4 key considerations for data center modernization on a budget

For many midsize businesses, the data center has become the operational backbone supporting core applications, analytics, and business continuity while providing the foundation for future growth. Over the past several years, companies have been investing heavily in growing the capacity and capabilities of their on-premises infrastructure, using it as the engine powering business transformation, data-driven decision making and increased operational agility.

As infrastructure ages, midsize businesses can face rising support costs, greater security risk, and performance bottlenecks that strain lean IT teams. As a result, many are looking to modernize their infrastructure without adding complexity or stretching already tight budgets. As compute and storage hardware gets older, it can start to introduce unpredictable overhead costs, increasing security vulnerabilities and operational bottlenecks.

For midsize businesses, a full rip-and-replace approach is rarely practical from either a financial or operational perspective. A more effective strategy is to modernize in stages, prioritizing investments that improve efficiency, resilience, and scalability while minimizing disruption. By taking a targeted, incremental approach to modernization, organizations can unlock performance gains and cost efficiencies from day one without stretching capital budgets or taking on unnecessary complexity.

According to the Uptime Institute Global Data Center Survey 2025, more than three-quarters of data center operators are concerned about cost issues and more than 70% are worried about future capacity requirements. For medium businesses, those pressures are often magnified by tighter budgets and smaller teams

Consolidate workloads to reduce costs and simplify operations

For midsize organizations trying to operate within a limited budget, the most obvious place to start is workload consolidation. Within many growing businesses, the default strategy when launching a new app or deploying a database in the past was to spin it up on a new server to ensure that it had plenty of space and bandwidth. The problem with this approach is it has a tendency to result in a data center full of too many underutilized machines.

Data center infrastructure is expensive to run, with each additional rack pushing up power, cooling and space overheads. By consolidating key servers with high-performance models such as the latest generation of Dell PowerEdge servers, one machine can handle the same workload as multiple older servers. Based on performance analysis, the Intel® Xeon® based Dell PowerEdge R770 can replace up to five older R740xd servers, thanks to the Intel Xeon 6 platform’s substantial core density and throughput.

This also has the benefit of improved manageability: fewer physical servers means fewer machines to keep patched, less physical maintenance of racks, and fewer potential points of failure.

The more workloads that can be run on a single server, the more organizations can streamline their compute and storage estate — but the biggest saving is in reduced virtualization licensing fees. Additionally, consolidating more workloads onto fewer servers can free up resources to launch new apps and services without having to add additional infrastructure capacity.

Use cloud where it adds value

For many midsize businesses, cloud costs become a challenge when storage, backup, and data movement requirements grow faster than expected.

This principle of consolidation doesn’t just apply to compute power, either. In the modern world of hybrid and multi-cloud infrastructures, many businesses are finding a significant chunk of their budgets consumed by unexpectedly high fees for cloud-based storage, backup and data transfer.

The goal isn’t to move everything on-prem, but to use cloud strategically for the workloads that benefit most. Storage optimization can dramatically reduce the amount of data that needs to be sent to the cloud while extending on-prem storage capacity without requiring additional arrays.

For example, modern storage platforms such as Dell PowerStore Gen 3, built on Intel Xeon Scalable processors, can deliver data reduction ratios as high as 6:1. For backup and recovery workloads, Dell PowerProtect using Intel Xeon Scalable processors can deliver typically 75:1 data reduction, helping reduce storage demands while strengthening data protection, cyber resilience, and recovery readiness.

Not only does this level of compression mean organizations can make their storage CapEx go much further, allowing them to expand their data center workloads without worrying about capacity implications, it also drastically reduces the amount of budget that gets siphoned off by cloud storage costs.

Improve resilience and reduce IT burden

As infrastructure ages, even routine disruptions can have a greater impact on business operations, making resilience and recovery increasingly important. More robust disaster recovery is a major benefit of modernizing storage resources, but outdated infrastructure doesn’t just make backup and recovery processes harder to manage — it also makes it more likely that businesses will find themselves needing to use them. The older your data center environment is, the greater the risk that unpatched vulnerabilities will develop and the more third-party tools sysadmins will have to layer over the top in order to keep them protected.

A specific server may not technically reach the end of its supported lifespan for up to ten years but, even if it’s still receiving security updates and patches, an older machine may lack the silicon-level hardware protections and baked-in security features found in newer models. Coordinated security orchestration platforms are still essential for keeping the total estate protected, but the more secure a hardware platform is by design, the fewer external tools will be needed to plug the gaps.

To help meet this need, Intel and Dell have been close collaborators for many years, co-engineering architecture-level security features to keep data center hardware protected from initialization through runtime. This includes integrating Dell’s secure boot system with Intel security technologies like Intel® TDX, SGX, and Intel® Boot Guard.

As well as providing enhanced security over older systems, this silicon-up approach to resilience also makes security easier to manage, with greater opportunities to automate routine tasks. For many IT teams, the goal isn't just better protection — it's spending less time firefighting and more time supporting the business.

Automation is increasingly being deployed in midsize organizations with lean IT teams, not just in security, but across the whole infrastructure stack.

Tools like Dell’s AIOps and the iDRAC9 management platforms use AI and predictive analytics to intelligently anticipate hardware issues, forecasting maintenance needs and flagging potential problems, allowing IT teams to fix them without unnecessary downtime.

Centralized orchestration and observability also make it easy to monitor large, distributed estates from core to cloud to edge, speeding up issue resolution. This gives tech teams more time — as much as eight hours of system administration time per week, according to a 2026 study of Dell AIOps users — to spend on high-value initiatives that directly drive business growth. These could include launching new digital services, optimizing data analytics platforms, or enhancing the customer experience.

Lower and predict IT costs as you grow

When evaluating infrastructure investments, predictability can be just as important as cost savings. With power and cooling becoming ever more critical cost lines for data centers, investing in more efficient hardware for lower running-costs is increasingly important.

This is something that Intel has been particularly focused on with the latest crop of Intel Xeon 6 processors: improved design efficiencies in the silicon have led to notable reductions in power consumption and cooling demands. Not only does this make running costs much lower over time, it also makes them more predictable and easy to budget for, providing peace of mind and tangible, year-over-year utility savings.

For data center operators, infrastructure modernization is about more than keeping pace with technology. Done strategically, it can help organizations support growth, strengthen resilience, and improve efficiency while building a foundation for future scale. It also doesn’t need to be a budget-destroying expense. With the right targeted upgrades and a well-planned strategy, a small investment now can provide the launchpad for ongoing future updates that build and expand on what has come before in an effective and financially sustainable way.

The shifting economics of data center overheads also mean that shrewd investment now can actually shrink your bills in the future. Using infrastructure that integrates co-engineered, architecture-level protections from initialization through runtime empowers growing firms to outpace sophisticated cyber threats and navigate complex regulatory environments without eating into the bottom line.

Ultimately, the data center is the heart of the modern enterprise and modernizing that heart — even on a budget — is a key step toward repositioning it as a highly efficient economic asset. Standardizing on modern Dell PowerEdge servers with Intel Xeon 6 processors and Dell storage platforms built on Intel Xeon technologies can help organizations improve efficiency, strengthen resilience, and build a scalable foundation for future growth.