[Live on 11/6 at 8am PT] The pursuit of autonomous driving is accelerating the widespread adoption of sensors such as cameras, LIDAR, radar and ultrasound. As significant progress is being made toward fully autonomous vehicles, Advanced Driver Assistance Systems (ADAS) are also becoming increasingly sophisticated by leveraging these sensors. These devices capture vital information about the vehicle’s surroundings, which is then processed and interpreted to provide real-time assistance to drivers. As sensor resolution improves, the data that must be transmitted to processing or display subsystems grows, demanding reliable and performant interfaces with high bandwidth, low power consumption and low latency. This session explores how MIPI CSI-2 technology addresses these challenges, enabling efficient data transmission for ADAS applications.
Empowering Autonomous Driving: the Impact of MIPI CSI-2 on Advanced Sensor Technologies
Ask the Experts: MACsec at Terabit Line Rates
In this episode of Ask the Experts, we chat with Maxim Demchenko about MACsec at Terabit Line Rates. In this episode, we cover:
- Why was MACsec was developed
- How MACsec has evolved from point-to-point layer 2 security
- MACsec applications
- The new Rambus MACsec-IP-164
How AI Is Driving Changes Throughout The Semiconductor Industry
AI has transformed the semiconductor industry, impacting design, manufacturing and the global economy at large. In 2025, AI adoption “in at least one business function” is at 78% globally. Further, 88% of C-suite executives are keen to speed up AI adoption, moving beyond the discovery phase to build and scale organizational value. As adoption continues to rise, system designers are leaning on chip manufacturers and the greater semiconductor industry to bring forth scalable, secure and energy-efficient solutions. Wider adoption has, in turn, brought about increased demand for more powerful and specialized chips.
MACsec-IP-364 Product Brief
Download this brief to learn more about the Rambus MACsec-IP-364.
Network Security at Terabit-per-second Rates with MACsec, IPsec and UEC
Join Maxim Demchenko as he discusses the use of MACsec and IPsec as today’s security protocols, and how the next generation of AI/HPC systems are moving towards Ultra Ethernet with its own Layer 3 network security called TSS. We’ll also cover the scaling of Ethernet rates to 1.6 Tbps and beyond. Plus, you will learn about the Rambus high-speed network security IP portfolio including the latest Rambus MACsec IP supporting full 1.6 Tbps Ethernet. Join us to learn how to build a solution that meets the performance and security demands of current and future systems.
MACsec Fundamentals
For end-to-end security of data and devices, data must be secured both when it as rest (stored on a connected device) and when it is in motion (communicated between connected devices). For data at rest, a hardware root of trust anchored in silicon provides that foundation upon which all device security is built. Similarly, MACsec security anchored in hardware at the foundational communication layer provides that basis of trust for data in motion.
