18146538. Extended Training for Memory simplified abstract (Advanced Micro Devices, Inc.)

Extended Training for Memory

Organization Name

Advanced Micro Devices, Inc.

Inventor(s)

Alicia Wen Ju Yurie Leong of Austin TX (US)

Jayesh Hari Joshi of Austin TX (US)

William Robert Alverson of Del Valle TX (US)

Joshua Taylor Knight of Georgetown TX (US)

Jerry Anton Ahrens of Sister Bay WI (US)

Amitabh Mehra of Fort Collins CO (US)

Grant Evan Ley of Eden UT (US)

Extended Training for Memory - A simplified explanation of the abstract

This abstract first appeared for US patent application 18146538 titled 'Extended Training for Memory

Simplified Explanation

The patent application describes extended training for memory, which involves training a memory for a longer period of time than usual using specific memory settings during the boot-up phase of a computing device.

Key Features and Innovation

• Extended training for memory
• Longer training period than default
• Utilization of target memory settings
• Training during boot-up phase of computing device

Potential Applications

This technology could be used in various industries such as:

• Computer hardware manufacturing
• Software development
• Artificial intelligence research

Problems Solved

• Improving memory performance
• Enhancing overall system efficiency
• Optimizing memory utilization

Benefits

• Increased memory capacity
• Improved system speed and performance
• Enhanced user experience

Commercial Applications

• Optimizing memory performance in computers and servers
• Enhancing the efficiency of data processing systems
• Improving the speed and responsiveness of software applications

Questions about Memory Training

How does extended memory training benefit computing devices?

Extended memory training improves the overall performance and efficiency of computing devices by optimizing memory utilization and enhancing system speed.

What are the potential drawbacks of extended memory training?

Extended memory training may require additional resources and time during the boot-up phase, potentially delaying the start-up process of the computing device.

Original Abstract Submitted

Extended training for memory is described. In accordance with the described techniques, a training request to train a memory with extended training is received. The extended training corresponds to a longer amount of time than a default training. The extended training of the memory is performed using a set of target memory settings. In one or more implementations, the extended training is performed during a boot up phase of the computing device.