We use cookies to personalize content and to analyze our traffic. Please decide if you are willing to accept cookies from our website.

Universal Computer Memory: A New Era in Data Storage

Mon., 12. August 2024 | 4 min read

Stanford University researchers have made a breakthrough in computer memory by creating a working prototype of universal computer memory that can revolutionize how we store and access data. This new type of memory is said to be faster, cheaper, and more energy-efficient than traditional flash and RAM storage. Universal memory is considered the future of data storage as it is expected to replace short- and long-term computer storage. Learn how universal memory can benefit your organization’s technology strategy and discover how it can change the future of data storage within your organization.

The Technology Behind Leading Universal Memory Projects

The universal computer memory prototype developed by Stanford University was made possible by phase-changing memory. This means that the material, made up of germanium, antimony, and terbium (a combination called GST467), changes its state based on how energy passes through it. GST467 isn’t the only …

Tactive Research Group Subscription

To access the complete article, you must be a member. Become a member to get exclusive access to the latest insights, survey invitations, and tailored marketing communications. Stay ahead with us.

Become a Client!

More from Tactive

Decoding the Complexities of Serverless Computing: A Closer Look

Decoding the Complexities of Serverless Computing: A Closer Look

Serverless computing represents a paradigm shift in cloud services, eliminating the need for server management and offering scalable, cost-efficient solutions. This evolution addresses challenges of resource allocation and operational complexity. However, transitioning entirely to serverless computing involves certain nuances that must not be ignored. This article explores these challenges, providing insights into the potential limitations businesses may face in the realm of serverless computing.
Limitations Unveiled: Exploring the Restrictions of Large Language Models

Limitations Unveiled: Exploring the Restrictions of Large Language Models

This article dives into the burdens and constraints of using LLMs for key operational and strategic tasks. It highlights key areas where LLMs can fall short and significantly impact business operations. Understand the limitations of LLM implementations so that you can make informed decisions and set realistic expectations of what is possible with these models.
Apple AppStore Relaxation: the Good, the Bad and the Ugly

Apple AppStore Relaxation: the Good, the Bad and the Ugly

Apple's move to comply with the EU's Digital Markets Act (DMA) introduces alternative iOS app marketplaces, offering new opportunities for developers and users. This shift increases developers' flexibility but also presents potential risks. Developers must navigate these changes carefully to optimise benefits while safeguarding user trust and app integrity.