DFM

Glass Substra
2026-08-24 06:48:08

Glass substrate timelines keep shifting as the industry runs into its first real delivery test

Glass substrates are moving out of the announcement phase and into a harder stage where customer qualification, reliability testing, and yield determine who can actually ship. A cluster of developments in late July and August 2026 captures that transition: Intel and Lens Technology advanced their cooperation on TGV-based packaging for AI-era applications, Korean equipment maker Avaco and affiliate AVAT EC launched a pilot line for TGV process verification, and supply-chain information indicated Samsung Electro-Mechanics had run into a bottleneck in customer sample reliability testing, potentially pushing related mass-production timing beyond 2028. The common thread is that theoretical material advantages are no longer enough. After drilling, copper filling, routing, and assembly, glass substrates still have to pass customer-specific evaluations for thermal cycling, humidity resistance, flatness, warpage, and signal continuity. That process cannot be accelerated simply by spending more or leaning on market enthusiasm. Across the sector, companies are still building pilot lines, producing samples, and entering technical testing, while formal certification and volume orders remain uncertain in many cases. The result is a production calendar that keeps moving to the right, even as AI infrastructure and high-performance computing continue to support demand for advanced packaging materials.

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Glass substrate timelines keep shifting as the industry runs into its first real delivery test
NYDIG
2026-07-04 00:00:14

NYDIG Acquires Crusoe’s Bitcoin Mining Platform Built on Flare Gas Power

NYDIG has announced plans to acquire Crusoe’s bitcoin mining operation, including its Digital Flare Mitigation (DFM) business, in a deal that remains subject to regulatory approvals, customary consents, and final closing. Financial terms were not disclosed. Once completed, around 135 Crusoe employees are expected to join NYDIG, and the companies said no job cuts are anticipated as a result of the transaction. The strategic significance of the acquisition goes well beyond adding mining capacity. Founded in 2018, Crusoe built its business around converting natural gas from oil fields—gas that would otherwise be flared—into electricity for modular data centers. Those facilities were initially used for bitcoin mining and later expanded to support AI workloads powered by GPU clusters. This energy-first model positioned Crusoe at the intersection of stranded energy utilization, emissions mitigation, and high-density computing infrastructure. According to Crusoe, its bitcoin mining operations have deployed more than 425 modular data centers representing over 250 megawatts of power across Colorado, North Dakota, Montana, Wyoming, New Mexico, Utah, Texas, and Argentina. The company also says its DFM technology has mitigated 2.7 million metric tons of greenhouse gas emissions and prevented nearly 22 billion cubic feet of natural gas from being flared. After the transaction, Crusoe will shift its focus toward scaling AI infrastructure, building AI-optimized data centers, and expanding Crusoe Cloud, while continuing to develop energy solutions for computing operations. The deal highlights a broader industry trend: infrastructure originally built for bitcoin mining is increasingly relevant to institutional mining platforms, energy optimization, and AI data center growth.

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NYDIG Acquires Crusoe’s Bitcoin Mining Platform Built on Flare Gas Power