Yadro, a producer of computer equipment within ICS Holding, has revealed plans to launch a tablet powered by a processor built on the RISC-V architecture in 2025. This update was shared during a conference on Russian electronics, with the information reported by Vedomosti. Dmitry Cherkasov, who leads Core Client Systems, spoke about the forward-looking project and outlined the broader strategy that places RISC-V at the center of Yadro’s hardware roadmap for the near future.
Cherkasov noted that major players like Intel and ARM have already received the first prototypes of their own processors based on the independent RISC-V architecture. He emphasized that the first tablet prototype featuring a homegrown processor is expected to surface in the coming year, marking a significant step for the company as it explores alternative architectures outside the traditional x86 and ARM ecosystems.
The project being discussed centers on the Kvadra_T tablet, which is built around a processor that uses an architecture licensed by the British semiconductor designer ARM. Yadro began retailing this tablet within the current year, following its debut at the CIPR exhibition in May 2023. The device runs kvadraOS, an operating system derived from the Android Open Source Project and maintained with Google’s support. When it first landed, the tablet carried a price tag of about 40,000 rubles, a figure that positions it in the mid-range segment for consumers seeking a balance of performance and cost.
RISC-V has been under development since 2010 and distinguishes itself from ARM by offering a free and open-source instruction set architecture. This openness is driving rapid adoption and collaboration across the industry, with RISC-V International, a nonprofit body, coordinating the ecosystem and counting more than a thousand members from around 50 countries. One notable example of the ever-expanding RISC-V ecosystem is T-Head, a subsidiary of the Alibaba Group, which is actively developing RISC-V processors for a range of applications and devices.
Industry observers have watched as more traditional players explore alternatives to their established cores. The momentum around RISC-V reflects a broader push toward open standards that reduce vendor lock-in and invite broader participation from developers and manufacturers. This movement is reshaping expectations for performance, security, and energy efficiency in mobile and embedded devices, driving a shift in how hardware leaders plan their roadmaps and collaborate with software developers. The Yadro announcement fits into this larger pattern of experimentation and expansion as companies test new designs and seek to diversify their processor portfolios. It remains to be seen how the coming prototype will compare with established platforms in real-world usage, but the move signals a clear intent to participate in the evolving landscape of open architectures beyond ARM and x86.
Earlier industry chatter also touched on Samsung, with reports suggesting the company was looking to optimize costs tied to its Galaxy S25 processor. This development sits alongside Yadro’s focus on RISC-V as a potential catalyst for more affordable, customizable devices that can appeal to a broad user base in Russia and beyond. Together, these threads illustrate a trend toward cost-conscious innovation and a willingness to experiment with new architectural models to meet diverse consumer needs. The evolving story of tablet devices, processor choices, and operating system ecosystems continues to unfold across the global market, with observers paying close attention to which architectures gain traction in mainstream products and which partnerships prove most fruitful for developers and manufacturers alike. This context helps explain why Yadro’s 2025 tablet plan is noteworthy as part of a wider shift toward open and flexible hardware design that can adapt to changing demand and regulatory environments, while still delivering reliable performance for daily tasks and multimedia use. The complete implications of these moves will become clearer as prototypes mature and more details emerge from ongoing demonstrations and testing, with analysts offering varied perspectives on potential timelines and market reception. This synthesis of industry signals underscores the importance of open architectures in shaping the next generation of consumer electronics, where users increasingly expect choice, interoperability, and ongoing software support. The information in this report is based on coverage from Vedomosti and related industry observations. https://example.org/notes