Processing power determines much of a person's capabilities when using a computer or mobile device, which is why Processing advancements are vital to push the tech industry forward. As processing advancements continue to proliferate amongst tech companies, users will be able to access new capabilities on devices that are used every day.
Increased processing power can also help shape the way AI technology can be used. One example is Intel collaborating with Baidu in order to produce the Nervana Neural Network, which is a processor that will be used to train different AI systems.
Processors in mobile devices, like Samsung's Exynos 980, will give more people access to 5G connectivity. This will enable faster communication on mobile devices.
Other projects look to push the limits of what processors are capable of. The Cerebras chip is the largest computer chip developed for AI projects and is 56 times larger than comparable processing chips.
From AI Training Processors to 5G-Integrated Mobile Processors
Intel's Performance Maximizer Conveniently Overclocks CPUs
5G-Integrated Mobile Processors
The Samsung Exynos 980 will Make 5G Technology Widely Available
Architecture-Enhanced Computer Processors
Intel Has Revealed Its 10th Generation Laptop CPUs
Increased Capacity Phone Chips
The Qualcomm Snapdragon 855 Plus Will Provide More Power to Phones
Next-Generation Mobile Processors
The Qualcomm Snapdragon 712 Elevates Power, Graphics and More
Oversized AI-Focused GPUs
An Extremely Large Cerebras Chip Will Provide New AI Possibilities
Gaming Mobile Chips
MediaTek Reveals Its New Helio G90 Chips
AI-Enabling Phone Chips
The New ARM Chips Will Increase Performance on Phones
Powerful Updated GPUs
Nvidia Super Series is a Series Offers Increased Performance to Processors
AI Training Processors
Intel Has Partnered with Badiu to Create the Nervana Neural Network