Key Points:
- In addition to market segment; Google stopped implementing RISC-V architecture in order to get Android.
- Qualcomm’s plans for RISC-V based modules that include Android OS built on Wear OS have strengthened the adoption of RISC-V architecture by chipsets.
- In the last few patches published from AOSC by Google’s senior staff software engineer, RISC-V support has been removed, causing a drought of hope regarding the near-term possibility of Android on RISC-V processors.
In 2023, an emerging tech start-up launched a Google Marka futuristic plan that included adding RISC-V support to Android, taking advantage of its popularity due to its open source nature and, as a result, the traditional way of handling payments. The method requirement was eliminated. License fee for chip manufacturing. Currently there are few Android smartphones that use RISC-V microprocessors thereby requiring the integration of microprocessors to be implemented in the final products.
In 2018, Qualcomm unveiled its RISC-V chipset, built for wearable gadgets, which runs Google OS. Android’s statement that Android has adopted RISC-V has increased excitement for the first commercially available RISC-V hardware supporting certified Google Android builds. In contrast, the RISC-V support I recently saw around AOSP was nowhere close to what I expected.
Even though Google guarantees continued support for RISC-V in its Android systems, increasing the production cycle of RISC-V processors is testament to the various obstacles that will be paramount to overcome. Google’s words suggest its focus is on the future as the company attempts to improve existing RISC-V software, but the time required to seamlessly connect certified Android devices running on RISC-V hardware is likely to be limited. May take too long to provide.
