Modular smartphone

Environmental impact and ethical considerations Consumers may be motivated to buy modular phones to bypass non-modular phones, which are designed with planned obsolescence. Planned obsolescence, originating from American industrial designer Brooks Stevens, is a strategy of selling phones to be replaced rather than repaired. Planned obsolescence in smartphones prematurely shortens their life spans, as users replace their smartphones earlier than necessary. This quick consumption cycle, caused by planned obsolescence, can lead to increased electronic waste. Modular phones, which are repairable and do not need to be as frequently replaced, are considered as a sustainable consumer electronic. Modular phones have also been proposed as an ethically conscious alternative to annual phone release. However, the degree of benefits are unclear because modular phone companies can not accurately trace the origin of all their materials. In addition to the impact of disposal, the manufacturing of phones, which includes use of conflict minerals can result in soil degradation and heavy metal pollution. Modularity in smartphones promotes self-repair over repair services by enabling consumers to swap out faulty components for functional ones without incurring service or labor costs. The ability to self-repair creates positive user experience, which translates to higher satisfaction and brand loyalty. Companies like Fairphone and Google saw modular smartphones as a way to extend the life cycles of smartphones and their components while satisfying the consumer need for incremental customizations and upgrades. Component lending Modular components that can be lent out when they are not in use by the owner is a concept not yet realized, but is being considered as a viable option to reduce e-waste. Specialized components such as ultra high-definition cameras, condenser microphones, or barometers are generally costly to produce, and are only useful in very specific applications. These specialized components can be lent out to users on a per-need basis, thus reducing the number of units that need to be produced and increasing the number of people who can have access to otherwise hard-to-obtain equipment. == History==

Modu (2008) The Modu Phone is a modular smartphone created by an Israeli company. The Modu Phone is the first modular smartphone and has a record as the world’s lightest hand-held mobile phone in the Guinness World Records. The Modu Phone is a ‘Jacket’ type modular smartphone that allows customers to chop and customize the style of their mobile phone by slipping it into various Modu jackets, also known as phone connector. The Modu jackets available for the customers were GPS, camera, MP3 player, and keyboards. The introductory Modu Phone kit contains 2GB of internal memory device and a music player jacket. In May 2011, Google paid $4.9 million for the patents of the Modu company’s mobile phones, including the Modu Phone. To lock the device together, two small screws are used at the base. In addition to reducing electronic waste, Project Ara also proposed to include a specialized Wifi module that would ensure a strong signal no matter the ISP. Due to the device's complexity, its need for constant upgrading, and lack of support from mobile carriers, Google abandoned Project Ara. The first model of Fairphone, Fairphone 1, was released in 2013, and the most recent model, Fairphone 6, was released in June 2025. Fairphone 4 uses a Kryo 570 processor that can support 5G connectivity, with a Sony IMX363 camera sensor. Shiftphone (2015) Shiftphone is a modular smartphone created by the German company SHIFT. The first model of Shiftphone, SHIFT4 was released in 2015, and the most recent version was the SHIFT6mq released in June 2020. The next model is expected to be SHIFTphone 8, scheduled for release in 2023. Currently, the annual turnover of Shift is less than 1 million. To lower the inhibition threshold of self-repair, SHIFT provides video instructions via YouTube, and provides a repair service for customers. The company also did not provide detailed audit reports about component suppliers. ==Challenges==

Technical limitations Modular smartphones are difficult to miniaturize, and as a result, they are generally bulkier, slower, and less sturdy than non-modular phones. This increased bulkiness leads modular smartphones to having a shorter battery life and slower responsiveness because distances between components are directly correlated with data speeds and power efficiency; the larger the distance, the slower the speed and efficiency. This uneven fitting of the different modules causes the device to function slower than non-modular smartphones, which have perfectly aligned components that increase device responsiveness. In addition, due to the nature of modular smartphones having removable modules, as users pry modules off, replace them, and move them around, there is an increased possibility of breakage that exceeds that of non-modular devices. In addition to uncertainties regarding consumer demand, there are concerns about whether smartphone providers have sufficient incentives to distribute modular smartphones. providers, like AT&T and Verizon, are profitable because of their trade-in policies and short-term contracts for phones. Therefore, these companies may not be receptive to selling and promoting modular smartphones that may result in fewer trade-ins if it may risk their own profits. While there are concerns, proponents hope that the technical challenges can be overcome and that a viable market ecosystem (the hardware version of an app store) will enable finer-grained competition that will benefit consumers with better and cheaper choices. == Modular phone platforms ==

Current • Fairphone 6, Fairphone 5, Fairphone 4, Fairphone 3, 2 and 1 by Fairphone • Librem 5, by Purism • Pinephone, by Pine64 • Shift6mq, Shift6m and Shift5me by SHIFT • HMD Fusion by HMD In development • SHIFTmu by SHIFT Discontinued • Essential Phone by Essential Products • LG G5 by LG • Moto Z, Moto Z Force and Moto Z Play by Motorola Mobility • Phonebloks • Project Ara by Google == See also ==