Cyient Semiconductors and MIPS are collaborating to develop specialized chips for power management, industrial robots, and automotive sectors.
The partnership aims to focus on real-time, safety-critical applications in automotive, industrial, and data centre markets.
Cyient will leverage its analogue and mixed-signal design expertise, while MIPS will provide its RISC-V-based Atlas CPU IP for creating scalable semiconductor solutions.
The collaboration intends to develop domain-optimised ASIC and ASSP solutions using MIPS’ Atlas portfolio of advanced processor IP.
The strategic alliance envisions building semiconductors for a more connected and power-efficient world with a focus on intelligent power architectures.
MIPS M8500 microcontrollers are highlighted for their real-time performance, power efficiency, and motor control capabilities.
The joint effort targets the increasing demand for software-controlled vehicles, industrial automation, and improved data centre infrastructure.
The semiconductor platforms resulting from the collaboration will be available as ASSPs or ASICs, facilitating reduced time-to-market and cost optimization for OEMs and system integrators.
The partnership is expected to offer differentiated ASIC/ASSP designs tailored to customer requirements in target markets.
The cooperation strives to enable OEMs and system integrators to avoid proprietary lock-ins and streamline costs.
The collaboration between Cyient Semiconductors and MIPS is crucial in addressing the evolving needs of the automotive, industrial, and data centre sectors.
The alliance underscores the importance of intelligent power delivery and advanced semiconductor solutions for a connected world.
Overall, the partnership aims to drive innovation in the semiconductor industry with a keen focus on power management and efficiency.
The joint efforts are pivotal in catering to the rising demand for cutting-edge semiconductor solutions in critical sectors such as automotive and industrial automation.
Both companies are leveraging their strengths in chip design and processor technology to meet industry demands for enhanced performance and power efficiency.
The collaboration signifies a promising step towards developing high-performance chips that can address the challenges of modern applications across various sectors.