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New Memory Research Teases 100x Density Jump, Merged Compute and Memory

A team of researchers with Cambridge University created what they re describing as synaptic devices - a material that can both work as a storage and memory medium while promising a significant jump in

Cambridge , Cambridgeshire , United-kingdom , Markus-hellbrand , Markus-hellenbrand , Intel , University-of-cambridge , Cambridge-department-of-materials-science , Nvidia , Science-advances , Infinity-fabric , Materials-science

Computer memory prototype ditches 1s and 0s for denser data storage

Cambridge scientists have developed a new prototype for computer memory that could make for faster chips that could hold up to 100 times more data. The system is made up of barium bridges between films of a disordered material.

Cambridge , Cambridgeshire , United-kingdom , Markus-hellenbrand , Cambridge-university ,

New faster, denser synapse like memory shows great promise for the rapidly growing AI and machine learning fields

New faster, denser synapse like memory shows great promise for the rapidly growing AI and machine learning fields
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Cambridge , Cambridgeshire , United-kingdom , Markus-hellenbrand , University-of-cambridge , Cambridge-department-of-materials-science , Materials-science , Cambridge-enterprise ,

New Type of Hyper-Efficient Synapse-like Computer Memory Design

A new design for computer memory that could both greatly improve performance and reduce the energy demands of internet and communications technologies, which

Cambridge , Cambridgeshire , United-kingdom , Brian-wang , Markus-hellenbrand , University-of-cambridge , Head-of-research , Singularity-university , Cambridge-enterprise , Science-advances , Futurist-thought-leader , Artificial-intelligence

New type of computer memory could boost performance, cut energy costs

A research team from the University of Cambridge has developed a new computer memory device that could improve performance while using less energy.

Cambridge , Cambridgeshire , United-kingdom , Markus-hellenbrand , Cambridge-department-of-materials-science , University-of-cambridge , Materials-science , Cambridge-enterprise ,

Study finds new design of computer memory that reduce energy consumption

Researchers created a new design for computer memory that could improve performance while also lowering the energy demands of internet and communications

Cambridge , Cambridgeshire , United-kingdom , Markus-hellenbrand , Cambridge-department-of-materials-science , Science-advances , Materials-science , Cambridge-enterprise ,

New computer memory tech could power the AI of the future

Researchers at the University of Cambridge have developed a novel computer memory design that could boost performance using less energy.

Cambridge , Cambridgeshire , United-kingdom , Markus-hellenbrand , University-of-cambridge , Cambridge-department-of-materials-science , Materials-science , Cambridge-enterprise ,

Boosting Performance and Reducing Energy through Cutting Edge Memory Design — Nano Magazine

Boosting Performance and Reducing Energy through Cutting Edge Memory Design — Nano Magazine
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Cambridge , Cambridgeshire , United-kingdom , Markus-hellenbrand , University-of-cambridge ,

Device Processes Data Mimicking the Synapses in the Human Brain

Scientists have created a novel framework for computer memory that could boost performance while also lowering the energy requirements of internet and communications technologies, which are expected to consume about a third of global electricity in the next 10 years.

United-kingdom , United-states , Cambridge , Cambridgeshire , Markus-hellenbrand , Megan-craig , National-science-foundation-of-the-united-states , United-kingdom-research , Sciences-research-council , University-of-cambridge , Department-of-materials-science , Device-processes-data-mimicking