Processors, memory and accelerators are selected for the actual workload: enterprise applications, virtualization, databases or specialized computing.
Project-based supply
Servers
Server configurations are developed around workload, performance, resilience and future scaling requirements.
Request a configuration ↗Product approach
What defines the final platform
The storage subsystem, controllers, network interfaces and redundant power are treated as one architecture rather than unrelated options.
Selection considers remote management, serviceability, expansion headroom and compatibility with the customer’s existing infrastructure.
Selection parameters
Configuration starts with requirements
- —Form factor and deployment scenario
- —Processor platform and memory capacity
- —Storage subsystem and interfaces
- —Networking, management and power redundancy
Application scenarios
Built for the task, not an abstract SKU
The same equipment class may serve fundamentally different purposes. The intended use therefore shapes architecture, component selection and acceptance criteria.
We define workload, operating conditions and expected outcome, then develop an agreed hardware configuration.
We verify interfaces, compatibility with the existing environment and future scaling requirements.
We document the solution scope, acceptance criteria, documentation set and technical support boundaries.
Delivery outcome
A transparent scope and ownership
Final scope and specifications are fixed after requirements and compatibility have been reviewed.
Core devices, agreed options, accessories and required connectivity components.
The document package is determined by equipment type and the terms of each delivery.
Warranty obligations, request handling and additional work are defined by contract.
The exact package, specifications, schedule and support terms are defined by the specification and contract for each project.
Engagement process
From request to delivery
- Business need and technical requirements
We clarify purpose, operating environment, constraints and acceptance criteria.
- Architecture and configuration
We develop the solution composition and verify component compatibility.
- Prototype and testing
We validate key engineering decisions and agreed functionality.
- Batch preparation
We assemble the equipment and control configuration and completeness.
- Delivery and support
We provide documentation and support the equipment under the supply terms.
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