Synthetic diamonds and ultra-pure glass will create a breakthrough in chip manufacturing

A real revolution is underway in the field of electronics: synthetic diamonds and ultra-pure glass promise to take microchip performance to new heights. Experts predict that these materials could reduce microchip heat generation and triple performance.

436592 o1.jpg — New materials promise to revolutionize the chip manufacturing industry that is booming around the world .

Temperature control is a major challenge in chip design, and advances in traditional technologies are slowing down. So leading chipmakers like Diamond Foundry and Intel are coming up with a radically innovative new approach.

Diamond Foundry is developing synthetic diamond wafers that could double the speed of chips, while tests of an unnamed Nvidia graphics processing unit (GPU) prototype showed performance three times better than chips made from standard materials.

Meanwhile, Intel focuses on producing ultra-pure glass for microprocessor substrates, which improves energy efficiency, improves inter-chip interaction, and has a positive impact on microcircuit cooling.

The technology is currently in the testing phase and is expected to be mass produced by the end of this decade.

Notably, Diamond Foundry will soon no longer have a monopoly on diamond wafer-based chips. Coherent and Element Six are also developing multicrystalline diamond wafers, with Element Six able to supply large-sized multicrystalline wafers.

Such promising developments represent a revolution in the hardware industry. Andi Bechtolsheim, co-founder of Sun Microsystems (USA), believes that in the future we may have semiconductors that do not need silicon at all.

The future of cybersecurity is inextricably linked to the evolution of microchip technology, and such advances play a crucial role in enhancing the protection of digital systems by increasing their performance and reliability.

(according to Overclocker)

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