MBit specializes in providing tailored ASIC solutions and turnkey services for both consumer and enterprise applications. Our team possesses the expertise to navigate the entire process, from initial feasibility studies and design to manufacturing and comprehensive support. We prioritize assisting customers in enhancing their return on investment and minimizing total cost of ownership, all while aligning with ESG (Environmental, Social, and Governance) goals.
We boast a suite of internally developed high-performance, reliable, and energy-efficient Intellectual Properties (IPs), complemented by advanced in-house packaging design capabilities, resulting in swift time-to-market solutions.
Our proficiency lies in crafting enterprise-grade ASIC solutions that optimize operational performance and mitigate latency issues, leading to distinct silicon solutions. Our ASIC designs prioritize power efficiency, utilizing energy solely for designated tasks and applications, thereby reducing overall power consumption compared to general-purpose processing methods.
Furthermore, our ASIC solutions integrate built-in security features tailored to specific requirements, such as encryption/decryption and authentication, providing unparalleled protection against potential security threats. Our robust multi-layered security approach, featuring a strong root of trust, isolated secure subsystems, identity protection, and cryptographic services, minimizes overhead while bolstering defense mechanisms.
Drawing upon our extensive experience, we excel in addressing diverse challenges related to package design, layout, yield optimization, power consumption, and thermal management, ensuring the delivery of optimal solutions. MBit collaborates with top-tier foundries and Outsourced Semiconductor Assembly and Test (OSAT) partners, ensuring a dependable supply chain and timely deliveries. As exemplified by our successful track record of shipping custom chips for crypto applications, MBit is committed to delivering innovative solutions. Currently, we are developing a cost-effective, highly efficient battery management controller featuring an analog front-end system tailored for green energy and automotive applications.