Silvaco
-
-
Designing with Silvaco’s Octal SPI Memory Controller with Advanced Memory Support for IoT Systems
Abstract One commonality across semiconductor market segments is the need for memory. However, memory characteristics and interfaces vary greatly depending on the market segment and application. This webinar will focus on a specific class of memory devices – targeted to mobile and IoT applications – that use “SPI” (Serial Peripheral Interface) signaling. SPI was developed by Motorola… Designing with Silvaco’s Octal SPI Memory Controller with Advanced Memory Support for IoT Systems
-
-
SURGE Virtual Event North America 2021
Silvaco is pleased to invite you to join its annual SURGE users event, taking place virtually, on October 14, 2021. SURGE brings the TCAD, EDA, and IP communities together to discuss new technologies, share users’ experiences, and discover innovative techniques for advanced semiconductor design. This year we have a virtual event that includes cool prizes… SURGE Virtual Event North America 2021
-
-
Silvaco UseRs Global Event – Japan
開催日時：2021/11/02 13:00 SURGE (Silvaco UseRs Global Event)とは、シルバコが開催するワールドワイドのイベントです。 SURGEは、TCAD、EDA、IPの各分野において、新しい技術について議論し、ユーザの経験を共有し、先進的な半導体設計のための革新的な技術を発見するためのイベントです。 本年は、オンラインでの開催となります。 当日ご参加いただき、アンケートにご回答いただいたお客様の中から抽選で50名の方にAmazonギフト券1000円分(Eメールタイプ)を進呈させていただきます。 この機会に是非ともSURGE Japanにご登録ください。
-
SURGE Virtual Event Taiwan 2021
November 18, 2021 - 13:30PM -17:10PM (Chungyuan Standard Time) Silvaco is pleased to invite you to join its annual SURGE users event, taking place virtually, on Thursday November 18, 2021. SURGE brings the TCAD, EDA, and IP communities together to discuss new technologies, share users’ experiences, and discover innovative techniques for advanced semiconductor design. This… SURGE Virtual Event Taiwan 2021
-
-
Learn How to Perform Device Meshing with Silvaco’s Victory Mesh TCAD Solution
ictory Mesh is Silvaco’s TCAD solution for device meshing and solid modeling. Victory Mesh creates suitable meshes from process structures for device simulation. For example, the results produced by process simulation software, such as Victory Process, are remeshed in Victory Mesh to produce input for device simulation software, such as Victory Device. Victory Mesh provides… Learn How to Perform Device Meshing with Silvaco’s Victory Mesh TCAD Solution
-
-
Managing the Complexity of FinFET Standard Cell Layout with Cello
FinFET technologies have enabled designs with increased density and performance while reducing power, when compared to MOSFET. However, this comes at a cost of increased design complexity. Not only are some undesirable layout dependent effects more pronounced, but design rules have become much more complex. Many design rules violations can no longer be fixed within… Managing the Complexity of FinFET Standard Cell Layout with Cello
-
How to Improve Physical Verification Productivity with SmartDRC/LVS
Physical Verification is the most critical stage of IC design. SmartDRC/LVS is a new physical verification tool for analog, digital and mixed-signal ICs including design rule checks (DRC), layout connectivity extraction and layout vs schematic (LVS) comparisons. Its unique multi-CPU architecture delivers high performance and capacity, accurate processing of complex shapes, and exceptional user productivity… How to Improve Physical Verification Productivity with SmartDRC/LVS
-
How to Use Device Simulation as a Tool for Understanding GaN HEMTS
Gallium Nitride based devices are highly attractive for both RF and power switching applications due to a combination of outstanding materials properties. However, although the basic principles are well understood and can now be accurately reproduced in device simulators, there are many important aspects that are still poorly understood and the subject of continuing active… How to Use Device Simulation as a Tool for Understanding GaN HEMTS
-
-
How to Optimize and Boost Your Device Modeling and Characterization with Utmost IV
In this webinar we will examine some of the key features and advantages of Utmost IV for device modeling and characterization, and the major design flows where Utmost IV is a key component. We will also present the latest product enhancements and introduce the new Utmost IV Corner and Retargeting Module. To conclude, we will… How to Optimize and Boost Your Device Modeling and Characterization with Utmost IV
-
How Silvaco TCAD is at the Heart of Innovation in RF Devices
At high frequency, the accurate modeling of parasitic elements is crucial to IC design. Substrate behavior is a significant contributor to such parasitics, and its modelling is a challenge, not only under small-signal conditions due to strongly non-uniform resistivity profiles in semiconductor materials, but especially under large-amplitude excitations. In this work, Silvaco’s TCAD Victory Device… How Silvaco TCAD is at the Heart of Innovation in RF Devices
-
Learn How mqSemi AG Developed 3D Power Devices Proof of Concept with Silvaco TCAD Simulations
Silicon IGBT and SiC MOSFETs are today's key power semiconductor switches for many power electronics converters such as those in automotive, renewables and industrial applications. Both device concepts continue to evolve, and development trends are continuously targeting improved overall electrical and reliability performance at lower costs. In addition to established power device manufacturers, many start-up… Learn How mqSemi AG Developed 3D Power Devices Proof of Concept with Silvaco TCAD Simulations