Linked from

The 16 pages that link to ARM architecture family, each with the reason it gives.

• Central processing unitRelated: Its designs provide a major alternative to x86 CPUs in personal and mobile computing.

• Instruction set architectureBroader topic: Its implementations span phones, embedded systems, laptops, and servers.

• System on a chipRelated: Its licensing model helped many firms build SoCs around compatible processor designs.

• IntelCompared with: Arm offers a major alternative to x86 in power-efficient computing.

• Apple siliconRelated: Apple silicon CPUs use Arm architecture, with Apple-designed implementations.

• Reduced instruction set computerBroader topic: ARM became a major commercial architecture rooted in reduced-instruction-set design.

• RISC-VCompared with: ARM is a major alternative ISA with a different licensing and governance model.

• EndiannessRelated: ARM’s history includes support for both byte orders, illustrating the design choice.

• x86Compared with: ARM offers a major alternative to x86 in personal computers and servers.

• x86-64Compared with: ARM provides a major alternative to x86-64 in personal computers, servers, and mobile devices.

• 32-bit computingRelated: Its 32-bit generations powered many mobile devices and embedded systems.

• Raspberry PiRelated: Most Raspberry Pi models use processors built around ARM-compatible instruction sets.

• Sophie WilsonRelated: Wilson co-designed the original instruction set that became the foundation of ARM.

• FujitsuRelated: Fujitsu adapted Arm architecture for A64FX and high-performance computing.

• MIPS architectureCompared with: ARM became a major alternative to MIPS in markets where power efficiency and licensing mattered.

• IBM POWER architectureCompared with: Arm is another major RISC alternative across servers and embedded systems.