Today, the demand for data is increasing at an unprecedented rate. Speed, capacity, and capability requirements have expanded exponentially and data centers must respond to meet these needs.
From retrofits and cabinet ecosystem reconfigurations, to upgrades and new facility construction, data center operators need to consider a wide array of issues to meet or exceed data center objectives.
In an interconnected world where organizations combine enterprise-owned and cloud-based services, managing assets and white space remotely has become increasingly important. A holistic, cabinet-centric approach to the data center simplifies operations, costs and labor, as well as future expansion. All of this results in an optimized data center environment that meets the high efficiency standards of today and tomorrow.
Availability, Efficiency, and Scalability
A cabinet ecosystem is the foundation of a successful data center strategy. This cabinet-centric approach provides equipment support, airflow management, cable management, intelligent power distribution, environmental monitoring, physical security and system optimization, allowing you to fully utilize each square foot of space. This can provide both a near-term payback and long-term capacity to grow.
Upgrade and Retrofit: Aisle-Level Containment
Aisle-level containment strategies increase efficiency and scalability in both Brownfield and Greenfield applications when cabinet-level isolation is untenable. You should consider aisle containment solutions with built-in flexibility and high-quality engineering. The best aisle containment solutions easily adapt to challenges such as limited ceiling height and complex overhead pathways.
Understanding Data Center Environments and Key Concepts
To create the most efficient data center for your needs, it’s important to consider which type of environment is best suited for the task at hand. In addition, understanding key concepts and identifying your main objectives in advance will also help optimize data center performance.
To start, explore the different data center environments to determine the best fit for your project. There are many different types of data centers, each with important areas of focus, including:
An integrated enterprise data center solution makes overall deployment and ongoing management simple and economical. Thermal management solutions can greatly reduce cooling costs. Automated monitoring paired with a Data Center Infrastructure Management (DCIM) solution will help assist in asset monitoring and ensure capacity optimization. Cabinet-level electronic access control solutions can prevent unauthorized physical access and provide administrators with an audit trail of all cabinet access for regulatory compliance.
• Colocation/Multi-tenant Data Centers (MTDC)
Colocation data center solutions options should support continuous uptime and provide remote monitoring, asset management, security and leverage the ability to trend power capacity over time to help forecast power consumption more accurately. Further, colocation data centers often provide access to power charge-back reporting to closely control power consumption expenses.
Cloud data center solutions provide a single, customizable cabinet solution that arrives ready for equipment installation. This allows for rapid growth and network expansion. Customization capabilities also allow unique configurations to match specific needs.
As connectivity evolves to support the Internet of Things (IoT), companies face new challenges with their IT networks extending into manufacturing floors, warehouses and other nontraditional environments. For cleaner environments, wall-mounted enclosures can be used to store equipment throughout the office. For dirty or wet environments, NEMA-rated industrial enclosures and accessories such as cooling units and sealing grommets provide additional protection.
Next, consider the following key concepts, and use them to optimize data center performance and meet your identified objectives:
• Support Equipment
Secure and protect critical equipment in high-density environments.
• Airflow Control
Reduce cooling costs and manage extreme heat with passive cooling technology.
• Cable Management
Cabinets that include specific and physically separate pathways for power and network cables as well as mounting locations for power distribution units (PDUs) help ensure network integrity with minimal airflow interference.
• Power Management
Intelligent PDUs monitor and control power down to the individual device, as well as provide outlet-level monitoring and switching.
• PDUs Under a Single IP Connection
Reduce network costs by managing multiple PDUs using a single IP connection.
• Environment Monitoring
Environmental sensors and probes help ensure equipment is protected from critical environmental conditions.
• Equipment Security
Electronic access control solutions help protect critical equipment, data and personnel.
• System Optimization
Data Center Infrastructure Management (DCIM) software enables visualization and trend analysis of all activities in a data center space.
• Simplify Operations
PDUs and accessories may be preinstalled into the cabinet for fast, simple ordering and deployment from a single vendor, making operations more efficient.
A Comprehensive Data Center Solution
As illustrated in this article, there are many factors to consider when designing a Brownfield or Greenfield data center solution. By working with a leading data center solutions partner, you can be sure your specific needs are addressed. This could mean the difference between a poor-performing or mediocre data center and a comprehensive solution that exceeds expectations.
The opinions expressed in this piece are solely Chatsworth Products’. They do not necessarily represent WESCO’s views.