I am not able to see any visible improvements due to the BURST transfers. The same BURST transfer could be done through multiple SINGLE transfers, in the same number of cycles. Then what is te advantage of having BURST transfers?
I am not able to see any visible improvements due to the BURST transfers. The same BURST transfer could be done through multiple SINGLE transfers, in the same number of cycles. Then what is te advantage of having BURST transfers?
“At the end of the day, we must go forward with hope and not backward by fear and division.” – Jesse Jackson.
It often surprises me how many people believe that “ARM doesn’t do division” or “ARM cores don’t have…
The Arm Architecture is continually evolving, and this blog gives a high-level overview of some of the changes made in Armv8.4-A*. We develop these changes by listening to the Arm Ecosystem and working with them to provide new functionality…
Security concerns for all connected devices have moved to the top of the agenda for manufacturers, but in the case of automotive, where safety is paramount, and large financial liabilities exist, robust security is imperative. Arm is playing its part…
The recent deployment of connected devices, as part of the evolution of the Internet of Things (IoT), has led to a major increase in the number of IoT-based cyber-attacks. These attacks…
Ideally, caches act as some magic make-it-go-faster logic, sitting between your processor core (or cores) and your memory bank. Whilst it can be beneficial to consider specific cache features when writing some performance-critical code, it is usually…
This year’s ARM TechCon conference in Santa Clara sees ARM disclosing details of its next processor architecture; ARMv8-R. This eighth-generation ARM architecture is already established as ARMv8-A for applications processors and is now also…