The Next Era of Computing and Processor Technology

The Audit - Presented by IT Audit Labs

The Audit - Episode 24
In Part 1 of the Tech Lessons Series by Bill Harris, prepare to be transported into the future of computing resources, with our fascinating guest, Bill Harris from IT Audit Labs. We're opening up the world of processor design and specialized workloads, discussing the intricacies of chip fabrication, the genius behind improving processor speeds, and the art of creating modern processors. Get ready to discover a realm of substrates, lithographies, and elements that form the backbone of future processors.
Ever wondered about the application of Moore's Law in real life, or what really behind processor clock speeds? This episode answers all that and more, bringing in exciting insights into the clever tactics used to amplify modern computation. Dive into the mechanics of how assembly is utilized to build processors and learn about the advanced technologies such as 3D NAND, chiplets, and SSL acceleration that are revolutionizing the field.
As we look forward to the future of computing and the exciting investment opportunities it presents, we delve into the potential of semiconductors, the massive CERN particle collider and the intricate challenges of breaking into the semiconductor industry. Don't miss out on our spirited conversation on the potential of DNA and crystalline molecular storage, and the role of quantum computing in enhancing processor speeds. And remember, amidst all this tech talk, the importance of security, risk and compliance controls to safeguard our clients’ data remains paramount. So, buckle up and come along on this exhilarating journey into the future of computing!

챕터

1. The Next Era of Computing and Processor Technology (00:00:00)

2. The Future of Computing Resources (00:00:02)

3. Processor Design and Specialized Workloads (00:14:31)

4. The Future of Semiconductor Technology (00:24:50)

5. Future of Computing and Investment Opportunities (00:44:32)

6. Quantum and Storage Technology Presentation (00:50:47)