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Preserving Legacy Real-Time Applications Through Virtualization
Preserving Legacy Real-Time Applications Through Virtualization Real-time applications often remain in service much longer than the hardware on which they were originally developed. Test…
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Native Real-Time Linux vs. Real-Time Virtualization: Which Architecture Fits Your Application?
Native Real-Time Linux vs. Real-Time Virtualization: Which Architecture Fits Your Application? Virtualization is now common in enterprise computing, but timing-sensitive systems introduce requirements that conventional…
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How CPU Shielding, NUMA, and Interrupt Affinity Affect Real-Time Virtual Machines
How CPU Shielding, NUMA, and Interrupt Affinity Affect Real-Time Virtual Machines Running a real-time operating system inside a virtual machine does not automatically create…
Recent Articles
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Preserving Legacy Real-Time Applications Through Virtualization
Preserving Legacy Real-Time Applications Through Virtualization Real-time applications often remain in service much longer than the hardware on which they were originally developed. Test systems, industrial controls, simulation environments, and data-acquisition platforms…
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Native Real-Time Linux vs. Real-Time Virtualization: Which Architecture Fits Your Application?
Native Real-Time Linux vs. Real-Time Virtualization: Which Architecture Fits Your Application? Virtualization is now common in enterprise computing, but timing-sensitive systems introduce requirements that conventional IT workloads do not share. An application may…
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How CPU Shielding, NUMA, and Interrupt Affinity Affect Real-Time Virtual Machines
How CPU Shielding, NUMA, and Interrupt Affinity Affect Real-Time Virtual Machines Running a real-time operating system inside a virtual machine does not automatically create a deterministic environment. The virtual machine still depends…
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Choosing an I/O Strategy for Real-Time Virtual Machines
Choosing an I/O Strategy for Real-Time Virtual Machines Processor allocation receives considerable attention when engineers design a real-time virtualized system. However, an application that interacts with physical equipment also depends on the…
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Real-Time Virtualization: Consolidate Mixed-Criticality Workloads Without Losing Determinism
Real-Time Virtualization: Consolidate Mixed-Criticality Workloads Without Losing Determinism Real-time virtualization poses a hard question to every engineering team weighing consolidation. Can you run VMs on shared hardware and still meet the deadlines…
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White Paper: Real-Time Virtualization Without Compromising Determinism
White Paper: Real-Time Virtualization Without Compromising Determinism Real-Time Virtualization Without Compromising Determinism Virtualization can help engineering teams consolidate systems, support legacy software, and run mixed-criticality workloads on shared hardware but conventional hypervisors…
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How to Debug Real-Time Systems Without Breaking Their Timing
How to Debug Real-Time Systems Without Breaking Their Timing A real-time system is correct only when it delivers the right answer at the right time. That single requirement breaks almost every debugging…
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White Paper: How to Debug Real-Time Systems Without Disrupting Execution
White Paper: How to Debug Real-Time Systems Without Disrupting Execution Real-time systems are difficult to debug because timing is part of the system’s correctness. A missed deadline, delayed interrupt, unexpected context switch,…
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How Real-Time Simulation Helps Prepare Mission-Critical Spaceflight Systems
How Real-Time Simulation Helps Prepare Mission-Critical Spaceflight Systems NASA’s Artemis missions demonstrate why high-fidelity, deterministic simulation is essential for complex aerospace programs. Concurrent Real-Time technology helps support simulation environments where timing accuracy,…
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