Best Data Center Infrastructure Management Tools
Data center infrastructure management (DCIM) software is used to manage, organize, and monitor the components of a data center. DCIM tools fulfill various purposes like asset management, performance monitoring, and hardware maintenance. Another key component of DCIM technology is the management and documentation of data related to a data center.
DCIM solutions help companies manage assets such as switches and rack servers effectively. In addition, these solutions can also look after energy management by tracking power consumption at various levels. IT operations teams usually use DCIM software to monitor and manage data center resources.
Although these tools may integrate with data center networking solutions, they are more geared toward on-premise infrastructure management rather than data center connectivity. Data center infrastructure management solutions are widely used across industries, including IT, finance, healthcare, and telecommunications. They are particularly valuable for organizations with complex data center environments that require efficient resource management, capacity planning, and energy optimization.
To qualify for inclusion in the Data Center Infrastructure Management (DCIM) category, a product must:
Best Data Center Infrastructure Management (DCIM) Software At A Glance
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- Overview
- Pros and Cons
- User Satisfaction
- Seller Details
ManageEngine OpManager is a holistic blend of network monitoring tools that help you manage your entire network in minutes. Along with network monitoring, be able to analyse bandwidth, manage configur
- IT Manager
- Information Technology and Services
- Computer & Network Security
- 58% Mid-Market
- 35% Enterprise
7,655 Twitter followers
- Overview
- Pros and Cons
- User Satisfaction
- Seller Details
The data center is not a simple environment to manage, and a DICM solution should not be simplistic. Nlyte is recognized globally by analysts and IT professionals as the leading DCIM software on the
- Information Technology and Services
- Financial Services
- 63% Enterprise
- 25% Mid-Market
1,997 Twitter followers
- Overview
- Pros and Cons
- User Satisfaction
- What G2 Users Think
- Seller Details
Microsoft System Center helps customers realize the benefits of the Microsoft Cloud Platform by delivering unified management. Experience fast time-to-value with out-of-the-box monitoring, provisionin
- IT Manager
- Network Engineer
- Information Technology and Services
- Education Management
- 46% Enterprise
- 33% Mid-Market
- Reviewers call out the seamless performance of Microsoft System Center for deployment of Windows across an organization
- Reviewers mention this is a helpful solution, especially for patch management within Microsoft environments
- Reviewers appreciate the way the tool creates automated solutions for end users to install software they need without security or other risks
14,031,499 Twitter followers
- Overview
- Pros and Cons
- User Satisfaction
- Seller Details
Faddom simplifies Application Dependency Mapping (ADM) by providing IT teams with complete real-time visibility into their hybrid infrastructure without the need for agents or disruptions. With aut
- Information Technology and Services
- 50% Enterprise
- 35% Mid-Market
20 Twitter followers
- Overview
- User Satisfaction
- Seller Details
The cloud-based digital infrastructure management platform that operations teams rely on to reduce risk, improve performance, and lower costs. Get started for just $100 per year. SOC 2 Type II certifi
- Information Technology and Services
- 38% Mid-Market
- 33% Enterprise
469 Twitter followers
- Overview
- User Satisfaction
- Seller Details
Integrated data center infrastructure management software, metering, environmental monitoring and security solutions for power, cooling and IT room.
- 67% Mid-Market
- 25% Small-Business
3,800 Twitter followers
- Overview
- Pros and Cons
- User Satisfaction
- Seller Details
IBM Turbonomic is a performance and cost optimization platform for public, private, and hybrid clouds used by customers to assure application performance while eliminating inefficiencies by dynamicall
- System Engineer
- Systems Engineer
- Information Technology and Services
- Computer Software
- 46% Enterprise
- 31% Mid-Market
711,154 Twitter followers
- Overview
- Pros and Cons
- User Satisfaction
- Seller Details
Modius® provides software and services for managing the availability, capacity, and efficiency of critical facilities. Our flagship product, OpenData®, provides all the tools, including DCIM (Data
- Information Technology and Services
- 47% Mid-Market
- 33% Small-Business
75 Twitter followers
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- Pros and Cons
- User Satisfaction
- Seller Details
With customers across 70+ countries, organizations of all sizes rely on Device42 as the most trusted, advanced, and complete full-stack agentless discovery and dependency mapping platform for Hybrid I
- Information Technology and Services
- Computer Software
- 47% Enterprise
- 37% Mid-Market
1,695 Twitter followers
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- Pros and Cons
- User Satisfaction
- Seller Details
NVIDIA virtual GPU (vGPU) technology uses the power of NVIDIA GPUs and NVIDIA virtual GPU software products to accelerate every virtual workflow—from AI to virtual desktop infrastructure (VDI). By mak
- Information Technology and Services
- 37% Mid-Market
- 37% Small-Business
2,318,432 Twitter followers
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- Pros and Cons
- User Satisfaction
- Seller Details
Application Centric Infrastructure (ACI) simplifies, optimizes, and accelerates the application deployment lifecycle in next-generation data centers and clouds.
- Information Technology and Services
- 52% Mid-Market
- 29% Enterprise
733,873 Twitter followers
- Overview
- User Satisfaction
- Seller Details
- Information Technology and Services
- 64% Enterprise
- 27% Small-Business
733,873 Twitter followers
- Overview
- User Satisfaction
- Seller Details
CNEX is a privately held start-up company founded in 2013 by semiconductor industry veterans in Silicon Valley, and funded by venture capital and strategic investments from Fortune 500 companies in st
- 58% Enterprise
- 25% Mid-Market
- Overview
- User Satisfaction
- Seller Details
DCImanager - a platform for managing physical multivendor IT infrastructure DCImanager is a platform for managing servers as well as the entire hierarchy of physical server IT infrastructure from di
- 64% Small-Business
- 36% Mid-Market
1,446 Twitter followers
- Overview
- User Satisfaction
- Seller Details
Self-managed Atlassian products built for teams, optimized for scale
- Computer Software
- Information Technology and Services
- 62% Mid-Market
- 24% Small-Business
104,678 Twitter followers
Learn More About Data Center Infrastructure Management (DCIM) Software
What is DCIM software?
Data center infrastructure management (DCIM) software manages all the different components of a data center. These tools are used for asset management, hardware monitoring, performance monitoring, and various other activities pertaining to the data center lifecycle. The DCIM software is the central governing force that ensures that the data center design is running smoothly.
The explosive growth of data and the demand for public cloud offerings have contributed to several new large data centers being planned or constructed across the globe. As data centers continue to grow in size, the complexity of managing operations increases exponentially. Every single asset or part of a data center needs to be managed and monitored, some of which include servers, storage solutions, and networking equipment. There is also peripheral equipment running simultaneously to ensure that the environment is well managed. These include cooling systems, environmental systems, and others. Failure of a single part could cause downtime of data center infrastructure management solutions, causing loss to business continuity.
To understand the role of DCIM software, it is a good idea to identify the core elements of data center monitoring (both hardware and software). These are listed as follows:
- Servers: Servers are the central processing unit of the data center. They provide the processing power needed by applications to carry out various tasks. Operating systems (OS) are designed to be run on servers and act as an interface between the user and the hardware to communicate.
- Storage: Information is stored on a storage medium. These can be made up of mechanical drives or hard disk drives (HDD) and solid state drives (SSD).
- Networking equipment: Networking is the connectivity path for all devices that are networked to the data center. Key components are switches, routers, controllers, and so on.
- Databases: This is the software that organizes data for any time retrieval. These are controlled by database management software (DBMS). When an application needs to call on data to perform a particular function, they are interlinked with databases.
- Application: These are software to perform specific tasks.
DCIM tools act as a central point for data center operators to identify, visualize, and manage numerous assets. DCIM solutions can also be used to integrate new equipment which is critical for any future growth expansion. Along with these capabilities, it also provides a holistic approach to data center management to collect and analyze real-time data.
What does DCIM stand for?
DCIM stands for data center infrastructure management. Data center infrastructure management tools allow operators to run efficient data center operations. This software also helps operators to manage, plan, and design facilities to ensure optimization. DCIM software acts as a unified management platform and is also used to control energy consumption (to reduce costs) and increase operational efficiency.
How does DCIM software work?
DCIM software collects data from various sources within the data center, including infrastructure components, environmental sensors, and IT management systems. The collected data is processed and analyzed by the DCIM software to provide insights into the data center's performance and identify potential issues, and analyze energy consumption and identifying areas for optimization.
DCIM software presents data in a visual format, such as dashboards and charts, to help users understand the data center's performance and identify trends. It can also generate reports on various aspects of data center operations, such as asset utilization, energy consumption, and security. The best DCIM solutions can automate routine tasks, such as provisioning new equipment, patching systems, and decommissioning old hardware. This can help to improve efficiency and reduce the risk of human error.
What are the common features of DCIM tools?
The best data center infrastructure management tools offer a wide range of features to help organizations manage and optimize their data centers. Here are some of the most common features:
- Asset management: DCIM platforms allow organizations to track and manage all physical components of the data center, including servers, storage devices, networking equipment, and power distribution units. This helps maintain inventory accuracy and optimize resource utilization. Barcodes or RFID tags can be used for efficient asset tracking.
- Environmental monitoring: DCIM tools monitor temperature, humidity, and power consumption to ensure optimal operating conditions for equipment. They can also identify areas for energy optimization and prevent equipment failures by managing airflow patterns.
- Capacity planning: DCIM software companies help organizations assess their current and future capacity needs, including space, power, and cooling. This allows for effective planning and resource allocation to avoid bottlenecks and ensure the data center can accommodate growth.
- Workflow automation: DCIM tools can automate routine tasks such as provisioning new equipment, patching systems, and decommissioning old hardware. This improves efficiency, reduces human error, and streamlines data center operations.
- Security management: Data center infrastructure management tools provide security features to control access to the data center and its components, conduct regular security audits, and implement incident response procedures. This helps protect the data center from unauthorized access and security breaches.
- Reporting and analytics: DCIM tools generate customizable reports on various aspects of data center operations, including asset utilization, energy consumption, and performance. They also provide data visualization capabilities to help identify trends and make informed decisions.
- Integration with other systems: DCIM tools integrate with other IT systems, such as configuration management databases (CMDBs), network management systems, and building management systems. This enables a comprehensive view of the data center's operations and facilitates seamless data exchange and automation.
Benefits of DCIM solutions
The benefits of the best DCIM solutions are several, some of which are listed below:
- Access to accurate data: DCIM software provides accurate information about the current state of the data center. Since this data is in real time, it acts as a single source of truth.
- Predictability: DCIM tools offer users predictability for power usage and space requirements. The benefit of having predictive analytics is that users can have more time to plan.
- Cost reduction: DCIM tools can identify opportunities to reduce energy consumption, leading to significant cost savings. By ensuring that assets are used effectively, DCIM can help reduce the need for additional investments.
- Enhanced security: DCIM solutions can help manage access to the data center and its components, reducing the risk of unauthorized access.
- Scalability and flexibility: DCIM solutions can be scaled to accommodate changes in data center requirements, ensuring that the infrastructure remains efficient and effective. It can integrate with other IT systems, providing a comprehensive view of the organization's IT environment.
Who uses DCIM software?
- Data center managers: Data center managers are responsible for overseeing the technical and IT support. Ensuring the performance and uptime of the data center is their main responsibility. Data center managers use DCIM software vendors to ensure the data center is running smoothly and optimally.
- Data center administrators (DCA): DCAs need to have an in-depth knowledge of what happens within the data center which includes IT design, operations, and others. A DCA can also be responsible for several different locations. DCAs will use the best DCIM software vendors to have a unified view of the data center to ensure the appropriate layout for all the equipment to drive optimization. Continuous supervision and monitoring capabilities are possible via the software.
- IT teams (administration and support): By using the best data center infrastructure management software, the IT team can easily be alerted in case of any errors that arise and can make quick decisions to reduce downtime. The team can also set performance monitoring benchmarks to maintain data center efficiency.
- Executive team: Data-driven decisions allow business professionals to use verified data towards achieving business goals. By using the insights from the DCIM dashboards or templates, the executive team can ensure that their investments in the data center are bringing in optimal returns. The team can also proactively derive insights from data visualization. Executive teams can use this information to evaluate risks and analyze efficiencies.
What are the alternatives to data center infrastructure management solutions?
Some of the alternatives to DCIM software vendors are provided below:
- Server monitoring software: Server monitoring software allows a user to continually assess server utilization rates (uptime and downtime) and help identify performance issues. Server monitoring software has the ability to measure several server metrics in real time, which include CPU utilization, memory allocation, hardware health, and response time.
- Enterprise monitoring software: Enterprise monitoring software offers a single view approach to keep track of all IT environments within an enterprise, which includes servers, storage, networks, database management, and several others. The data can be accessed via a single dashboard. Since this approach allows complete infrastructure monitoring, various users can benefit from viewing data in a single frame.
- Hardware monitoring software: Hardware monitoring software is used to track the performance of hardware components which include CPU performance, fan speeds, and other components. The software sends alerts to the user in case of any potential problems. The usage of hardware monitoring software allows the user to immediately pinpoint the error source and take necessary actions such as the replacement of a faulty part.
- Log monitoring software: Log monitoring software scans and monitors log files generated by servers and networks. The software is used to detect unusual patterns in the log files and generate alerts to inform the user.
Challenges with DCIM solutions
Despite the numerous benefits they offer, the best data center infrastructure management solutions can also present certain challenges:
- Complexity: DCIM software can be complex to implement and configure, requiring specialized knowledge and expertise.
- Integration challenges: Integrating DCIM with other IT systems can be time-consuming and complex, especially in heterogeneous environments.
- Data quality issues: Ensuring accurate and consistent data input into DCIM systems can be challenging, as errors can impact the reliability of analytics and decision-making.
- Implementation and maintenance cost: Implementing and maintaining a DCIM solution can be expensive, especially for large-scale data centers.
- Vendor lock-in: Relying heavily on a single DCIM vendor can create vendor lock-in, limiting flexibility and increasing costs.
- Resistance to change: Implementing DCIM can require significant changes to existing processes and workflows, which may face resistance from employees.
- Limited visibility into legacy systems: DCIM may struggle to provide visibility into legacy systems that are not fully integrated.
- Scalability challenges: As data centers grow and evolve, DCIM solutions may need to be scaled to accommodate increased complexity and data volumes.
How to choose the best data center infrastructure management software
Choosing the right DCIM software is essential for optimizing data center operations. Here are steps to help select the best data center infrastructure management software:
1. Identify needs: First, assess your data center's unique requirements. Determine the primary functions needed, such as asset management, environmental monitoring, capacity planning, workflow automation, and security management. Consider the scale of the data center and its future growth plans.
2. Evaluate key features: Look for the best DCIM software that offers a comprehensive suite of features.
- Asset management: The software should track all physical and virtual assets, including servers, storage devices, and networking equipment.
- Environmental monitoring: It should monitor temperature, humidity, and power consumption to ensure optimal conditions and prevent equipment failures.
- Capacity planning: The software should help you forecast future capacity needs and optimize resource allocation.
- Workflow automation: Look for automation capabilities to streamline routine tasks, such as provisioning and decommissioning.
- Security management: Strong security features, including access controls and vulnerability assessments, are essential.
- Reporting: The software should provide insightful reports and analytics to help you make data-driven decisions.
3. Consider user experience: A user-friendly interface is crucial for efficient adoption and usage. The software should be intuitive and easy to navigate. Customizable dashboards and reports can tailor the experience to individual preferences.
4. Evaluate vendor requirements: Choose a reputable vendor with a strong track record in the DCIM market. Consider factors like the vendor's experience, customer support, and financial stability.
5. Consider ROI: Evaluate the initial licensing costs, ongoing maintenance fees, and any additional costs associated with implementation and customization. Consider the potential return on investment (ROI) in terms of increased efficiency, reduced operational costs, and improved decision-making.
6. Integration capabilities: Ensure the software can seamlessly integrate with your existing IT infrastructure, including CMDBs, network management systems, and building management systems. This integration will improve data consistency and streamline workflows.
7. Future-proofing Consider the software's scalability and ability to adapt to future technological advancements. A future-proof DCIM solution can help you stay ahead of the curve and avoid costly upgrades.
Researched and written by Preethica Furtado
