Semiconductor News & Analysis Feed
20 articles
2026-08-26
seekingalpha.com
2026-08-26
2026-08-17
semiengineering.com
2026-08-17
As AI data centers increasingly demand power, the challenge lies in efficiently converting high-voltage AC grid power to the low-voltage DC required by chips. The traditional 48V architecture is no longer sufficient, and the emerging 800VDC architecture offers improved efficiency, reduced copper usa
2026-08-14
news.google.com
2026-08-14
2026-07-30
finance.biggo.com
2026-07-30
As the electric vehicle (EV) industry rapidly evolves toward higher voltage and integrated systems, the on-board charger (OBC), a core power conversion unit, is undergoing a significant technological shift from unidirectional to bidirectional energy storage and from discrete to centralized control.
2026-07-08
www.tradingview.com
2026-07-08
Navitas Semiconductor is positioning itself to capitalize on the growing adoption of 800V power architecture in AI data centers, driven by increasing power demands from AI workloads. As hyperscalers shift toward higher-voltage systems to improve efficiency and support greater power levels, demand fo
2026-07-07
www.indexbox.io
2026-07-07
According to IndexBox's market analysis report, the global electric vehicle semiconductor market shows promising prospects, with continued growth expected through 2035. This expansion is primarily driven by the widespread adoption of 800V architecture, which significantly enhances charging speed and
2026-07-06
news.google.com
2026-07-06
2026-07-03
seekingalpha.com
2026-07-03
2026-06-29
english.cw.com.tw
2026-06-29
NVIDIA's push toward 800VDC technology could revive an industry segment that TSMC previously abandoned. This development represents a significant shift in power electronics, particularly for electric vehicles and industrial power management applications. The 800VDC technology promises substantial im
2026-06-26
www.moomoo.com
2026-06-26
2026-06-16
aijourn.com
2026-06-16
The adoption of 800V+ architectures and silicon carbide (SiC) technology in electric vehicles and power electronics is driving significant performance improvements, but traditional DC-link capacitors have struggled to keep pace. Advanced Conversion has selected Peak Nano’s NanoPlex™ LDF film for its
2026-06-16
www.prnewswire.com
2026-06-16
On June 16, 2026, Advanced Conversion announced that its new SiC DC-link inverter incorporates Peak Nano's NanoPlex™ LDF film technology, enabling performance at 800V+ voltage levels. This advancement addresses long-standing limitations of traditional dielectric films under high-temperature and high
2026-06-16
wccftech.com
2026-06-16
As datacenter power demands surge beyond current grid capabilities, major players like NVIDIA and Google are accelerating the adoption of next-generation 800V DC infrastructure to meet escalating energy needs. This shift toward High-Voltage Direct Current (HVDC) systems is driven by the necessity to
2026-06-11
digitimes.com
2026-06-11
Recent market speculation suggests that NVIDIA's ambitious transition to a native 800-volt direct-current (800VDC) architecture for AI data centers may be delayed by up to a year, pushing large-scale production and deployment beyond 2028. This development raises significant questions about NVIDIA's
2026-06-04
www.semiconductor-today.com
2026-06-04
Navitas’ collaboration with NVIDIA’s MGX ecosystem marks a significant step forward in the development of next-generation AI data centers, particularly focusing on 800VDC power delivery architectures. The partnership emphasizes enhancing efficiency, power density, and thermal performance in AI compu
2026-06-03
www.stocktitan.net
2026-06-03
2026-06-02
www.eletimes.ai
2026-06-02
2026-06-02
www.electronicsweekly.com
2026-06-02
2026-05-28
www.eenewseurope.com
2026-05-28
Toshiba has initiated test-sample shipments of a 1200V trench-gate silicon carbide (SiC) MOSFET specifically designed for power supply systems in AI data centers. The TW007D120E device features a QDPAK top-side cooled package, engineered to deliver higher current capability, enhanced thermal perform
2026-05-25