By Hossam Sarhan and Dusan Petranovic Supporting the high performance and reliability needed for artificial intelligence (AI), data centers and cloud computing requires powerful and efficient integrated circuits (ICs). More semiconductor companies are considering superconductor ICs for their unique properties that allow ultrafast processing of digital information. These properties include fast superconducting transmission lines and active devices called Josephson junctions, w

恩萊特科技將於2024年10月4日至7日參加「台中AI工具機暨自動化展」，展示專為電子產業量身打造的設計與製造解決方案。涵蓋從電路板設計、模擬到製造的各階段，為客戶提供從概念設計、原型製作到量產的全面支援，幫助克服電子產品開發和製造的挑戰，加快產品上市時間，提升品質，並降低...

By Julie Weber In PCB design , the integration of automation into your design approach isn’t just a convenience; it’s a necessity that enhances efficiency and productivity. In our latest podcast, seasoned industry professionals, John Medina and Steph Chavez, dive deep into the use of design automation in the PCB design process. Who is John Medina? John Medina, the owner of High Speed Design Services, boasts an extensive career spanning over 30 years in PCB and package design,

By David Wiens Thermal analysis stands out as a pivotal tool for ensuring the reliability, performance, and longevity of electronic systems. Often overshadowed by other analyses or relegated to conservative approximations, thermal analysis is experiencing a renaissance, compelled by the evolving technological demands of today’s products. Traditional approaches to thermal analysis Engineers often rely on manual strategies to address thermal concerns, employing rules of thumb

By Stephen V. Chavez When it comes to designing and producing electronics, success hinges not merely on the excellence of your design, but also on how effectively and efficiently that design can be brought to life. That’s where the concept of design for manufacturability (DFM) comes into play. DFM is the process of designing for ease of manufacturing, and its importance cannot be overstated. Implementing DFM principles from the get-go in your PCB design process can streamline

雲端多物理場模擬技術領導者 Quanscient 宣佈指定恩萊特科技為其在台灣的授權代理商。這一策略合作將幫助台灣的工程師更有效率且更持續地開發硬體產品。 Quanscient Allsolve 平台可讓工程師在每日數小時內執行數千個複雜的模擬，速度提升數百倍，處理的複雜模...

恩萊特科技近期受邀參加荷蘭半導體國家隊（TeamSemiconNL）創新訪團拜訪國際矽光子異質整合聯盟（HiSPA）活動，此次活動匯聚了來自光電與半導體產業的業界領袖與學術專家，共同研討如何在全球人工智慧（AI）及新興應用推動下，加強雙方合作，共同構建積體光路與異質整合的創...

By Stephen V. Chavez In the field of PCB design and engineering, the concept of concurrent design stands as underutilized and waiting to help change the way teams work together. In an interview I had with Chris Young , we delved into the concept of concurrent design and its potential to reshape the design processes. Concurrent design: a living collaboration Chris Young draws a compelling analogy between concurrent design and the simple joy of playing Legos with his daughter.