M_C
Founding Member
New ARM thread for ya'll.............Kick it off with this
www.arm.com
Leading the charge in implementing the new Mali-C78AE ISP in the next generation of its EyeQ technology is Mobileye, a pioneer in automotive vision-safety technology. When Mobileye started development of the Mobileye EyeQ Ultra and EyeQ6H, it selected the Mali-C78AE to process image data efficiently and, by coupling it with the new Mali-G78AE GPU, enable safety-capable, smooth, real-time intuitive graphics rendering capabilities needed to meet the application’s demanding requirements.
A strong vision pipeline is increasingly important to powering the next phase of mass market ADAS deployment. The vehicle is one of the most complex electronics-enabled devices consumers will buy, and it comes with several constraints the automotive industry must adhere to in order to continue to improve driver safety and user experience.
ADAS features will rely on safe, flexible, power efficient, vision technology that can be easily scaled across different vehicle types, models, configurations, and price points. And this is exactly what Mobileye has done with its next generation EyeQ technology, deploying the specialized ISP and GPU processing using the Mali-C78AE and Mali-G78AE to meet the growing demands of parking-assistance and visualization workloads. I’m really excited to see how else Arm’s suite of “AE” processing technologies can open opportunities for future ADAS and automated driving applications.

Arm Introduces New Automotive Image Signal Processor to Advance Adoption of Driver Assistance and Automation Technologies
Arm adds Mali-C78AE image signal processor (ISP) to its “AE” line of safety-capable IP suitable for ADAS and human vision applications.

Leading the charge in implementing the new Mali-C78AE ISP in the next generation of its EyeQ technology is Mobileye, a pioneer in automotive vision-safety technology. When Mobileye started development of the Mobileye EyeQ Ultra and EyeQ6H, it selected the Mali-C78AE to process image data efficiently and, by coupling it with the new Mali-G78AE GPU, enable safety-capable, smooth, real-time intuitive graphics rendering capabilities needed to meet the application’s demanding requirements.
A strong vision pipeline is increasingly important to powering the next phase of mass market ADAS deployment. The vehicle is one of the most complex electronics-enabled devices consumers will buy, and it comes with several constraints the automotive industry must adhere to in order to continue to improve driver safety and user experience.
ADAS features will rely on safe, flexible, power efficient, vision technology that can be easily scaled across different vehicle types, models, configurations, and price points. And this is exactly what Mobileye has done with its next generation EyeQ technology, deploying the specialized ISP and GPU processing using the Mali-C78AE and Mali-G78AE to meet the growing demands of parking-assistance and visualization workloads. I’m really excited to see how else Arm’s suite of “AE” processing technologies can open opportunities for future ADAS and automated driving applications.