Anpson Ultra Simple Optical POF (Power over the Fiber Cable) scheme. The biggest feature of the POF scheme is that in the traditional extremely simple optical scheme, the application scenario of optoelectronic hybrid cables is added to achieve the values of "centralized power supply for terminal equipment from the core computer room", "strong current free deployment for indoor switches", "ultra remote power supply for remote network equipment", "unified management of network and power supply systems", "extremely simple installation of extremely simple optical switches", and "saving engineering construction costs". It greatly saves CAPEX and OPEX for campus network construction.

Virtual Switching Unit (VSU)

The AP-H2015C series supports the industry-leading VSU (Virtual Switching Unit) virtualization technology, which virtualizes multiple physical devices into a single logical device for unified operation and management, significantly reducing network nodes and reducing the workload of network operation and maintenance management personnel. Increase network reliability, achieve rapid 50 to 200 ms link failover, and ensure uninterrupted transmission of critical services. Support cross device link aggregation, facilitate access servers/switches to achieve dual live link uplink, and multiply the effective network connection bandwidth.

High reliability design

All key components of the AP-H2015C series are designed with redundancy: the main control engine is 1+1 redundant, the power module is N+M redundant, and the fan is 1+1 redundant. At the same time, all redundant components support hot swapping, greatly improving the reliability and availability of the entire machine.

It supports GR for OSPF/IS-IS/BGP, BFD for VRRP/OSPF/BGP4/ISIS/ISISv6/static routing, and implements fast fault detection mechanisms for various protocols, with a fault detection time of less than 50ms.

Support hardware level dual boot, use two FLASH chips to store boot software (system boot program), achieve hardware level boot redundancy backup, and avoid switching failure due to FLASH chip failures

Support hardware health status visualization, which can monitor fan status, power supply, temperature, and on-board voltage. In particular, if voltage anomalies are detected during daily inspections, they can be handled in a timely manner to avoid voltage anomalies and downtime.

Support fault isolation technology for monitoring the status of optical modules. Once a fault occurs, the faulty module can be isolated to ensure that it does not affect the normal operation of other ports and the entire machine. After replacing the module, the port can also immediately resume normal operation.

CLOS architecture for non blocking switching

The advanced CLOS multi-level multi-plane switching architecture is adopted to achieve complete separation of forwarding and control planes, which means that independent switching network boards and independent master control boards can be configured to ensure full line speed and non blocking between ports, providing continuous bandwidth upgrade capability and business support capability.

Using a completely orthogonal design between the service board and the switching network board, cross board traffic is transmitted to the switching network board through orthogonal connectors for switching, achieving "zero" routing on the backplane, reducing transmission loss, greatly reducing signal attenuation, and improving the internal transmission efficiency of the service flow switch.

Perfect QoS policy

It has multi-layer flow classification and flow control capabilities such as MAC flow, IP flow, and application flow, and implements multiple flow strategies such as fine flow bandwidth control and forwarding priority. It supports the network to provide services based on different applications and the quality of service characteristics required by different applications.

The QoS guarantee system based on the DiffServ standard supports complete QoS policies such as 802.1P, IP ToS, Layer 2 to Layer 7 stream filtering, SP, and WRR, and implements QoS logic based on multiple services in the entire network system.

Software Defined Network (SDN)

AP-H2015C series products follow the development of the times, supporting OpenFlow and NETCONF, and supporting smooth upgrade of the entire network to SDN networks. This greatly simplifies the difficulty of network management while significantly reducing the cost of network maintenance.

Efficient green energy conservation

High efficiency modular power supply, power supply system efficiency is higher.

The multi-core CPU supports dynamic power consumption management, and all Ethernet ports support the EEE efficient energy-saving standard, which can save power at low loads.

Intelligent fan supports 256 level speed regulation, precise temperature control, energy saving and noise reduction. It can work for a long time under high temperature, adapt to harsh environments, and greatly reduce energy consumption for you.

Simple and easy network maintenance

Supports a 1+1 redundant hardware monitoring system that can centrally monitor status parameters such as boards, fans, power supplies, and environment

Support SNMP, RMON, Syslog, and other features for daily network diagnosis and maintenance. At the same time, administrators can adopt diverse management and maintenance methods such as command line interface (CLI), Web network management, and Telnet to facilitate device management.

Support GRPC based Telemetry technology to achieve periodic collection of CPU, memory, and other information.

Factory preset extremely simple optical management software and business templates, installation free, and rapid deployment; In addition to achieving network service planning, it can also achieve plug and play, zero configuration online, intelligent zero replacement, and optical link fault monitoring and early warning functions for Aurora switches.