8 Tips For Better Data Center Design<\/h1><\/div>![\"Data](\"https:\/\/iesmartsystems.com\/wp-content\/uploads\/2021\/06\/data-center-design.png\" "\\"data-center-design\\"")
<\/span><\/div><\/div>In response to the popularity of cloud computing, there\u2019s a meme that says \u201cthe cloud is just somebody else\u2019s computer.\u201d While we think of a cloud as an ethereal structure floating above the earth, every computing cloud is a data center planted firmly on the ground. And when it\u2019s time for your company to build your own data center, you need to consider the benefits and constraints of each physical design choice.<\/p>\n<\/div>
Can You Have Too Many Servers?<\/h2><\/div>The architecture of the data center facility is based on real-world considerations that are anything but cloud-like. When planning a data center infrastructure, your goal should be to \u201cright-size\u201d it. Think through your current data center’s current responsibilities and overall business goals over the next five, ten, and 15 years. The better you can predict future demand for computing power and storage, the more realistic your data center design will be. Ideally you want to build a data center that fits within your budget and gives you room to add new server capacity or adopt newer technologies without new construction or remodeling.<\/p>\n<\/div>
Hot And Cold \u2014 Managing Power and Cooling<\/h3><\/div>Most people only realize how much heat a computer makes when their laptop cooks their lap while doing a processor-intensive task. When you\u2019re building a data center, the energy efficiency and cooling systems are critical to your long-term success. Overheating equipment breaks down faster, and data center downtime cost your operation between $5,600-$9000 per minute. Whether you\u2019re using air-flow or a water-cooling system, cooling efficiency should be a primary concern in design. Every single rack in every single cabinet will generate heat. Not to mention that you need an HVAC system that can adjust for the human beings who work in your data center.<\/p>\n<\/div>
Data Center Power Consumption<\/h3><\/div>Speaking of heating and cooling, all of that work requires electricity. A lot of it. During your planning, you’ll want to ensure you understand power requirements for your design. You’ll need to check to see if you can get sufficient electricity from the utility grid to power the building and then you need a cooling system to take all the excess heat out of it.<\/p>\n
Understanding the energy requirements will also inform your backup generator needs. Given the importance of data centers on modern business, you should always plan for redundancy in your data center design.<\/p>\n<\/div>
Cables, Cables, and More Structured Cables<\/h3><\/div>Data centers use miles of structured cabling<\/a> to network the system and provide connectivity to the outside world. And more important than just planning for the volume of structured cables and secure routing, you need to think through cable management and how to give staff easy access for maintenance and upgrades. You also need to plan out how you plan to incorporate fiber optic cables into the necessary low-voltage copper cabling layout. Each type of structured cabling comes with its own benefits and practical considerations. Although fiber optics are fast replacing copper<\/a> for data transfer, the most likely solution will blend the two technologies to balance cost and performance.<\/p>\n<\/div>![\"Server](\"https:\/\/iesmartsystems.com\/wp-content\/uploads\/2021\/06\/data-center-spacing.png\" "\\"data-center-spacing\\"")
<\/span><\/div><\/div>Racks Are Your Building Blocks<\/h3><\/div>Of all the design decisions you will make when planning a data center, it\u2019s useful to think of racks as the primary \u201cunit\u201d that you need to accommodate. This helps you to think through server density. For example, if you chose a 9-ft cabinet that can hold 58 rack units instead of the more common 7-ft cabinet that can only hold 45 rack units, you\u2019ll have 29% better server density for the same floor space.<\/p>\n<\/div>
You Don\u2019t Have To Sacrifice Performance For Sustainability<\/h3><\/div>Running a data center is a resource hungry operation. While there are plenty of conventional equipment solutions to meet your needs, it’s smart to look for opportunities to minimize the environmental impact and energy footprint of your data center. Solar power generation and geothermal cooling can enhance the long-term viability of your building. You can also find ways to recycle water for maximum efficiency. If you\u2019re put off by the idea that these systems will add unnecessary cost to your initial budget, it\u2019s worth looking at how they can increase the self-sufficiency of your data center and help lower operating costs over time.<\/p>\n
ISO 14001 is an internationally recognized standard for sustainability that might be a good fit for your data center. An ISO 14001 adds credibility to your operation and can help attract clients, even if you\u2019re not in the business of renting out server space.<\/p>\n<\/div>
Give Your Operation Room To Grow<\/h3><\/div>It doesn\u2019t make any sense to build out lots of extra space that you don\u2019t intend to fill with servers any time soon, but worse yet is building just enough space and discovering that demand exceeds capacity within a few years and you need to buy time at a colocation data center, or build an additional one. Of course, if you are able to install excess capacity and rent it to someone else, you can help defray your costs, but that\u2019s not realistic for every business. So it\u2019s wise to consult with your technology team. Evaluate current usage and project how that use will change over time. Unused floor space doesn\u2019t have much of a carrying cost, so you can over-build on square-footage and wait to install servers until they\u2019re needed. It will still take time and money to spin up the new capacity, but if current data trends are any indicator, the excess capacity will come online sooner rather than later.<\/p>\n<\/div>
Implementation Considerations<\/h2><\/div>Data center construction is highly specialized. You need a partner who can think of racks as the basic building block and look for ways to cascade that constraint to every aspect of the architecture and operating strategy.<\/p>\n<\/div>
Think About Your Goals For Deployment Time<\/h3><\/div>You\u2019re not building a data center that you can turn on and forget about. You\u2019re building an operation that can accommodate the finite life-cycle of the equipment and the rapidly changing technology that drives server usage and that supports that usage to begin with (i.e. consumers use the internet with their phones and computers, and servers themselves are getting faster and better all the time). It\u2019s good to adopt a modular approach so that you can easily reconfigure, replace, and upgrade the data center as needed.<\/p>\n<\/div>
Specialized Experience Is A Must<\/h3><\/div>If you\u2019re going to invest resources in building a data center from scratch, you\u2019re better off finding a partner who can help you build for the future. Data centers will only grow in importance and without a forward-thinking design and construction strategy, by the time you turn the lights and computers on, you\u2019ll may be spinning up equipment that is on the verge of obsolescence.<\/p>\n
<\/span><\/div>In response to the popularity of cloud computing, there\u2019s a meme that says \u201cthe cloud is just somebody else\u2019s computer.\u201d While we think of a cloud as an ethereal structure floating above the earth, every computing cloud is a data center planted firmly on the ground. And when it\u2019s time for your company to build your own data center, you need to consider the benefits and constraints of each physical design choice.<\/p>\n<\/div>
Can You Have Too Many Servers?<\/h2><\/div>The architecture of the data center facility is based on real-world considerations that are anything but cloud-like. When planning a data center infrastructure, your goal should be to \u201cright-size\u201d it. Think through your current data center’s current responsibilities and overall business goals over the next five, ten, and 15 years. The better you can predict future demand for computing power and storage, the more realistic your data center design will be. Ideally you want to build a data center that fits within your budget and gives you room to add new server capacity or adopt newer technologies without new construction or remodeling.<\/p>\n<\/div>
Hot And Cold \u2014 Managing Power and Cooling<\/h3><\/div>Most people only realize how much heat a computer makes when their laptop cooks their lap while doing a processor-intensive task. When you\u2019re building a data center, the energy efficiency and cooling systems are critical to your long-term success. Overheating equipment breaks down faster, and data center downtime cost your operation between $5,600-$9000 per minute. Whether you\u2019re using air-flow or a water-cooling system, cooling efficiency should be a primary concern in design. Every single rack in every single cabinet will generate heat. Not to mention that you need an HVAC system that can adjust for the human beings who work in your data center.<\/p>\n<\/div>
Data Center Power Consumption<\/h3><\/div>Speaking of heating and cooling, all of that work requires electricity. A lot of it. During your planning, you’ll want to ensure you understand power requirements for your design. You’ll need to check to see if you can get sufficient electricity from the utility grid to power the building and then you need a cooling system to take all the excess heat out of it.<\/p>\n
Understanding the energy requirements will also inform your backup generator needs. Given the importance of data centers on modern business, you should always plan for redundancy in your data center design.<\/p>\n<\/div>
Cables, Cables, and More Structured Cables<\/h3><\/div>Data centers use miles of structured cabling<\/a> to network the system and provide connectivity to the outside world. And more important than just planning for the volume of structured cables and secure routing, you need to think through cable management and how to give staff easy access for maintenance and upgrades. You also need to plan out how you plan to incorporate fiber optic cables into the necessary low-voltage copper cabling layout. Each type of structured cabling comes with its own benefits and practical considerations. Although fiber optics are fast replacing copper<\/a> for data transfer, the most likely solution will blend the two technologies to balance cost and performance.<\/p>\n<\/div><\/span><\/div><\/div>Racks Are Your Building Blocks<\/h3><\/div>Of all the design decisions you will make when planning a data center, it\u2019s useful to think of racks as the primary \u201cunit\u201d that you need to accommodate. This helps you to think through server density. For example, if you chose a 9-ft cabinet that can hold 58 rack units instead of the more common 7-ft cabinet that can only hold 45 rack units, you\u2019ll have 29% better server density for the same floor space.<\/p>\n<\/div>
You Don\u2019t Have To Sacrifice Performance For Sustainability<\/h3><\/div>Running a data center is a resource hungry operation. While there are plenty of conventional equipment solutions to meet your needs, it’s smart to look for opportunities to minimize the environmental impact and energy footprint of your data center. Solar power generation and geothermal cooling can enhance the long-term viability of your building. You can also find ways to recycle water for maximum efficiency. If you\u2019re put off by the idea that these systems will add unnecessary cost to your initial budget, it\u2019s worth looking at how they can increase the self-sufficiency of your data center and help lower operating costs over time.<\/p>\n
ISO 14001 is an internationally recognized standard for sustainability that might be a good fit for your data center. An ISO 14001 adds credibility to your operation and can help attract clients, even if you\u2019re not in the business of renting out server space.<\/p>\n<\/div>
Give Your Operation Room To Grow<\/h3><\/div>It doesn\u2019t make any sense to build out lots of extra space that you don\u2019t intend to fill with servers any time soon, but worse yet is building just enough space and discovering that demand exceeds capacity within a few years and you need to buy time at a colocation data center, or build an additional one. Of course, if you are able to install excess capacity and rent it to someone else, you can help defray your costs, but that\u2019s not realistic for every business. So it\u2019s wise to consult with your technology team. Evaluate current usage and project how that use will change over time. Unused floor space doesn\u2019t have much of a carrying cost, so you can over-build on square-footage and wait to install servers until they\u2019re needed. It will still take time and money to spin up the new capacity, but if current data trends are any indicator, the excess capacity will come online sooner rather than later.<\/p>\n<\/div>
Implementation Considerations<\/h2><\/div>Data center construction is highly specialized. You need a partner who can think of racks as the basic building block and look for ways to cascade that constraint to every aspect of the architecture and operating strategy.<\/p>\n<\/div>
Think About Your Goals For Deployment Time<\/h3><\/div>You\u2019re not building a data center that you can turn on and forget about. You\u2019re building an operation that can accommodate the finite life-cycle of the equipment and the rapidly changing technology that drives server usage and that supports that usage to begin with (i.e. consumers use the internet with their phones and computers, and servers themselves are getting faster and better all the time). It\u2019s good to adopt a modular approach so that you can easily reconfigure, replace, and upgrade the data center as needed.<\/p>\n<\/div>
Specialized Experience Is A Must<\/h3><\/div>If you\u2019re going to invest resources in building a data center from scratch, you\u2019re better off finding a partner who can help you build for the future. Data centers will only grow in importance and without a forward-thinking design and construction strategy, by the time you turn the lights and computers on, you\u2019ll may be spinning up equipment that is on the verge of obsolescence.<\/p>\n
The architecture of the data center facility is based on real-world considerations that are anything but cloud-like. When planning a data center infrastructure, your goal should be to \u201cright-size\u201d it. Think through your current data center’s current responsibilities and overall business goals over the next five, ten, and 15 years. The better you can predict future demand for computing power and storage, the more realistic your data center design will be. Ideally you want to build a data center that fits within your budget and gives you room to add new server capacity or adopt newer technologies without new construction or remodeling.<\/p>\n<\/div>
Hot And Cold \u2014 Managing Power and Cooling<\/h3><\/div>Most people only realize how much heat a computer makes when their laptop cooks their lap while doing a processor-intensive task. When you\u2019re building a data center, the energy efficiency and cooling systems are critical to your long-term success. Overheating equipment breaks down faster, and data center downtime cost your operation between $5,600-$9000 per minute. Whether you\u2019re using air-flow or a water-cooling system, cooling efficiency should be a primary concern in design. Every single rack in every single cabinet will generate heat. Not to mention that you need an HVAC system that can adjust for the human beings who work in your data center.<\/p>\n<\/div>
Data Center Power Consumption<\/h3><\/div>Speaking of heating and cooling, all of that work requires electricity. A lot of it. During your planning, you’ll want to ensure you understand power requirements for your design. You’ll need to check to see if you can get sufficient electricity from the utility grid to power the building and then you need a cooling system to take all the excess heat out of it.<\/p>\n
Understanding the energy requirements will also inform your backup generator needs. Given the importance of data centers on modern business, you should always plan for redundancy in your data center design.<\/p>\n<\/div>
Cables, Cables, and More Structured Cables<\/h3><\/div>Data centers use miles of structured cabling<\/a> to network the system and provide connectivity to the outside world. And more important than just planning for the volume of structured cables and secure routing, you need to think through cable management and how to give staff easy access for maintenance and upgrades. You also need to plan out how you plan to incorporate fiber optic cables into the necessary low-voltage copper cabling layout. Each type of structured cabling comes with its own benefits and practical considerations. Although fiber optics are fast replacing copper<\/a> for data transfer, the most likely solution will blend the two technologies to balance cost and performance.<\/p>\n<\/div><\/span><\/div><\/div>Racks Are Your Building Blocks<\/h3><\/div>Of all the design decisions you will make when planning a data center, it\u2019s useful to think of racks as the primary \u201cunit\u201d that you need to accommodate. This helps you to think through server density. For example, if you chose a 9-ft cabinet that can hold 58 rack units instead of the more common 7-ft cabinet that can only hold 45 rack units, you\u2019ll have 29% better server density for the same floor space.<\/p>\n<\/div>
You Don\u2019t Have To Sacrifice Performance For Sustainability<\/h3><\/div>Running a data center is a resource hungry operation. While there are plenty of conventional equipment solutions to meet your needs, it’s smart to look for opportunities to minimize the environmental impact and energy footprint of your data center. Solar power generation and geothermal cooling can enhance the long-term viability of your building. You can also find ways to recycle water for maximum efficiency. If you\u2019re put off by the idea that these systems will add unnecessary cost to your initial budget, it\u2019s worth looking at how they can increase the self-sufficiency of your data center and help lower operating costs over time.<\/p>\n
ISO 14001 is an internationally recognized standard for sustainability that might be a good fit for your data center. An ISO 14001 adds credibility to your operation and can help attract clients, even if you\u2019re not in the business of renting out server space.<\/p>\n<\/div>
Give Your Operation Room To Grow<\/h3><\/div>It doesn\u2019t make any sense to build out lots of extra space that you don\u2019t intend to fill with servers any time soon, but worse yet is building just enough space and discovering that demand exceeds capacity within a few years and you need to buy time at a colocation data center, or build an additional one. Of course, if you are able to install excess capacity and rent it to someone else, you can help defray your costs, but that\u2019s not realistic for every business. So it\u2019s wise to consult with your technology team. Evaluate current usage and project how that use will change over time. Unused floor space doesn\u2019t have much of a carrying cost, so you can over-build on square-footage and wait to install servers until they\u2019re needed. It will still take time and money to spin up the new capacity, but if current data trends are any indicator, the excess capacity will come online sooner rather than later.<\/p>\n<\/div>
Implementation Considerations<\/h2><\/div>Data center construction is highly specialized. You need a partner who can think of racks as the basic building block and look for ways to cascade that constraint to every aspect of the architecture and operating strategy.<\/p>\n<\/div>
Think About Your Goals For Deployment Time<\/h3><\/div>You\u2019re not building a data center that you can turn on and forget about. You\u2019re building an operation that can accommodate the finite life-cycle of the equipment and the rapidly changing technology that drives server usage and that supports that usage to begin with (i.e. consumers use the internet with their phones and computers, and servers themselves are getting faster and better all the time). It\u2019s good to adopt a modular approach so that you can easily reconfigure, replace, and upgrade the data center as needed.<\/p>\n<\/div>
Specialized Experience Is A Must<\/h3><\/div>If you\u2019re going to invest resources in building a data center from scratch, you\u2019re better off finding a partner who can help you build for the future. Data centers will only grow in importance and without a forward-thinking design and construction strategy, by the time you turn the lights and computers on, you\u2019ll may be spinning up equipment that is on the verge of obsolescence.<\/p>\n
Most people only realize how much heat a computer makes when their laptop cooks their lap while doing a processor-intensive task. When you\u2019re building a data center, the energy efficiency and cooling systems are critical to your long-term success. Overheating equipment breaks down faster, and data center downtime cost your operation between $5,600-$9000 per minute. Whether you\u2019re using air-flow or a water-cooling system, cooling efficiency should be a primary concern in design. Every single rack in every single cabinet will generate heat. Not to mention that you need an HVAC system that can adjust for the human beings who work in your data center.<\/p>\n<\/div>
Data Center Power Consumption<\/h3><\/div>Speaking of heating and cooling, all of that work requires electricity. A lot of it. During your planning, you’ll want to ensure you understand power requirements for your design. You’ll need to check to see if you can get sufficient electricity from the utility grid to power the building and then you need a cooling system to take all the excess heat out of it.<\/p>\n
Understanding the energy requirements will also inform your backup generator needs. Given the importance of data centers on modern business, you should always plan for redundancy in your data center design.<\/p>\n<\/div>
Cables, Cables, and More Structured Cables<\/h3><\/div>Data centers use miles of structured cabling<\/a> to network the system and provide connectivity to the outside world. And more important than just planning for the volume of structured cables and secure routing, you need to think through cable management and how to give staff easy access for maintenance and upgrades. You also need to plan out how you plan to incorporate fiber optic cables into the necessary low-voltage copper cabling layout. Each type of structured cabling comes with its own benefits and practical considerations. Although fiber optics are fast replacing copper<\/a> for data transfer, the most likely solution will blend the two technologies to balance cost and performance.<\/p>\n<\/div><\/span><\/div><\/div>Racks Are Your Building Blocks<\/h3><\/div>Of all the design decisions you will make when planning a data center, it\u2019s useful to think of racks as the primary \u201cunit\u201d that you need to accommodate. This helps you to think through server density. For example, if you chose a 9-ft cabinet that can hold 58 rack units instead of the more common 7-ft cabinet that can only hold 45 rack units, you\u2019ll have 29% better server density for the same floor space.<\/p>\n<\/div>
You Don\u2019t Have To Sacrifice Performance For Sustainability<\/h3><\/div>Running a data center is a resource hungry operation. While there are plenty of conventional equipment solutions to meet your needs, it’s smart to look for opportunities to minimize the environmental impact and energy footprint of your data center. Solar power generation and geothermal cooling can enhance the long-term viability of your building. You can also find ways to recycle water for maximum efficiency. If you\u2019re put off by the idea that these systems will add unnecessary cost to your initial budget, it\u2019s worth looking at how they can increase the self-sufficiency of your data center and help lower operating costs over time.<\/p>\n
ISO 14001 is an internationally recognized standard for sustainability that might be a good fit for your data center. An ISO 14001 adds credibility to your operation and can help attract clients, even if you\u2019re not in the business of renting out server space.<\/p>\n<\/div>
Give Your Operation Room To Grow<\/h3><\/div>It doesn\u2019t make any sense to build out lots of extra space that you don\u2019t intend to fill with servers any time soon, but worse yet is building just enough space and discovering that demand exceeds capacity within a few years and you need to buy time at a colocation data center, or build an additional one. Of course, if you are able to install excess capacity and rent it to someone else, you can help defray your costs, but that\u2019s not realistic for every business. So it\u2019s wise to consult with your technology team. Evaluate current usage and project how that use will change over time. Unused floor space doesn\u2019t have much of a carrying cost, so you can over-build on square-footage and wait to install servers until they\u2019re needed. It will still take time and money to spin up the new capacity, but if current data trends are any indicator, the excess capacity will come online sooner rather than later.<\/p>\n<\/div>
Implementation Considerations<\/h2><\/div>Data center construction is highly specialized. You need a partner who can think of racks as the basic building block and look for ways to cascade that constraint to every aspect of the architecture and operating strategy.<\/p>\n<\/div>
Think About Your Goals For Deployment Time<\/h3><\/div>You\u2019re not building a data center that you can turn on and forget about. You\u2019re building an operation that can accommodate the finite life-cycle of the equipment and the rapidly changing technology that drives server usage and that supports that usage to begin with (i.e. consumers use the internet with their phones and computers, and servers themselves are getting faster and better all the time). It\u2019s good to adopt a modular approach so that you can easily reconfigure, replace, and upgrade the data center as needed.<\/p>\n<\/div>
Specialized Experience Is A Must<\/h3><\/div>If you\u2019re going to invest resources in building a data center from scratch, you\u2019re better off finding a partner who can help you build for the future. Data centers will only grow in importance and without a forward-thinking design and construction strategy, by the time you turn the lights and computers on, you\u2019ll may be spinning up equipment that is on the verge of obsolescence.<\/p>\n
Speaking of heating and cooling, all of that work requires electricity. A lot of it. During your planning, you’ll want to ensure you understand power requirements for your design. You’ll need to check to see if you can get sufficient electricity from the utility grid to power the building and then you need a cooling system to take all the excess heat out of it.<\/p>\n
Understanding the energy requirements will also inform your backup generator needs. Given the importance of data centers on modern business, you should always plan for redundancy in your data center design.<\/p>\n<\/div>
Cables, Cables, and More Structured Cables<\/h3><\/div>Data centers use miles of structured cabling<\/a> to network the system and provide connectivity to the outside world. And more important than just planning for the volume of structured cables and secure routing, you need to think through cable management and how to give staff easy access for maintenance and upgrades. You also need to plan out how you plan to incorporate fiber optic cables into the necessary low-voltage copper cabling layout. Each type of structured cabling comes with its own benefits and practical considerations. Although fiber optics are fast replacing copper<\/a> for data transfer, the most likely solution will blend the two technologies to balance cost and performance.<\/p>\n<\/div><\/span><\/div><\/div>Racks Are Your Building Blocks<\/h3><\/div>Of all the design decisions you will make when planning a data center, it\u2019s useful to think of racks as the primary \u201cunit\u201d that you need to accommodate. This helps you to think through server density. For example, if you chose a 9-ft cabinet that can hold 58 rack units instead of the more common 7-ft cabinet that can only hold 45 rack units, you\u2019ll have 29% better server density for the same floor space.<\/p>\n<\/div>
You Don\u2019t Have To Sacrifice Performance For Sustainability<\/h3><\/div>Running a data center is a resource hungry operation. While there are plenty of conventional equipment solutions to meet your needs, it’s smart to look for opportunities to minimize the environmental impact and energy footprint of your data center. Solar power generation and geothermal cooling can enhance the long-term viability of your building. You can also find ways to recycle water for maximum efficiency. If you\u2019re put off by the idea that these systems will add unnecessary cost to your initial budget, it\u2019s worth looking at how they can increase the self-sufficiency of your data center and help lower operating costs over time.<\/p>\n
ISO 14001 is an internationally recognized standard for sustainability that might be a good fit for your data center. An ISO 14001 adds credibility to your operation and can help attract clients, even if you\u2019re not in the business of renting out server space.<\/p>\n<\/div>
Give Your Operation Room To Grow<\/h3><\/div>It doesn\u2019t make any sense to build out lots of extra space that you don\u2019t intend to fill with servers any time soon, but worse yet is building just enough space and discovering that demand exceeds capacity within a few years and you need to buy time at a colocation data center, or build an additional one. Of course, if you are able to install excess capacity and rent it to someone else, you can help defray your costs, but that\u2019s not realistic for every business. So it\u2019s wise to consult with your technology team. Evaluate current usage and project how that use will change over time. Unused floor space doesn\u2019t have much of a carrying cost, so you can over-build on square-footage and wait to install servers until they\u2019re needed. It will still take time and money to spin up the new capacity, but if current data trends are any indicator, the excess capacity will come online sooner rather than later.<\/p>\n<\/div>
Implementation Considerations<\/h2><\/div>Data center construction is highly specialized. You need a partner who can think of racks as the basic building block and look for ways to cascade that constraint to every aspect of the architecture and operating strategy.<\/p>\n<\/div>
Think About Your Goals For Deployment Time<\/h3><\/div>You\u2019re not building a data center that you can turn on and forget about. You\u2019re building an operation that can accommodate the finite life-cycle of the equipment and the rapidly changing technology that drives server usage and that supports that usage to begin with (i.e. consumers use the internet with their phones and computers, and servers themselves are getting faster and better all the time). It\u2019s good to adopt a modular approach so that you can easily reconfigure, replace, and upgrade the data center as needed.<\/p>\n<\/div>
Specialized Experience Is A Must<\/h3><\/div>If you\u2019re going to invest resources in building a data center from scratch, you\u2019re better off finding a partner who can help you build for the future. Data centers will only grow in importance and without a forward-thinking design and construction strategy, by the time you turn the lights and computers on, you\u2019ll may be spinning up equipment that is on the verge of obsolescence.<\/p>\n
Data centers use miles of structured cabling<\/a> to network the system and provide connectivity to the outside world. And more important than just planning for the volume of structured cables and secure routing, you need to think through cable management and how to give staff easy access for maintenance and upgrades. You also need to plan out how you plan to incorporate fiber optic cables into the necessary low-voltage copper cabling layout. Each type of structured cabling comes with its own benefits and practical considerations. Although fiber optics are fast replacing copper<\/a> for data transfer, the most likely solution will blend the two technologies to balance cost and performance.<\/p>\n<\/div> Of all the design decisions you will make when planning a data center, it\u2019s useful to think of racks as the primary \u201cunit\u201d that you need to accommodate. This helps you to think through server density. For example, if you chose a 9-ft cabinet that can hold 58 rack units instead of the more common 7-ft cabinet that can only hold 45 rack units, you\u2019ll have 29% better server density for the same floor space.<\/p>\n<\/div> Running a data center is a resource hungry operation. While there are plenty of conventional equipment solutions to meet your needs, it’s smart to look for opportunities to minimize the environmental impact and energy footprint of your data center. Solar power generation and geothermal cooling can enhance the long-term viability of your building. You can also find ways to recycle water for maximum efficiency. If you\u2019re put off by the idea that these systems will add unnecessary cost to your initial budget, it\u2019s worth looking at how they can increase the self-sufficiency of your data center and help lower operating costs over time.<\/p>\n ISO 14001 is an internationally recognized standard for sustainability that might be a good fit for your data center. An ISO 14001 adds credibility to your operation and can help attract clients, even if you\u2019re not in the business of renting out server space.<\/p>\n<\/div> It doesn\u2019t make any sense to build out lots of extra space that you don\u2019t intend to fill with servers any time soon, but worse yet is building just enough space and discovering that demand exceeds capacity within a few years and you need to buy time at a colocation data center, or build an additional one. Of course, if you are able to install excess capacity and rent it to someone else, you can help defray your costs, but that\u2019s not realistic for every business. So it\u2019s wise to consult with your technology team. Evaluate current usage and project how that use will change over time. Unused floor space doesn\u2019t have much of a carrying cost, so you can over-build on square-footage and wait to install servers until they\u2019re needed. It will still take time and money to spin up the new capacity, but if current data trends are any indicator, the excess capacity will come online sooner rather than later.<\/p>\n<\/div> Data center construction is highly specialized. You need a partner who can think of racks as the basic building block and look for ways to cascade that constraint to every aspect of the architecture and operating strategy.<\/p>\n<\/div> You\u2019re not building a data center that you can turn on and forget about. You\u2019re building an operation that can accommodate the finite life-cycle of the equipment and the rapidly changing technology that drives server usage and that supports that usage to begin with (i.e. consumers use the internet with their phones and computers, and servers themselves are getting faster and better all the time). It\u2019s good to adopt a modular approach so that you can easily reconfigure, replace, and upgrade the data center as needed.<\/p>\n<\/div> If you\u2019re going to invest resources in building a data center from scratch, you\u2019re better off finding a partner who can help you build for the future. Data centers will only grow in importance and without a forward-thinking design and construction strategy, by the time you turn the lights and computers on, you\u2019ll may be spinning up equipment that is on the verge of obsolescence.<\/p>\n<\/span><\/div>Racks Are Your Building Blocks<\/h3><\/div>
You Don\u2019t Have To Sacrifice Performance For Sustainability<\/h3><\/div>
Give Your Operation Room To Grow<\/h3><\/div>
Implementation Considerations<\/h2><\/div>
Think About Your Goals For Deployment Time<\/h3><\/div>
Specialized Experience Is A Must<\/h3><\/div>
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