Hardware

New 1.4nm nanoimprint lithography template could reduce the need for EUV steps in advanced process nodes — questions linger as no foundry has yet committed to nanoimprint lithography for high-volume manufacturing

New 1.4nm nanoimprint lithography template could reduce the need for EUV steps in advanced process nodes — questions linger as no foundry has yet committed to nanoimprint lithography for high-volume manufacturing

💡 Verdict: Dai Nippon Printing (DNP) has announced a 1.4nm nanoimprint lithography template, potentially reducing reliance on EUV in advanced process nodes, although foundry adoption remains uncertain. Check Price: 1.4nm Template ⚡ Quick Hits * DNP's template aims for mass production by 2027. * The technology could decrease the need
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Arctic launches its best thermal paste yet for chips of all types — claims new MX-7 formulation runs 3% cooler than its predecessor

Arctic launches its best thermal paste yet for chips of all types — claims new MX-7 formulation runs 3% cooler than its predecessor

💡 Verdict: The Arctic MX-7 thermal paste is the successor to the MX-6, promising 3% better cooling performance. Check Price: MX-7 ⚡ Quick Hits * New formulation for improved thermal conductivity. * Aims for better cooling than its predecessor, MX-6. * Suitable for various chips. Arctic has released its latest thermal paste, the MX-7, building
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Unreleased RTX Titan Ada prototype gets taken apart to reveal complex internal design and assembly — Nvidia's mythical GPU is engineered to the max with dual 12VHPWR connectors

Unreleased RTX Titan Ada prototype gets taken apart to reveal complex internal design and assembly — Nvidia's mythical GPU is engineered to the max with dual 12VHPWR connectors

💡 Verdict: Der8auer disassembles the RTX Titan Ada prototype, revealing a complex internal design with dual 12VHPWR connectors and a quad-slot design. Check Price: RTX Titan Ada ⚡ Quick Hits * The RTX Titan Ada prototype features a complex internal design. * It uses a quad-slot design. * The card is powered by two 12VHPWR
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5D glass storage 'memory crystals' promise up to 13.8 billion years of data storage resilience, which is also the age of the universe — crams 360 terabytes into 5-inch glass disc with femtosecond laser

5D glass storage 'memory crystals' promise up to 13.8 billion years of data storage resilience, which is also the age of the universe — crams 360 terabytes into 5-inch glass disc with femtosecond laser

💡 Verdict: SPhotonix's 5D Memory Crystal technology, capable of storing 360TB on a 5-inch glass disc with a lifespan of up to 13.8 billion years, is moving closer to practical application. Check Price: 5D Memory Crystal ⚡ Quick Hits * The 5D Memory Crystal technology offers extreme data storage resilience.
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