Server infrastructure
Physical and software-defined compute platforms that host enterprise applications, databases and infrastructure services.
Discuss a projectWhat it is
Server infrastructure provides CPU, memory, storage interfaces, management and availability features required to run business workloads.
Why it matters
Correct sizing and architecture affect application performance, resilience, lifecycle cost and future scalability.
What shapes the design
- Application demand and data growth
- CPU, memory and storage sizing
- Resilience and power
- Hosting conditions and maintenance
QMTS delivery scope
We assess workloads, size compute resources, design redundancy and management, select platforms, deploy the environment and validate performance and availability.
Customer deliverables
A production compute platform aligned with workload, capacity, management and resilience requirements.
Typical use cases
Business applications, virtualization clusters, databases, file services, private cloud and data-center platforms.
Delivery lifecycle
- 01 Requirements discovery and current-state assessment.
- 02 Architecture, dependencies and implementation planning.
- 03 Technical specification, configuration baseline and delivery preparation.
- 04 Implementation, integration, testing and controlled commissioning.
- 05 As-built documentation, operational handover and managed support where required.
Before we start
To scope a project, describe the goal, users and sites, current systems, timing constraints and desired outcome. Solution scope and service terms are defined after assessment.
Start with your challenge
Tell us what you need to build, connect or improve. An idea, a list of issues or a technical brief is enough to start.
Support coverage and SLA parameters are agreed for each project.
Discuss a project
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