Data Center Infrastructure
A Better Plan for Your Data Center Infrastructure
OLD HARDWARE HURTS
When refreshes are delayed, it can mean up to 39% performance loss and 148% higher administrative costs*.
DATA KEEPS GROWING
Your storage needs aren’t slowing down, with 54% of organizations expecting over 20% annual growth*.
COMPLEXITY COSTS
68% of organizations say that complexity is slowing IT operations and business initiatives*.
AI EXPOSES GAPS
82% say their current infrastructure isn’t ready for on-prem AI demands*.
DELAYING RAISES RISK
Delaying refreshes increases risk. 90% of organizations acknowledge it*, with 50% seeing rising costs and 39% reporting lower productivity.
*Source: Dell Technologies
Data Center Solutions Built for Your Environment
Server & Storage
Power & Cooling
Why Paragon Micro?
Paragon Micro closes those gaps with disciplined execution you can measure. We manage the process end to end, take accountability for our part, and ensure every component is configured and integrated to your specifications.
This is how we deliver consistent, measurable outcomes:
Annual Account Retention
Relationships You Trust
Work with a dedicated Account Executive who understands your environment, aligns to your goals, and keeps every phase coordinated from planning through long term support and clear communication.
Built Around You
We design solutions around your workloads, your requirements, and your roadmap. Every component is configured and integrated to your specifications, with the right vendors aligned to execute it effectively.
Smart Planning
Every decision supports your long-term environment and goals. By aligning smart infrastructure investments to your roadmap, we help you avoid short-term fixes that create bigger challenges over time.
Ask us about...Configuration, Integration, and End-to-End Support.
Power, cooling, space, and layout are considered alongside your workloads so systems don’t just deploy, they perform as intended.
You don’t have to coordinate across vendors or manage disconnected workstreams. We bring it together as one environment aligned, integrated, and ready to run.
Data Center Planning and Implementation FAQs
FAQsDecision Makers
The honest answer is that most organizations wait too long. When hardware approaches end-of-support, maintenance costs climb, vendor support thins out, and the risk of unplanned downtime increases significantly. We look at the total cost of ownership over a 3- to 5-year window, factoring in support contracts, energy consumption, performance limitations, and the workloads you need to run next. In most cases, a structured refresh pays for itself faster than the cost of keeping aging infrastructure alive.
For most enterprises, yes. A full cloud exit is rarely the right answer, and for many organizations, it is not even the goal. The question is what belongs where. Latency-sensitive workloads, regulated data, and high-performance compute often run better and cheaper on premises. We help you build a hybrid architecture that places each workload in the environment it actually belongs in, rather than forcing everything into a single model because it is the current trend.
The cost varies significantly based on scope, but the more important number is what deferred action costs you. We build the business case alongside you, modeling refresh costs against downtime risk, support expenses, energy inefficiencies, and the performance ceiling your current environment imposes on growth. That analysis typically makes the decision straightforward for finance.
Phased deployment and workload sequencing. We plan every engagement around your operational calendar, identifying critical systems, sequencing the work to avoid overlap with peak periods, and validating each phase before moving to the next. Nothing goes live until it is tested. That approach is not optional for us, it is how every engagement runs.
Design for it now. AI workloads have specific demands: GPU compute, high-throughput storage, low-latency networking, and power density that traditional infrastructure was not built for. We factor those requirements into every architecture we design today, so your environment is ready to carry those workloads when the business needs them without a full rebuild on the other side of a three-year refresh cycle.
FAQsFor Engineers
Workload isolation and resource contention are the first things we address. Mixed hypervisor environments require careful NUMA alignment, memory overcommit planning, and storage I/O path design to prevent noisy neighbor problems. We assess your current cluster utilization, vCPU-to-pCore ratios, and storage latency baselines before recommending any platform. The goal is a refresh that improves density without introducing performance unpredictability and that accounts for licensing implications across hypervisors when hardware changes.
Standard 5 to 10kW per-rack designs break down quickly when you are running GPU nodes that push 30 to 40kW or higher. We design power distribution and cooling infrastructure that matches the actual thermal load, including rear-door heat exchangers, in-row cooling, and direct liquid cooling where density justifies it. We also model the upstream electrical capacity to ensure the facility can carry the load before a single rack is installed.
We design to NIST 800-53 physical and environmental controls as a baseline, with additional alignment to SOC 2, ISO 27001, and FedRAMP physical requirements as needed. That covers layered perimeter access, mantrap configurations, camera coverage with retention policies, rack-level locking, and visitor logging. For sensitive federal or regulated environments, we go deeper — including SCIF-adjacent considerations for air-gap requirements and two-person integrity zones.
This is one of the most commonly deferred areas in enterprise infrastructure and one of the highest-risk. We establish a firmware baseline at deployment, document the approved version matrix per platform, and integrate lifecycle management into the support cadence, quarterly reviews against vendor advisories, CVE alignment, and regression testing before any fleet-wide push. For environments with OT or mixed IT/OT boundaries, we treat firmware updates as change-controlled events with full rollback documentation.
Every rack deployment we do ships with structured cabling that follows TIA-942 standards, labeled end-to-end, color-coded by function, and documented in as-built diagrams that reflect the actual deployed state, not the original design. We use pre-terminated trunk systems where density and repeatability justify it, and every cable path is tested and certified before handoff. The documentation package includes rack elevation diagrams, port mapping, and cable schedules in formats your team can actually use for day-two operations, not a PDF that lives in a drawer
Case Studies
Powered by Trusted Technology Leaders
