ARM Based Solutions Technical Terms

Technical Terms

ARMv9 Instruction Set Architecture Overview
2025-04-13
The ARMv9 ISA supports SVE2, is very suitable for AIOT applications. ARMv9.1 (2023) adds cache coherence acceleration for better multi-core performance.
Differences Between ARMv8-A, ARMv8.1, ARMv8.2, and ARMv8.4 Architectures
2025-04-13
Differences Between ARMv8-A, ARMv8.1, ARMv8.2, and ARMv8.4 Architectures, There are serval versions of ARMv8 ISA, for Embedded Devices usually use ARMv8.2 (balance performance/efficiency), for AI Edge Computing use ARMv8.4 (matrix acceleration), for Legacy Servers use ARMv8.1 (cost-optimized). Below is the details of the ARMv8 ISA.
Differences Between RISC-V and ARM Processors
2025-04-13
RISC-V and ARM are two distinct processor architectures, each with unique advantages and application scenarios. As technology evolves, both architectures have become increasingly important in computing and embedded systems.
ARMv7-A, ARMv7-R, and ARMv7-M Architectures
2025-04-13
ARMv7 is a 32-bit instruction set architecture (ISA) introduced by ARM, divided into three main sub-architectures for different application scenarios: ARMv7-A (Application Processors), ARMv7-R (Real-time Processors), ARMv7-M (Microcontrollers), These variants differ significantly in design goals, features, and target applications.
ARMv7 Instruction Set Architecture
2025-04-13
The ARMv7 instruction set architecture (ISA) is primarily used in ARM Cortex-A7/A8/A9 processors and remains widely deployed in industrial equipment (with an average lifecycle of 10-15 years), commonly found in specialized devices such as PLCs and CNC systems.
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