Multi-emulex device based on 1U design

Abstract

The invention discloses a multi-emulex device based on 1U design. The multix-emulex device is designed based on multi-core millon instructions per second (MIPS) framework and comprises the following modules: a multi-core processor processing module, an exchange chip processing module and a radiating optimizing processing module. The multi-core processor processing module is used for processing 12 internuclear parallel synchronous computing, and each core can reach the 64-bit computing power; the exchange chip processing module is used for providing 240-G access capability indicators and providing 16-emulex small form pluggable (SFP)+interface+8 kilomega Combo interface combination and has great advantages in interface density and handling capacity; and the radiating optimizing processing module is used for radiating heat of important chips and power sources of a printed circuit board (PCB) of an integral machine system, and power consumption is reduced. The multi-emulex device can well solve the problem that the data collection in the prior art is not flexible, occupies space of an operator and increases project cost and can totally meet the on-the-spot link collection with the 16-emulex+8-kilomega state.

Description

technical field [0001] The invention relates to the field of mobile communication, in particular to the technical field of service support of mobile communication. Background technique [0002] The rapid development of mobile Internet brings business opportunities to operators, but also brings many problems. The services supported by terminals are becoming more and more perfect, such as mobile phone microblog, mobile video, etc., which put forward higher requirements for transmission bandwidth. Providers have to upgrade the bandwidth to meet more applications. The bandwidth upgrade, the impact of network video, and the skyrocketing data traffic pose higher challenges to the current network architecture of operators. The traditional gigabit network cannot meet the growing trend of the network, so operators are actively expanding and optimizing the links between the core networks, transforming from GE to 10GE, especially the PS network of telecom, the core network links are b...

AI Technical Summary

Problems solved by technology

[0005] At present, the traffic of the existing network is increasing exponentially. For the redundancy of the link, the link design of the operator must be a 10G link. As a monitoring system, most of the data collected on the live network should be a 10G link. At the same time, it is a paired collection, that is, the uplink and downlink are collected by two physical interfaces. If the physical interface of the acquisition device is only Gigabit, or there are too few 10 Gigabit interfaces, it is difficult to meet the acquisition requirements of the system. In order to solve the collection problem, only multiple GE collection devices can be used, which not only takes up space, but also increases the project cost

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