Cambridge GaN Devices Ltd’s Post

Expanding Boundaries in Semiconductor Manufacturing! 😊 ATW Technology's subsidiary, SCEC, has reached a significant milestone: our Monocrystal Ingot Puller, historically focused on photovoltaic applications, has now made a successful debut in the semiconductor sector. The SC-1600 MCZ—the world's first large-scale magnetic monocrystal puller—recently completed its first crystal pull, producing semiconductor-grade ingots that meet the stringent standards of our overseas clients. In a rapidly evolving semiconductor landscape, where AI, 5G, and big data fuel demand, this achievement is more than a technical win; it exemplifies our commitment to driving industry advancements. This innovative puller reduces costs, improves efficiency, and enables high-precision manufacturing, positioning SCEC as a forward-thinking partner in both photovoltaics and semiconductors. Looking forward, SCEC will continue to evolve, delivering solutions that balance cutting-edge technology with sustainable and efficient production. Know more about SCEC: https://lnkd.in/gVB-dU35 #ATWTechnology #ATW #SCEC #Semiconductors #Photovoltaics #Innovation #IntelligentManufacturing

We had the incredible opportunity to visit CISSOID Power Semiconductors at PCIM 2024, where they showcased their latest advancements in power electronics. Check out our interview with Mike Sandyck, Marketing Director at Cissoid Semiconductor, as he walks us through their ground-breaking new reference design. This innovation promises rapid integration into various electric vehicles, bringing higher power density and improved thermal management. Key Highlights: - Comprehensive manufacturing approach: From power semiconductors to control boards. - Advanced silicon carbide technology for enhanced performance. - Complete reference designs enabling quick adoption of new technologies. - Collaboration with industry leaders like the Electric Racing Academy. These cutting-edge solutions are set to revolutionise the renewable energy sector, making it easier for engineers to deploy efficient power systems. 🌍🔋 Watch the full interview below 👇 https://lnkd.in/ejVXkdmd #PCIM2024 #PowerElectronics #RenewableEnergy #Innovation #CissoidSemiconductor #Electropages

It has been a great pleasure for Frank Thielert and myself to participate to the 31st edition of the #MAM2024 conference on behalf of confovis. We participated to fruitful discussions spanning from fundamental science to industrial applications.   The latest developments on wide band gap (#WBG) materials and devices were presented. Innovation in industries such as power electronics, renewable energy, and electric vehicles were discussed. As the world energy consumption is expected to grow by nearly 50% by 2050, it is paramount to find better power management solutions to guarantee a sustainable future. 🌳 WBG semiconductors, such as SiC and GaN, seem to be key enablers for a sustainable transition towards the next generation of efficient electronic devices.   Of particular interest to us was the talk by Delphine LE CUNFF from STMicroelectronics in which she focused on inline metrology and the challenges encompassed with the increasing complexity of manufacturing technologies. Inline metrology is a key enabler to: ·     Speed up the introduction of new technologies, ·     Secure the ramp-up of pilot lines, ·     Improve the yield of mature factories.   With the increasing demand for ICs in the automotive industry, the requirements on quality control have become more stringent. Semiconductor manufacturing is automatising every processing step and transitioning towards the industry 4.0. In this context artificial intelligence (#AI) combined with machine vision allows to automatise defect inspection and metrology in the online operation of semiconductor manufacturing.

⚡ Did you know that power electronics is fundamental to achieving Net Zero? At the recent IEEE WiPDA conference, co-hosted between Compound Semiconductor Applications (CSA) Catapult and Cardiff University / Prifysgol Caerdydd, Dr Wenlong Ming, General Chair of IEEE WiPDA-Europe 2024 and Senior Research Fellow, CSA Catapult said: 💬 “Power electronics is enabling technology for Net Zero. These devices are more efficient, they are smaller and more cost effective.” #Compound #Semiconductors #PowerElectronics #NetZero #Energy #SolidStateTransformers #WideBandgap #Renewable #SmartGrids #Collaboration #Technology #SuperCluster #Automotive #Aerospace

You’ve got in-depth questions regarding SiC or GaN designs? We will provide the answers to you – live at Bodo‘s WBG Expert Talk! On October 9, 2024 from 3 pm CEST, we will discuss recent articles on Wide Bandgap. During the SiC session, you will receive insights on "Engineered Substrates with ultra-low resistivity Polycrystalline SiC Base" from Gonzalo Picun, SOITEC. Ehab Tarmoom, Microchip Technology Inc., will provide "Design Considerations for a High-Voltage SiC-Based Battery Disconnect Switch", and Daniel Markus from Infineon Technologies will answer your questions on his contribution about "Sustainable Power Conversion in EVs with Wide-Bandgap Materials and Top-Side Cooling". After a short break, from 4:30 pm, Gallium Nitride is going to be our focus. Alex Lidow from EPC - Efficient Power Conversion will speak about several articles in 2024, including this months coverstory "The Role of Gallium Nitride Power Transistors and Integrated Circuits in the Emerging Humanoid Robot Market". Fraunhofer IAF's Michael Basler is one of the authors of "Towards Vertical GaN Power ICs" and will answer your questions on the very hot topic Vertical GaN. Last, but certainly not least, Simon Li from GaNPower International can say something about "Enhancing Reliability and Compatibility with Upgraded E-mode GaNFET". Registration is free at https://lnkd.in/dZ3AWug #powerelectronics #widebandgap #SiC #GaN

Our concept for a market novelty - more efficient and fail-safe industrial drives through #TinyML and #GaN semiconductors ⚙ From permanently operated production lines to electrified transportation – electric drives are the system’s centerpiece and therefore critical to failure as well as primarily responsible for efficiency. To get closer to the requirement for absolute reliability of electrical drives and the power semiconductors used to drive them, intelligent controllers require the capability to monitor and interpret the state of the system components in real time. In the strategic research project PowerCare (www.power-care.org), Fraunhofer will combine new, highly efficient GaN semiconductors and a AI-capable motor controller for integrated realtime failure monitoring. Have a look: https://lnkd.in/e_yuaRDM Fraunhofer-Institut für Mikroelektronische Schaltungen und Systeme IMS Fraunhofer IISB Fraunhofer ISIT

It's great to see ST putting more focus on power electronics and becoming a leader in wide-bandgap semiconductors. Transitioning to these more efficient materials will be crucial for further advancing industries like electric vehicles, renewable energy generation, and power supplies. Edoardo Merli's vision and strategy of having an end-to-end offering from discrete devices to modules.

🤝 Earlier this year, Compound Semiconductor Applications (CSA) Catapult and Cardiff University / Prifysgol Caerdydd co-hosted the IEEE WiPDA-Europe conference. At the conference, hosted in Cardiff, scientists, designers and engineers came together from the UK, Europe and the US to meet and collaborate. During WiPDA-Europe, we caught up with Martin McHugh MBA MA, CEO at CSA Catapult, who explained the opportunities for wide bandgap semiconductors, especially in solid state transformers, and the opportunities to develop smart energy grids using power electronics. 💬 Martin said: "The UK needs to collaborate more. We need to collaborate more at a local level and at the international level.” #Compound #Semiconductors #PowerElectronics #NetZero #Energy #SolidStateTransformers #WideBandgap #Renewable #SmartGrids #Collaboration #Technology #SuperCluster

𝐃𝐫𝐢𝐯𝐢𝐧𝐠 𝐆𝐚𝐍 𝐓𝐞𝐜𝐡𝐧𝐨𝐥𝐨𝐠𝐲 𝐭𝐨 𝐈𝐭𝐬 𝐅𝐮𝐥𝐥 𝐏𝐨𝐭𝐞𝐧𝐭𝐢𝐚𝐥 In my previous post, I discussed the key features and performance advantages of GaN technology. Now, I’d like to focus on how advanced gate drivers play a critical role in maximizing the efficiency and reliability of GaN transistors. To fully leverage GaN’s potential, high-performance gate drivers are essential. These drivers enable precise control over switching characteristics, minimizing switching losses and enhancing power density. Whether in isolated or non-isolated configurations, high-quality gate drivers are crucial for ensuring consistent and reliable performance in demanding applications. In sectors like telecommunications and server power supplies, efficient power conversion is paramount, particularly in data centers and telecom infrastructure. Additionally, for motor drives and robotics, the combination of GaN technology and sophisticated gate drivers offers superior performance, driving advancements in motor control and automation systems. As GaN technology continues to push the boundaries of power conversion, we’re seeing more compact, efficient, and powerful systems. It will be fascinating to witness how GaN evolves to meet the demands of future applications. What sectors are likely to adopt GaN technology next? Credit to: https://lnkd.in/g-R-KThN https://lnkd.in/e2Nvs9_T #GaNTechnology #PowerConversion #InnovationInTech #AdvancedElectronics

🚀 Made in Germany: Revolutionary AlN Power Electronics! #Electromobility, #EnergySupply, #Automation, and #BroadbandCommunication are on the brink of a major transformation thanks to new semiconductor technology! 🌱⚡ 🔋 Aluminum Nitride (AlN) is the material of the future for high-power transistors and millimeter-wave high-frequency circuits. It significantly reduces energy losses and boosts efficiency. 🔧 Innovation Advantage: German research institutions like the Ferdinand-Braun-Institut, Leibniz-Institut für Höchstfrequenztechnik, Fraunhofer IISB, and III/V-Reclaim have successfully implemented the entire process chain for AlN components. 🌍 Investing in the Future: Reduced energy losses, higher performance, and sustainable technologies - perfect for digital transformation and climate protection. 📢 Achievements: The first AlN transistors show impressive performance data, surpassing current technologies like SiC and GaN. ℹ Find more information here: https://lnkd.in/eQE3XXSf #AirportRegionBB