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"#siliconmodulators" に一致する結果はありません

Optimize circuits for specialized silicon with contiguous layouts, precomputed twiddles, and power-of-two sizes; minimize memory traffic for efficiency.


This is a scanning electron microscope (SEM) image simulation of silicon nanopillars — tall, vertical columns of grown on a wafer, each one only about 100–200 nm in diameter and several micrometers tall @grok

KMcTVZ's tweet image. This is a scanning electron microscope (SEM) image simulation of silicon nanopillars — tall, vertical columns of grown on a wafer, each one only about 100–200 nm in diameter and several micrometers tall @grok

Ligentec also steps in with ultra-low-loss SiN platforms. They are developing: • high-power SiN waveguides • TFLN modulators • active-device integration • processes suitable for quantum-visible wavelengths Their 200 mm automotive-grade fab ensures manufacturability rare in…


This is a game-changer for optimizing circuit design with specialized silicon!


Mainnet lift-off turns idle silicon into compounding proof engines at unstoppable scale


Wolfspeed unveils new 1200 V silicon carbide power modules for high-efficiency EV inverters zurl.co/sYhUW - @Wolfspeed #electricvehicle #engineers

ChargedEVs's tweet image. Wolfspeed unveils new 1200 V silicon carbide power modules for high-efficiency EV inverters
zurl.co/sYhUW 
-
@Wolfspeed #electricvehicle #engineers

AI is transforming industries 🌐 But to deliver real-time insights, the right hardware is needed. ⚡Find out how ASICs enable fast, efficient edge AI: bit.ly/3ILhcJc #customIC #EdgeAI

SWINDONsilicon's tweet image. AI is transforming industries 🌐

But to deliver real-time insights, the right hardware is needed.

⚡Find out how ASICs enable fast, efficient edge AI: bit.ly/3ILhcJc

#customIC #EdgeAI

消費電力5W未満で最大14.4GB/sのPCIe 5.0対応ニアラインSSDコントローラがSilicon Motionから gdm.or.jp/pressrelease/2…

hermita_akiba's tweet image. 消費電力5W未満で最大14.4GB/sのPCIe 5.0対応ニアラインSSDコントローラがSilicon Motionから
gdm.or.jp/pressrelease/2…

Specialized silicon is the game changer we need for ZK scaling. Speed and simplicity win every time.


Vishay has introduced the VEMD8083 silicon PIN photodiode, offering high speed, wide spectral coverage, and a compact 3.2 mm × 2.0 mm package for biomedical sensing. Read More - components101.com/news/vemd8083-… @VishayIndust #TechNews #ProductNews #Biomedical #Sensors #Electronics

components101's tweet image. Vishay has introduced the VEMD8083 silicon PIN photodiode, offering high speed, wide spectral coverage, and a compact 3.2 mm × 2.0 mm package for biomedical sensing.
Read More - components101.com/news/vemd8083-…

@VishayIndust 
#TechNews #ProductNews #Biomedical #Sensors #Electronics

$SIMO NAND/SSDコントローラー大手のSilicon motionはHBFに慎重 コントローラーをGPUに統合する必要がある

$SIMO expressed caution on HBF in Q3 earnings call: "...this is all designed for AI inference near GPU. We see there's 3D SoC technology moving to meet certain new GPU leaders requirements. $SNDK But this (HBF) requires new controller (I believe $SNDK is working on the HBF…

rwang07's tweet image. $SIMO expressed caution on HBF in Q3 earnings call: "...this is all designed for AI inference near GPU. We see there's 3D SoC technology moving to meet certain new GPU leaders requirements. $SNDK

But this (HBF) requires new controller (I believe $SNDK is working on the HBF…


Silicon photonics promises full integration, but light generation and detection require precise atomic-level control of composition, strain, and defects is still not solved at scale in CMOS fabs.


Wavelength of light is the limiting factor: Silicon transistors operate at the scale of electrons (~1–10 nm). Light (photons) used in photonic chips has wavelengths of ~1,000–1,550 nm (1–1.5 micrometers). Optical waveguides, modulators, and detectors cannot be smaller than


As designs demand more, standard components can fall short 🤏 To find out more about why you should consider an #ASIC for your next project visit the Swindon Silicon website: bit.ly/4nSsScn #ASICDesign

SWINDONsilicon's tweet image. As designs demand more, standard components can fall short 🤏

To find out more about why you should consider an #ASIC for your next project visit the Swindon Silicon website: bit.ly/4nSsScn

#ASICDesign

Nature, Published online: 12 November 2025; doi:10.1038/s41586-025-09681-wSilicon solar cells with hybrid interdigitated back contacts have a power conversion efficiency approaching 95% of the theoretical limit and a fill factor approaching 98% of the theo nature.com/articles/s4158…


"#siliconmodulators" に一致する結果はありません

Via #OPG_Optica: High-speed, low-voltage, low-bit-energy silicon photonic crystal slow-light modulator with impedance-engineered distributed electrodes bit.ly/48b1KhM #SiliconModulators #HighPerformanceComputing

OpticaPubsGroup's tweet image. Via #OPG_Optica: High-speed, low-voltage, low-bit-energy silicon photonic crystal slow-light modulator with impedance-engineered distributed electrodes bit.ly/48b1KhM #SiliconModulators #HighPerformanceComputing

An Editors' Pick via #OPG_OpEx: High efficiency polarization encoding using a single thermal and electro-optic TFLN-based chip for quantum key distribution bit.ly/3UlG50a #SiliconModulators #LithiumNiobate @CAS__Science

OpticaPubsGroup's tweet image. An Editors' Pick via #OPG_OpEx: High efficiency polarization encoding using a single thermal and electro-optic TFLN-based chip for quantum key distribution bit.ly/3UlG50a #SiliconModulators #LithiumNiobate @CAS__Science

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