技术
OLED / MicroLED
背板 (CMOS, TFT)
柔性可拉伸基板
优势
业界唯一的完整显示器件开发解决方案
支持所有的背板和发光技术
独家的专利技术，帮助降低开发成本、缩短上市时间
长期为领先显示制造商提供支持，技术积累非常深厚
应用
车载显示
智能手机和平板电脑
智能穿戴器件，AR/VR
透明显示
技术开发
工艺与器件仿真
- 工艺建模和仿真
- 器件漂移/扩散仿真
- 广泛支持多种晶体管类型，包括a-Si TFT、LTPS TFT、IGZO TFT和Bulk CMOS
- Bump/tail态密度建模，专为多晶硅和非晶材料打造的迁移率模型
- 为弯曲应力效应、氢效应和晶粒效应建模
- 发光器件，包括LED、OLED和microLED/microOLED
- 自主知识产权的迁移率模型，考虑自热效应
- 反向射线追踪
- TFT电应力效应
- 器件设计和实验
器件建模
- 多种优化算法，参数提取策略更加灵活
- 丰富的TFT紧凑型模型
- Silvaco自主知识产权的的4端TFT模型
- 支持Verilog-A参数提取，广泛应用于FPD行业
- RPI非晶硅、多晶硅和通用有机TFT模型
设计、仿真和验证
原理图和版图
- 探索器件：迅速获得电路原理图中器件的基本特性，并在仿真环境中进一步探索
- DRC辅助，Edit-in-place，连接性高亮，短路定位，嵌入式版图与版图对比，查看横截面
- 等阻抗绕线，沿曲线绕线，框架内像素摆放，扇形连接，导线克隆，导线挖槽
寄生参数提取
- 快速、准确的单元和全面板寄生参数提取
仿真
- 提高图像质量，解决显示中的残影问题
- 自主知识产权的4端TFT SPICE模型
- 单元和全面板的电路仿真
物理验证
- 具有快速而准确的高性能物理验证，支持从单元级别到全面板级别的验证
相关资源
Webinars
How to Eliminate Image Retention Issues with SmartSpice Flex Modeling
Learn How to Improve TFT-Based Flat Panel Designs with the Unique SmartSpice 4-Terminal TFT Model
Achieve Your Display Design Performance Edge Through Precision Parasitic Extraction
How to Model and Simulate Flat Panel Pixel Arrays
Reducing Organic LED Fabrication Time and Cost via Multi-Scale Flow Simulation
TFT and OLED SPICE Modeling Using Utmost IV
Device Simulation of Oxide Semiconductor TFTs: Device Modeling and Self-Heating Effects
TCAD Solution for Flexible Display
How FPD Designers Can Improve Productivity
How TCAD Can Help You to Find The Right Material To Build Your Flexible Display
Technical Library
Simulation of AlGaInP Multiple Quantum Well LED for Micro Display
Channel-length Dependence of a-IGZO TFTs with Self-heating Effects
3D TFT Simulation of Grains and Grain Boundaries
Dynamic Analysis of Liquid Crystal Pixels
Optical Simulation of Liquid Crystals in the In-plane Switching Mode
TFT Panel Simulation Using SmartSpice Pro
Edge Effect Analysis on TFT Devices Using 3D Numerical Simulation
Electrical Simulation of Liquid Crystals
Modeling the Optical Response of Phonon-dressed Excitons in OLED Simulations
Application Examples