Beyond the DCIM
DCIM software can be regarded as a modern management tool for data center operation.Although many DCIM products have been on the market for more than a decade, their adoption rate is still very low.According to 451 Research, a Research firm, only about 15% of the data centers with power capacity of 3MW and above deployed DCIM software.Many data center operators refuse to deploy DCIM, in part because DCIM often requires operational changes that make software costs far more than they buy.
But those with DCIM will be one of the best and most efficient facilities in the industry.The DCIM platform includes monitoring, asset, change and capacity management, which can obtain data on power, heat dissipation, space and connectivity.Operators use DCIM software to understand and predict the data center facilities throughout its life cycle in the performance, for the IT services growth to achieve the accurate cost calculation and key infrastructure planning.
Although its application is still in its early stages, DCIM's data and functions are increasingly being used in physical infrastructure such as power, cooling and space.People are beginning to see new data center service optimization (DCSO) products using DCIM and its underlying data to achieve new optimizations, services, and business-oriented capabilities.The data center service optimization (DCSO) product expands the capabilities of the DCIM to manage physical assets and virtual assets within the data center and geographically dispersed facilities.
DCSO applies operational data to IT decisions.
By combining a series of DCSO and other tools and subsystems, data center managers are implementing greater infrastructure and IT monitoring, management, and control.These integration tools are increasingly being used to provide the end-to-end view of delivery of IT services clearly, accurately, and in real time.In some cases, the effective use of DCSO and other software can reduce the risk, avoid the failure point of the workload, and reduce the demand for peak power supply.In this way, data center hardware and infrastructure and human capital costs may be reduced.
Today's DCSO products are combining DCIM data with IT systems management (ITSM) and virtual management (VM) management systems.The goal is to more closely match IT service requirements with the supply of physical data center resources (power, refrigeration, server, space) to reduce inefficient problems.This type of DCSO method is relatively new and has been adopted by some forward-looking IT managers.
Room can be available for monitoring power and cooling equipment data (from DCIM asset management) and server utilization and activities of the telecom room (from ITSM) data.For example, data center managers can use composite data to know the racks that can allocate IT services without affecting the power, cooling, or IT resources of other services.
By linking to DCIM, ITSM, and business systems, DCSO can also improve cost transparency.For example, you can accurately assess a particular service or application in a fairly detailed level costs, such as data center cost allocation to cloud computing service fees, and summarize its electricity bill.This is especially important for cloud providers to ensure that they understand their costs in a competitive environment.The end-to-end cost of IT services is important for private operations or local enterprise data centers to support decisions about whether services should be outsourced.In general, it is influenced by privacy, data governance and other factors.
In addition, you can consider using other business level standard, such as service if you need low latency networks, the infrastructure needed reliability degree, whether can you accept using power management to slow down the application, and whether such as the location of the sensitivity to store data (by region, frame, or even Shared server).
Software driven data center.
The ultimate goal of connecting the DCIM and IT management systems is to extend provisioning automation from IT to the infrastructure layer.For example, this means that IT managers will be able to deploy applications, services, or workloads in the best and least semi-automated way.Consider energy use, cooling availability and availability of resources, such as rack level power (including power redundancy).DCSO method, mission-critical workloads can be dynamically moved to the server, or even the highest power and other refrigeration and the reliability of the data center, such as move the priority work run elsewhere.
Finally, some DCSO platforms are expected to include integration with power companies and micro-grid systems to manage the ac power supply.Data center managers can take advantage of transmission, distribution, cost, supply and use information inside and outside the data center.
In summary, DCSO supports the automated process types that characterize software-driven data centers.If the enterprise does not have operation data center, then there is no need to its application in multiple data centers (internal or external), if there are no plans to run a private cloud, will not promote DCIM, of course also don't have to use DCSO.For other companies, it would be worthwhile to look closely at the technology and its possible evolutionary path.In the next few years, DCIM distributor agreement will become deeper integration and cooperative partnership, and expect its cooperation in the field of IT management vendors began to provide enterprises with a wider range of solutions.
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