agile datacenters Archives - AnD Cable Products

Posted on April 22, 2021March 9, 2026 by Louis Chompff

Modular or Traditional Data Center Builds – Which is Better?

Modular or Traditional Data Center Build - Which is Better? Cable Management Blog

“The future of data centers is modular,” one popular website states. “The traditional data center is not dead,” says another. Who is right? What is the future of data centers? Is one better than the other, and if so, why?

Here are some pros and cons, and some potential answers data center managers might want to consider.

Key Takeaways

By the end of this article, you’ll know:

The financial and real estate considerations when choosing between modular and traditional.
The deployment speed considerations between modular and traditional data centers.
The considerations of power usage and security when choosing between modular and traditional data centers.

Modular vs. Traditional Data Center PUE

One of the first things we talk about with modular or traditional data centers is PUE, or Power Usage Efficiency. Most of the time, modular data centers have a lower PUE. However, there is a cost associated with that number.

Traditional data center builds often have a higher PUE initially because there is space for expansion and adding additional equipment. This can sometimes come with higher HVAC and other costs until the data center is at capacity and running at maximum efficiency. We’ll talk about that factor more in a moment.

For modular data centers, because they are constructed with tight specifications and already at an efficient capacity per module, the PUE is lower from the start. All components are easily matched, and compact spaces are easier to control when it comes to cooling, humidity, and other factors.

What is the downside? When a brick and mortar data center is up and running at capacity and the design has been well executed, PUE levels can be similar, and it can be much simpler to make moves and changes without additional modules and construction.

Security

As with PUE, there are two sides to this coin. The modular data center can be easier to secure, as they are more compact and self-contained. When installed behind a secure barrier with video and other surveillance measures, the physical security of a modular data center can be assured.

The flip side? Modular data centers may evolve and require additions over time, meaning the physical space will also have to be modified. Proper planning can mitigate this issue, but a traditional data center build can be easier to manage from this perspective, with security built into the construction itself, along with remote monitoring and other security features that must be handled differently with modular data centers.

The argument over which is better can go either way, but the permanence of a traditional data center build often wins out when it comes to security discussions.

Modular vs. Traditional Real Estate

When locating a data center, we have talked about things like accessibility to a green power grid, the ability to construct your own green energy backups, and more. Real Estate that satisfies all of those requirements can be hard to find, and prices reflect that premium.

So in this case, the more compact modular data center build has some distinct advantages. The less real estate you need, the less initial costs will be to purchase (or lease) space for the data center. This also has an impact on another factor: the cost of the build.

Building Costs

Constructing a modular data center is much cheaper than constructing a traditional one, effectively 30% less. That is a huge number when you talk about initial costs. Combined with the lower cost of real estate, deploying a modular data center is much more efficient for those looking towards hyperscaling and co-location.

This has been shown to be especially true as more “work from anywhere” options become available, and the need for high-speed data center capacity shifts from city centers and similar areas to residential and suburban ones.

This leads us to our next advantage:

Deployment Speed

The time needed to construct a traditional data center is much greater than that needed to deploy a modular data center. The average data center takes 18-24 months from start to finish, but you can save around 30% of that time by going the modular data center route.

In part, this is because you avoid traditional construction delays due to bad weather, seasonal construction, and more.

This is not to say modular deployment is better – it is simply faster. It could be argued that a traditional build will last longer and the overall construction will be of higher quality, but that is not always the case. Many modular data centers are created with a similar lifespan in mind and can last just as long as a traditional build.

So which one is better?

The bottom line when it comes to which one is better, a modular or traditional data center build, the answer is, it depends. Ask these questions:

How urgent is the need for this data center?
Where will the data center be located? What is the costs associated with a greater holding of real estate?
What is the purpose of this data center? Is the need for moves and changes anticipated?
What kind of security is needed, and what is possible in the data center location?
What is the long-term plan for this data center?

The answers in your situation may vary, but as much as the traditional data center is not dead, the modular data center is on the rise, and for many situations, it’s the best option.

No matter whether you are creating a modular data center or doing a traditional build, your rack and cable management matter, as does your labeling system and your physical layer security. At AnD Cable Products, we can help with all of these things. Give us a call today, tell us about your situation, and we’d be happy to have a conversation about how we can help.

We’re here for all of your data center needs.

Physical Layer Environment Network Security Monitoring and Control

Full visibility, network security and control of your physical layer environment. Monitor your entire hybrid cloud and IT infrastructure from a cloud-based, integrated dashboard:

Introducing the A150 System
A150 System Architecture – High-Level Overview
A150 System Features
System Controller Hardware and Specifications
Monitoring Controllers, Probes and Sensors

Learn About Physical Layer Network Security

FAQs

What is the main difference between a modular and a traditional data center?

A traditional data center is a large, purpose-built facility constructed on-site over a long period. In contrast, a modular data center is built off-site in pre-fabricated modules that are later assembled on location, allowing for faster deployment and greater flexibility.

Which type of data center is more cost-effective?

Modular data centers are typically more cost-effective. They are about 30% cheaper to construct due to their prefabricated nature and require less real estate.

How do their deployment times compare?

Modular data centers have a significant advantage in terms of deployment speed. They can be deployed in a fraction of the time, saving approximately 30% of the time compared to traditional builds, which can take 18-24 months.

What about energy efficiency (PUE)?

Modular data centers generally have a lower initial Power Usage Effectiveness (PUE) because their compact, self-contained design is highly efficient from the start. Traditional data centers may have a higher PUE initially and become more efficient as they reach full capacity.

Is one more secure than the other?

Modular data centers are often easier to secure initially because they are compact and self-contained units. However, a traditional build with integrated security systems may offer more manageable, long-term security management.

Which option is better for my business?

The best choice depends on several factors, including your budget, real estate availability, timeline, and long-term expansion plans. Modular data centers are ideal for rapid deployment and situations where space is limited, while traditional builds are suited for large-scale, long-term investments.

About the Author

Louis Chompff, Founder & Managing Director, AnD Cable Products
Louis established AnD Cable Products – Intelligently Designed Cable Management in 1989. Prior to this he enjoyed a 20+ year career with a leading global telecommunications company in a variety of senior data management positions. Louis is an enthusiastic inventor who designed, patented and brought to market his innovative Zero U cable management racks and Unitag cabel labels, both of which have become industry-leading network cable management products. AnD Cable Products only offer products that are intelligently designed, increase efficiency, are durable and reliable, re-usable, easy to use or reduce equipment costs. He is the principal author of the Cable Management Blog, where you can find network cable management ideas, server rack cabling techniques and space saving tips, data center trends, latest innovations and more.
Visit https://andcable.com or shop online https://andcable.com/shop/

Posted on April 7, 2021September 18, 2025 by Louis Chompff

4 Steps to Prepare Your Data Center for Net Zero Carbon Emissions

The race to net zero carbon emissions is on – our economy and our world depend on it. The data center industry, one that tends to gobble up lots of power is at the forefront of a number of initiatives being implemented around the world. How will you prepare your data center for net zero carbon emissions? Here’s 4 steps that will get you started.

Key Takeaways

By the end of this article, you’ll know:

Why to make a commitment to reducing carbon footprint and decarbonization
How using sustainable energy sources and operating at peak efficiency cuts carbon footprint.
The importance of reaching net zero carbon emissions while maximizing uptime.

Jump to Section:

The Situation Now
Step One – Make a Commitment
Step Two – Use Sustainable Energy Sources
Step Three – Operate at Peak Efficiency
Step Four – Build-in Resilience and Agility

The Situation Now

Data centers first became the focus of Greenpeace and other groups back in the mid-to-early 2010 boom. The focus at that time was on enterprise-level data centers – the big guys, in other words. The fact that data centers used lots of power became evident and so the move toward minimizing that impact grew in both urgency and popularity.

So much so that the position of Chief Sustainability Officer (CSO) grew to overtake the emerging position of Chief Security Officers. Those in charge of cybersecurity ended up having to change their title to CISO (Chief Information Security Officer) because CSO had already been widely recognized.

Since then, smaller edge computing data centers have become the new focus. With COVID hastening the transition, today, cloud computing, AI, remote monitoring and other data center management trends have now established a level of control and sustainability not previously thought possible.

Thanks in part to these technological developments, net zero carbon emissions now feels more achievable and less like the plot-line in a futuristic sci-fi flick. So, in what areas of the data center can emissions be reduced?

Step One – Make a Commitment

There are several individual measures that promote sustainability. The key is to take all of those individual components and standards and work them into an ecosystem that supports your emissions goal.

Companies and countries alike are making a commitment to reducing carbon emissions as a part of their brand. However, words are not enough, and these companies – including the largest hyperscaling data center companies in the world – are taking action. Advances are happening quickly in the area of artificial intelligence (AI), remote management and data center design. Being on the leading edge of these developments shows that your data center is part of this commitment to a “greener cloud infrastructure.”

Like most strategies, it’s only once a firm commitment at the top of the organization has been made that the necessary actions can be taken, including providing leaders with the authority to make decisions that align with the goal and that resources, responsibilities and accountabilities are allocated.

Step Two – Use Sustainable Energy Sources

Solar, wind and even hydroelectric power are all sustainable sources of power that can make dependence on coal and other carbon-intense fuels a thing of the past. Companies like Tesla and Microsoft are testing and deploying battery technology that can run data centers longer than ever before, even with no sun or wind available.

This means only using the local grid as your primary power source if sustainable energy is available 24+7. Otherwise, the data center will need to provide at least some sustainable sources of its own, like a solar or wind farm designed to directly support a data center.

Because this is expensive, only the largest, hyperscale companies with large data centers can be 100% self-sufficient. Hybrid solutions could help to bridge the gap, such as supplementing local power supplies with solar and wind on site. Selecting a site that’s close to a local, sustainable power grid should be a factor in choosing where to locate your data center and will support the goal of n et zero carbon emissions.

Step Three – Operate at Peak Efficiency

For data centers, not only should your power be sourced responsibly, but your data center needs to operate efficiently. One way to reduce carbon dependency is to simply use less power. Strategies can include initiatives such as pro-active device monitoring to identify ‘Zombie Servers’ – stacks that contribute little to performance, but still use significant resources to maintain.

The efficient and responsible use of power, as covered by the United Nations Sustainable Development Goal 12, is about Responsible Production and Consumption. Some other standards include:

PUE (Power Use Effectiveness) – Determined by dividing the power coming into the data center by the power used by the computer infrastructure.
LEED (Leadership in Energy & Environmental Design) – A green building certification program that rates building design
PAR4 – A new form of power measurement that accurately measures IT equipment power usage to help optimally plan for capacity.
ASHRAE (The American Society of Heating, Refrigerating and Air-Conditioning Engineers) – Standards for the temperature and humidity operating ranges for IT equipment and data centers.
CCF (Cooling Capacity Factor) – CCF is a metric used to evaluate rated cooling capacity against how that capacity is actually used.

These standards are just a few of those used to rate the efficiency of a data center and are designed to help data centers move toward net zero through more effective use of the power they have available.

Step Four – Build-in Resilience and Agility

The real job of a data center is uptime. Yes, customers want a green data center that is moving toward, if not already achieving, net zero emissions. However, at the same time, they expect that there will be no reduction in service. They expect full uptime, speed, and data protection.

This means that systems must not only be green, but must be reliable and include redundancies, power backups, and other protections, including cybersecurity and physical layer security to protect both customer assets and their data.

The good news is that not only is clean energy better for the environment, but it is also more reliable in many cases, allowing data centers to keep uptime near 99.999% standards. This is a balance that sustainable data centers must constantly monitor, adjust to and plan for.

Net zero carbon emissions is the standard of the future. Your data center can prepare now. Use clean energy, and plan to scale with that energy use in mind. Use the energy you have efficiently and plan for resiliency as part of your transition strategy. It’s what clients and customers and the world deserves.

Have questions about optimizing your physical layer, monitoring and remote control or ways to use your floor space efficiently? Contact Us at AnD Cable Products. We’re here to help.

Physical Layer Environment Network Security Monitoring and Control

Full visibility, network security and control of your physical layer environment. Monitor your entire hybrid cloud and IT infrastructure from a cloud-based, integrated dashboard:

Introducing the A150 System
A150 System Architecture – High-Level Overview
A150 System Features
System Controller Hardware and Specifications
Monitoring Controllers, Probes and Sensors

Learn About Physical Layer Network Security

FAQs

What is the first and most critical step to a more sustainable data center?

The first step is to measure energy usage. The most commonly used industry standard for this is Power Usage Effectiveness (PUE).

Why is measuring PUE important?

PUE is an individual benchmark for performance and a starting point for measuring success. It helps identify changes in power usage, trends, and spikes, enabling informed decisions for upgrades and infrastructure changes to improve sustainability.

What are the four key steps outlined in the article for preparing a data center for net-zero carbon emissions?

–Make a Commitment: Embrace individual measures that promote sustainability.

–Use Sustainable Energy Sources: Utilize sources like solar, wind, and hydroelectric power, and consider hybrid solutions.

–Operate at Peak Efficiency: Reduce power consumption by strategies such as proactive device monitoring and identifying “Zombie Servers” (servers that contribute little to performance but still use significant resources).

–Build-in Resilience and Agility: Ensure systems are not only green but also reliable, with redundancies and power backups to maintain uptime.

What is the goal of operating at peak efficiency?

The goal is to use less power. The article mentions strategies like using PUE, LEED, and PAR4 standards to rate efficiency.

About the Author

Posted on March 18, 2021September 18, 2025 by Louis Chompff

8 Critical Data Center Practices for Floor Design and Delivery

Woman Drawing Data Center Floor Plan Designs on Glass Wall

The physical layer of the internet, the data center, is largely dependent on floor plans, not only the floor design and type of the floor itself, but where you put everything, and how that impacts data accessibility and delivery for your clients.

Perhaps the most important feature of any data center is agility and flexibility. To prepare for the future, floor plans must have the ability to adapt built-in. How do we get there?

Key Takeaways

By the end of this article, you’ll know:

The best practices to achieve agility and flexibility in floor design and delivery.
The importance of balancing density and capacity.
How to accomplish a holistic approach to floor design and delivery.

Jump to Section:

Density and Capacity
Prepping for Future Architecture and Changes
Storage and Cooling
Building Management Systems
Built-in Redundancy
Remote Management
Physical Layer Security
Using Renewable Energy

Woman Drawing Data Center Floor Plan Designs — To prepare for the future, data center floor plans must have the ability to adapt built-in

1. Density and Capacity

First, we must think in terms of both density and capacity: there is always a tradeoff between power and space. A denser server system will require a more sophisticated power and cooling strategy, which may in the long run be more costly per watt than a less aggressive approach.

The most common answer is a blend of both high and low-density rack layouts to get the maximum benefits of each. Modular density allows for the addition of capacity over time and with energy costs higher than the cost of space (at least currently) a less dense approach makes more sense for most applications and data center floor designs.

2. Prepping for Future Architecture and Changes

This brings us nicely to the next point. Server configurations are constantly changing, and likely will continue to do so going forward. Balancing density and capacity when it comes to data center floor design makes it easier to make moves and changes when the need arises.

A forward-thinking floor design simply means you are ready when whatever technology is next taking over the market. Think of how your current layout can be adapted to new forms and layouts.

3. Storage and Cooling

This naturally leads to storage and cooling, which is directly related to density and capacity, and future thinking. You must consider how you will store data, what kind of servers and racks you will use, and even where you will source them and other materials.

A part of that will also be your cooling plan. How will you cool your systems? Will you have an underfloor wiring plan or an overhead one? What kind of floor will you have? What will your HVAC system look like, and how will access to the building be controlled? This is all something to think about while looking at your floor designs.

4. Building Management Systems

What does your building management system look like, and how well does it meet your data center needs. There are several aspects to consider, including your maintenance services

Generators
UPS Batteries and backups
Electrical supply infrastructure
Mechanical systems maintenance

All these various pieces require various levels of maintenance, and physical accessibility must be a consideration. This also leads to our next point.

5. Built-in Redundancy

When maintenance occurs or disaster strikes, redundant systems need to be in place to keep the stellar uptime customers demand. This must be a part of your data center floor design from the start. This is a part of not only data center service, but physical and data layer security as well.

6. Remote Management

If 2020 has taught us anything, it’s that people can do many things remotely in an amazing way. While remote monitoring and even management of data centers have been possible for quite some time, the pandemic propelled it to a mainstream priority. Any data center design conceived going forward must be structured to enable remote monitoring and management.

This goes relates to everything, from building management systems to server management systems. Sensors can detect when something is wrong, in many cases take action to correct the issue, and inform human data center management of the issues, so that permanent corrections can be implemented.

7. Physical Layer Security

Of course, a part of remote management leads to physical layer network security. This includes everything from digital locks for entrances with biometric security in place to door alarms, AI monitoring of camera systems, and more.

These systems are far better than an on-premises security team, can be monitored from anywhere, and both managers and if necessary the appropriate authorities can be notified of any incident requiring attention.

8. Using Renewable Energy

Finally, an important part of data center management and development going forward is the use of renewable energy. While this does not always impact the physical layout of the interior of your data center, it may impact your power and electrical configurations, the redundancies you need to have built into your data center, and the area you have to expand the physical footprint of your data center going forward.

A big part of your data center floor design and how you arrange both high and low-density areas of the data center is related to the server racks, cable management products, and physical layer security systems you choose.

At AnD Cable Products, we can make sure you have everything you need to set things up properly from the start or to make moves and changes as you need to. Contact Us today! We’d love to discuss your data center needs.

Physical Layer Environment Network Security Monitoring and Control

Full visibility, network security and control of your physical layer environment. Monitor your entire hybrid cloud and IT infrastructure from a cloud-based, integrated dashboard:

Introducing the A150 System
A150 System Architecture – High-Level Overview
A150 System Features
System Controller Hardware and Specifications
Monitoring Controllers, Probes and Sensors

Learn About Physical Layer Network Security

FAQs

Why is density and capacity a key consideration in data center floor design?

There is a trade-off between power and space in a data center. A denser server system requires more sophisticated power and cooling. A flexible floor design should balance high-density and low-density layouts to get the maximum benefits of each, allowing for capacity additions over time.

How does a forward-thinking floor design prepare for future changes?

A forward-thinking design ensures the floor plan can adapt to future server configurations and technological changes. By balancing density and capacity, the design makes it easier to make moves and changes as new technology takes over the market, ensuring the data center is ready for what’s next.

What is the relationship between data center floor design, storage, and cooling?

Storage and cooling are directly related to density and capacity. The floor design must consider how data will be stored, the types of servers and racks used, and the cooling plan. This includes decisions on underfloor vs. overhead wiring, the type of floor, and the HVAC system.

How do Building Management Systems (BMS) fit into data center design?

A BMS is an essential component that manages various aspects of a data center, including maintenance services, generators, UPS batteries, and electrical and mechanical systems. Sensors within the BMS can detect issues, take corrective action, and alert human management.

What is the role of built-in redundancy?

Built-in redundancy is crucial for minimizing downtime. It involves creating a system that can continue to function correctly despite failures by incorporating network diversity, system redundancies, and disaster recovery planning.

How does remote management impact data center floor design?

Remote management allows for control and visibility of the data center’s physical layer environment from a central dashboard. This includes monitoring physical security, network security, and infrastructure to ensure the system runs smoothly without requiring constant on-site management.

Why is physical layer security important in a data center floor design?

Physical layer security is critical for preventing on-site breaches and protecting corporate data. This includes access control, CCTV surveillance, and intrusion detection systems, which work alongside cybersecurity measures to safeguard the entire IT environment.

How can data center design incorporate renewable energy?

A forward-thinking design should consider sourcing renewable energy to reduce the data center’s environmental impact and operating costs. Incorporating efficient cooling systems and optimizing power distribution are also key practices for energy efficiency.