IBM Unveils 0.7nm Chip With Nearly 100 Billion Transistors

Semiconductor Breakthrough: IBM's 0.7nm Chip Pushes Boundaries

According to НВ — Техно: IBM has announced a 0.7-nanometer chip that, while not yet ready for commercial production, opens up new possibilities in the semiconductor industry. The company expects to begin manufacturing this technology within the next five years. The chip packs nearly 100 billion transistors, almost doubling the density of the 2nm chips currently mass-produced by TSMC.

What the New Chip Brings

This new 0.7nm chip promises major performance gains, including:

• Up to 50% higher performance;
• Up to 70% better energy efficiency compared to IBM's 2nm node chips.

The technology is built on a nanostack architecture, which delivers a 40% improvement in SRAM memory chips-a significant industry milestone, according to Huiming Bu, IBM's Vice President of Semiconductors.

'IBM's latest chip breakthrough marks a defining moment in computing, pushing technology beyond the nanometer era and into the atomic scale.' Jay Gambetta, Director of IBM Research

Separately, on June 24, OpenAI introduced a specialized AI chip called Jalapeno, developed in partnership with Broadcom. Engineering samples of the Jalapeno chip are already handling workloads, including GPT-5.3-Codex-Spark, highlighting ongoing advances in artificial intelligence hardware.

These developments underscore the critical role of innovation in semiconductors, which are becoming increasingly vital for progress in computing systems and AI. IBM and OpenAI are showing how new technologies can reshape chip manufacturing and usage, potentially leading to major shifts in the performance and energy efficiency of future computing platforms.

As the semiconductor landscape evolves, Nvidia's latest RTX Spark chip lineup emerges as a formidable competitor to both AMD and Intel, showcasing how rapid advancements in chip technology are reshaping the industry. This trend highlights the increasing importance of innovation in achieving higher performance and energy efficiency, similar to IBM's recent breakthroughs.