Linked from

The 32 pages that link to System on a chip, each with the reason it gives.

• Integrated circuitBroader topic: A system-on-a-chip brings processors, memory, and interfaces together in a single device.

• Central processing unitNarrower topic: It places CPU cores alongside components that may otherwise reside on separate chips.

• Embedded systemRelated: It is a hardware integration approach often used in embedded products, not a synonym for the whole system.

• MicroprocessorBroader topic: Many products integrate a microprocessor core alongside the rest of a computing system.

• SmartphoneRelated: It packs processing, graphics, and communications functions into a phone-sized device.

• MicrocontrollerCompared with: A system-on-chip can integrate broader computing and communication functions than a typical microcontroller.

• Computer architectureBroader topic: It brings processing, memory interfaces, and peripherals into a compact architecture.

• Semiconductor industryCompared with: It contrasts with systems assembled from several separate semiconductor components.

• Application-specific integrated circuitRelated: An ASIC may integrate processors, memory, and interfaces into a product-specific system.

• Samsung ElectronicsRelated: Samsung designs and manufactures chips that integrate processing and communication functions.

• Consumer electronicsRelated: It makes compact, low-power products such as phones and wearables practical.

• Handheld game consoleRelated: Compact, integrated hardware makes portable game processing practical.

• Mobile phoneRelated: It packs computing, graphics, and often radio functions into a phone-sized device.

• Semiconductor device fabricationBroader topic: Its mix of logic, memory, and interfaces demands coordinated fabrication modules.

• CMOSRelated: CMOS enables digital, memory, and mixed-signal blocks to coexist on a single die.

• Software-defined radioCompared with: Its integration can reduce size and power, while a software radio emphasizes reconfigurable signal functions.

• Apple siliconNarrower topic: Apple silicon packages CPU, graphics, memory, and other functions into a system-on-chip.

• Complementary metal–oxide–semiconductorRelated: CMOS allows logic, memory, and interface circuits to share a fabrication platform.

• NvidiaNarrower topic: Nvidia combines CPU, GPU, and other functions in chips such as Tegra and Grace.

• MotherboardCompared with: SoCs reduce reliance on separate motherboard-mounted components.

• Tablet computerRelated: Integrated components help tablets balance performance, battery life, and compact size.

• Computer engineeringBroader topic: It concentrates processor, memory, and peripheral functions into a compact engineered platform.

• Electronic design automationBroader topic: Its heterogeneous subsystems make EDA integration, verification, and physical planning especially demanding.

• Very-large-scale integrationBroader topic: It is a prominent VLSI outcome, combining processors, memory, and interfaces.

• Raspberry PiRelated: Most Raspberry Pi boards center on a Broadcom system-on-a-chip.

• ARM architecture familyRelated: Most Arm-based devices package an Arm processor with many other functions in one chip.

• MicroelectronicsBroader topic: A system-on-a-chip integrates processing, memory, and interfaces into a compact microelectronic product.

• Technological convergenceBroader topic: Chip integration brings formerly separate hardware functions into compact devices.

• Clock generatorBroader topic: Its multiple functional blocks often require several coordinated clock domains.

• Mobile deviceRelated: Combining processing and other functions in one package helps make mobile devices compact.

• CoprocessorBroader topic: Many modern coprocessors are integrated beside the main CPU on a single chip.

• Network on a chipNarrower topic: A network on a chip organizes communication among the components of a system-on-a-chip.