Configurable Platforms Portable, rackmount, and specialized systems provide different starting points for program-specific computing and integration requirements.
Compute & Acceleration Processor, graphics, memory, and storage configurations can be evaluated against simulation, visualization, analysis, processing, and other application workloads.
System Integration Expansion hardware, networking, displays, sensors, communications equipment, storage, and specialized peripherals can shape the final architecture.
Program Deployment The final configuration should account for installation, transportation, operating environment, connected systems, and program-specific deployment constraints.
Development & Engineering Support engineering workflows involving system design, visualization, software development, analysis, and technical evaluation.
Integration & Prototyping Copy Bring computing, networking, interfaces, expansion hardware, and specialized subsystems together during platform development and prototyping.
Test & Validation Provide computing resources for system testing, diagnostics, data collection, performance evaluation, and configuration verification.
Platform Deployment Extend configured computing systems into vehicles, shelters, mobile platforms, and other operational environments defined by the program.
REQUIREMENTS Program Objectives Define the application, performance, deployment, and lifecycle requirements that will shape the computing platform.
INTEGRATION Hardware & Interfaces Identify required processors, graphics, storage, networking, expansion, displays, and external system connections.
CONFIGURATION Platform Architecture Determine how system components should be configured and integrated to support the program's operational requirements.