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Digital Diversity Impacts Data Center Hierarchy

The concept of digital diversity also affects the way organizations operate and manage infrastructure. Administrators must manage everything from outsourcing and SaaS provider relationships to cloud setup, architecture and integration, and tie it all together to support business outcomes.


As Carless explained, a lack of firmware patches can have a greater impact on the data center and the business it supports, especially if the patch prevents the incident from happening.


Given the growing trend of as-a-service offerings, this awareness gap in data center incident reporting can lead to future problems. Administrators need access to all necessary information to improve their management systems and practices. As organizations increase the use of data centers in the private sector, keeping the underlying infrastructure up-to-date and running smoothly is non-negotiable.


Disclosing incident reports and outage information can help data center operators and staff improve system maintenance. There are three main benefits of participating in a program such as the Data Center Incident Reporting Network (DCIRN).


The Data Center Incident Reporting Network (DCIRN) helps administrators stay abreast of global developments and identify potential hotspots and problems before they arise in the data center.


Organizations can use the Data Center Incident Reporting Network (DCIRN) incident timeline as a baseline for their own health checks. These timelines can help administrators ensure that their data center management protocols are actively using and encouraging technical best practices that increase the reliability and availability of service data centers.


Open and public data center incident reporting can demonstrate to customers that organizations are operating to the latest standards and maintaining their systems with best practices that go beyond the status quo. For businesses looking for market differentiation, regular data center reporting practices may only be a positive step.


The grades of data centers are divided into A grade, B grade and C grade:


Class A is fault-tolerant


Class A data centers require the support system to have sufficient capacity and capacity to avoid the risk of downtime of important loads caused by any planned actions. At the same time, the fault tolerance function requires that the support system has the ability to avoid at least one unplanned failure or event causing the risk of important load downtime, which requires at least two data centers to distribute routes effectively in real time, and N+N is a typical system architecture.


Class B is redundant


The B-level data center allows any planned actions of the supporting system equipment without causing any service interruption of the equipment in the computer room. Planned actions include planned regular maintenance, maintenance, component replacement, equipment expansion or reduction, system or equipment testing, etc.


Class C is the basic type


The C data center can accept planned and unplanned interruptions of data services. A computer power distribution and cooling system is required, but not necessarily a raised floor, UPS, or generator set. Without a UPS or generator system, this would be a single circuit system and would create multiple single points of failure.

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