While the Tegra line of mobile processors has used the 32-bit ARM Cortex line of CPU IP cores to date, NVIDIA announced back in 2011 that it had taken an architecture license for the 64-bit ARMv8 instruction set and was building a custom ARM core. The result is Project Denver. The company had been quietly...
AMD’s plans to accelerate the typical-use energy-efficiency gains of its mobile-computing products with a 25x typical-use energy-efficiency improvement over the next six years. To achieve this remarkable goal, AMD plans to tap a variety of resources, mostly in the areas of architecture, design, and software, in addition to silicon process technology.
An in-depth look at the hardware and software aspects of the proposed HSA specifications that are under development and why HSA is important to advancing all forms of computing.
At CES, NVIDIA launched a family of new mobile SoCs, including a 64-bit version featuring the long awaited custom Denver core. Read more about TIRIAS Research’s review of the new Tegra K1 mobile SoCs.
While ARM Holdings is still considered a relatively small high-tech company by just breaking $1 billion in annual revenue, the pervasiveness of the ARM architecture throughout the globe and society is unmatched by even some of the most popular companies and brands in the world.