ARM Architecture

Definitions

1. ARM Architecture is a runtime or systems-level concept that affects execution behavior close to the machine. It is commonly used for performance-sensitive software, runtimes, and operating environments, where teams need predictable behavior under real workloads rather than toy examples. Practitioners pay attention to memory behavior, latency, and correctness, because those factors usually determine whether the approach improves quality, latency, reliability, or operating cost in production.

   In plain English: ARM Architecture is a software engineering concept that helps developers structure code, run systems, or debug behavior more reliably in real projects.

   Example: "We standardized on ARM Architecture in this service because the old approach was fragile under load; the new implementation reduced operational surprises and made the codebase easier for the next engineer to reason about."

Related Terms

• Allocator
• JIT
• V8 Isolate
• Ring Buffer
• Garbage Collection Pause
• Memory-Mapped File
• JIT Compilation
• Array Buffer
• Batch Processing Detail
• Boot Process
• Bounded Buffer
• Buffer Pool
• Bump Allocator
• Bus Architecture
• Bytecode Interpreter
• C ABI
• Cache Aside
• Cache Hit
• Cache Line
• Cache Miss
• Cache Policy
• Cache Warming
• Call Stack
• Channel Buffer
• Child Process
• Chip Architecture
• Edge Runtime
• Inline Assembly