Linked from

The 34 pages that link to Smartphone, each with the reason it gives.

• System on a chipRelated: Smartphones rely on SoCs to combine application processing, graphics, connectivity, and imaging.

• Steve JobsNarrower topic: The iPhone helped make touchscreen smartphones central to everyday computing.

• TouchscreenRelated: Its touchscreen supports direct control in a compact device without a built-in keyboard.

• Wearable technologyCompared with: Unlike most wearables, it is carried rather than continuously attached to the body.

• Consumer electronicsBroader topic: It brings communication, information, photography, and entertainment into one personal device.

• Inertial measurement unitRelated: Smartphones use small IMUs for screen rotation, gesture sensing, and motion tracking.

• Cloud gamingRelated: Cloud gaming can bring demanding games to phones that lack equivalent local hardware.

• Handheld game consoleCompared with: Phones can run games, but their general-purpose design and touch controls differ from dedicated consoles.

• Mobile phoneBroader topic: It is the computing-rich form of mobile phone used by most people today.

• History of computingBroader topic: It brought powerful networked computing into everyday portable use.

• Reduced instruction set computerRelated: RISC-derived ARM processors became central to the smartphone's power-efficient computing.

• Mobile operating systemRelated: Smartphones are the main devices built around mobile operating systems.

• Feature phoneCompared with: Smartphones offer more flexible software and internet use than feature phones.

• Tablet computerCompared with: Tablets share smartphone software and components but usually have larger displays and no calling-first design.

• ColtanRelated: Tantalum capacitors made from coltan-derived tantalum can appear in smartphones.

• HuaweiNarrower topic: Huawei sells smartphones alongside its telecommunications infrastructure products.

• LaptopCompared with: It offers greater pocketability but a smaller screen and less laptop-style input.

• Memory cardRelated: Many phones accept microSD cards to expand local storage.

• Mobile healthBroader topic: Smartphones made richer, sensor-enabled health services widely deployable.

• Secure DigitalRelated: Many smartphones use microSD cards to expand local storage.

• StopwatchRelated: Smartphones provide stopwatch functions alongside ordinary clock and timer tools.

• ARM architecture familyRelated: Arm processors became the standard foundation for most smartphone application processors.

• Flat-panel displayRelated: Compact LCD and OLED panels make smartphones’ interactive screens possible.

• Generation ZRelated: Widespread smartphone use during the cohort’s childhood shaped its everyday communication environment.

• LenovoNarrower topic: Lenovo sells smartphones under its own name and through Motorola.

• SmartwatchCompared with: It performs many smartwatch tasks with a larger screen and more capable input.

• 2000sRelated: The iPhone’s 2007 debut accelerated the shift toward internet-connected mobile devices.

• 2010sRelated: Smartphones became the decade’s main personal gateway to communication, services, and media.

• Online shamingRelated: Always-available cameras and social apps make recording and circulating confrontations easier.

• Portable media playerCompared with: Smartphones combine media playback with communications and have displaced many standalone players.

• Technological convergenceBroader topic: It combines telephony, computing, imaging, navigation, and media playback in one device.

• Universal Flash StorageRelated: UFS commonly stores operating systems, applications, and user data in smartphones.

• Mobile deviceBroader topic: It is the most familiar general-purpose form of mobile device.

• Satellite navigation deviceRelated: Phones commonly integrate satellite receivers with maps and location services.