Rambus

Rambus is at the forefront of developing innovative semiconductor technology and Intellectual Property solutions, with extensive expertise spanning across memory interfaces, security, and interface IPs. The company's mission is to drive breakthroughs in performance and security by providing state-of-the-art chips and solutions that facilitate advanced computing capabilities. Their extensive catalog includes memory interface chips, enhancing the bandwidth and capacity of data center and client application environments, as well as a comprehensive range of interface IP that boosts connectivity in modern electronic systems. Focusing on secure, high-performance solutions enables Rambus to cater to a wide variety of markets ranging from AI and Machine Learning to automotive, Government, and IoT sectors. Their products are not just designed to meet the current technological needs but also to evolve with the demanding changes in computing infrastructures, offering support for cutting-edge AI workloads and next-generation computing architectures. Through its constant innovations, Rambus partners with technological leaders to deliver custom-tailored solutions that can withstand the most demanding applications. Rambus leverages decades of experience in delivering standards-compliant and high-aspect-ratio certified products like DDR5 and DDR4 memory interface chips as well as varied security IPs. They offer a series of secure provisioning and key management services, safeguarding chip production while enriching every system with essential features for data protection. This reflects their commitment to fostering technological advancement while securing the global digital landscape. The company also houses an array of security IPs designed to protect data at rest, in use, and in motion, offering provisions for secure protocol engines, crypto accelerators, and countermeasures against side-channel attacks. Through their comprehensive portfolio, Rambus not only addresses today's immediate requirements but also prepares for tomorrow's challenges by integrating quantum safe cryptography and inline memory encryption technologies. Read more