Over the forecast period, the global mobile SoC market is projected to expand at a compound annual growth rate of 25.64%, reaching a market size of US$2,073.322 million in 2026, up from US$419.538 million in 2019. The word SOC refers to a chip located in a mobile device and operational areas as a computer. Mobile devices such as cell phones and tablets do not have a distinct processor, GPU, separate control systems to handle peripheral devices, etc. All discrete compounds on a desktop must be combined in a single chip recognised as the System-on-Chip. So the SoC is essentially an embedded circuit that contains all of the components of a mobile on a single chip. The SoC is said to define a mobile device, and it houses the core processors, mobile RAM, image processors, graphics chips, cellular radios, audio/video decoders, and other components. Consolidating all of these multiple systems on a single chip also helps to reduce power demands. Nowadays, SoCs can easily outperform desktop system configurations from five years ago. And with each subsequent generation, SoCs become even more astounding.
Market Share of Different Operating System In Market
Source: StatsCounter
The chart above shows that Android holds the eminent market for the operating system the market share for Android is 0.7159% over the other available option in the market the growing market share of android and Ios operating system will enhance the market for the Mobile SOC in the coming years.
Increased smartphone usage Following the government's restrictions on social distancing and shutdown, the typical time spent by an Indian user on a smartphone increased by 39% (Source: IBEF). According to App Annie, India ranked third, 4.6 hours per day in the world in terms of time spent on mobile phones by a typical user, with Indonesia, 5.2 hours per day, and Brazil, 4.8 hours per day, taking the top two positions. In 2020, 5G smartphones attributed for 3% of the total market as per IBEF. The rising use for high tech innovative technology is predicted to grow the market for the Mobile SOC Market.
High Tech Innovation Developments
MediaTek 5G mm-Wave Mobile SOC- MediaTek, on March 2021, has announced its Kompanio sequence of processors for Chromebooks and the Pentatonic 2000 chip for high-end 8K 120Hz TVs. While SoCs for smartphones keep producing substantial revenue, it's clear that the Taiwanese chipmaker intends to undercut competition via innovation by being the first to provide cutting-edge techniques.
Qualcomm- In October 2021, Qualcomm launched Snapdragon 778G+, Snapdragon 695, Snapdragon 680, and Snapdragon 480+The two updated Systems Chips are the Snapdragon 778G+ and the Snapdragon 480+, both of which are very prevalent in their respective segments of the market. The Snapdragon 778G+ is designed for top quality mid-range smartphones, and like the non-Plus variant, it is manufactured on a 6nm method. While the setup remains the same, the CPU component has been compelled a little higher, and the new Adreno 642L GPU has been added. The Snapdragon Kryo 670 Prime core now runs at 2.5GHz, a wholesome 100MHz boost, and the GPU pledges a 20% performance improvement, as per Qualcomm. The rest of the technical specifications remain the same.
Samsung- In September 2021, Samsung Electronics released details of its comprehensive Voice over New Radio solution for 5G voice phone support to global mobile device makers and network operators. Samsung's detailed VoNR solution enables more standardised SoC advancement and 5G VoNR provider deployment. VR technique enables the 5G network to endorse both voice calls and data services, whereas the current 5G network model switches to the 4G network when attempting to make voice calls. Because there is no need to switch connections, VoNR provides a better chance of retaining a connection in a voice call and quicker call connection times. Users can also experience true 5G bandwidth while playing a game or watching live high-quality videos while on the phone.
Products In the Market
Samsung S5PC100-The S5PC100 combines wireless communication systems, a camera, portable gaming, personal navigation, a portable music/video player, a mobile TV, and a PDA into a single system. The S5PC100 has a 32-bit ARM Cortex A8 RISC microcontroller and a 64/32-bit internal bus architecture that can run at 833MHz.
Apple U1-The U1 is an Apple chip that enables the latest flagship smartphones to precisely communicate and locate with other U1-equipped gadgets or equipment to help ultra-wideband. It improves spatial awareness. Ultra-wideband radio waves use a time-of-flight framework to precisely locate other devices, in this case, the U1 chip, using a high frequency, a low range radio signal. This enables highly accurate short-range location-aware connectivity, far superior to GPS or Bluetooth data.
Snapdragon 8 Series- The Snapdragon 8 Gen 1 Mobile SOC is the most sophisticated 5G platform. Furthermore, the Snapdragon 8 Gen 1 includes industry-leading Wi-Fi 6 & 6E with multi-gig speeds — even when multiple devices are connected to the same network. This is the most innovative 5G platform ever created. Download content in seconds, stream without interruption, gain an advantage of favourite mobile games, and use GPS in more places than ever before. The world's first 10-Gigabit 5G Modem-RF solution, the world's first 3GPP Release 16 5G solution.
Related Topics:
