我们诚挚地邀请您参加我司SURGE 2018全球用户大会中国站!SURGE (Silvaco UseRs Global Event) 是EDA行业领先的技术研讨会。EDA、IP、TFT-LCD/AMOLED Display业界的专业技术人员汇聚一堂探讨新技术应用、创新应用的智能集成方法以及实现先进设计的新技术。

  • Silvaco 针对Display与IC设计产品新特性
  • 探讨Display与IC设计中的技术问题及解决方案
  • 产品规划路线图和令人振奋的技术更新
  • 动态小组讨论和执行主题演讲
  • 与来自Display与IC设计业界专家的交流机会
  • 独特的技术演示

Silvaco 中国将于2018年7月26日在深圳主办SURGE。请保存日期。 我们将提供会议的详细信息, 包括主旨发言人的信息。


  • 2018年7月26日 12:30 - 6pm


  • 深圳益田威斯汀酒店
    中国 广东, 深圳 南山区, 深南大道 9028-2 号 邮政编码 518053


12:30 - 13:00 入场登记
13:00 - 13:10 欢迎致辞 - Sharon Fang
13:10 - 13:40 公司技术新动向 - David L. Dutton
13:40 - 14:10 高分辨率AMOLED显示器面临的挑战 - Guan Zhen Peng
AMOLED continues to draw attention for the flat panel display because of its advantages over other displays. Higher resolution, smaller form factor and lower power consumption are three main requirements in the mobile displays, which needs faster development and manufacturing capability to meet these requirements for AMOLED displays. In this presentation, Tianma would like to share the latest updates to meet the market needs. Moreover, the risks and trade-offs to reach a higher resolution AMOLED displays with full-screen feature will also be discussed.
14:10 - 14:40 用于高级FinFET的3D RC提取 - Francis Benistant GF
14:40 - 15:00 会间休息

Time Session 1 – Display
15:00 - 15:30 具有补偿发光不均匀性的低功率AM-OLED显示器的多级协同设计 - Xiaojun Guo
Active matrix organic light emitting diode (AMOLED) displays with a thinner and simpler structure compared to LCDs provide a set of attractive attributes to be used for high-quality video applications. With the development of efficient and stable organic light emitting diodes (OLEDs) and low temperature polycrystalline silicon (LTPS) thin film transistors (TFTs), the commercialization of AMOLED display products is accelerating with rapidly expanding their market share for small-sized mobile applications since their mass production launch in 2007. Different from the LCDs, which are voltage driven devices, OLEDs are current-driven. Therefore, compared to the one thin-film transistor (TFT) and one capacitor (1T-1C) pixel circuit used in AMLCDs, the pixel circuits for AMOLED displays require at least one additional TFT as the current source or sink to provide the constant current for OLEDs. In practical cases, more complicated pixel circuits as are required to compensate the spatial or temporal luminance variations caused by processes or long-time device operation induced electrical performance variations of the driving TFT and the OLED devices. On the other hand, for battery powered mobile applications, low power consumption is important to increase operating lifetime, and decrease the system weight and volume for the less required capacity of the battery. Especially, with the increase of the display resolution and incorporation of more and more attractive functions into the mobile electronics system, the combined effect of more power consumption and extended usage has caused the rate of power consumption to outpace the limited improvement in battery power density. To address these issues, device/circuit/system multi-level co-design and optimization is very important. This talk will provide examples of using TCAD, SPICE and system-level simulation approaches to investigate the design techniques at the different levels.
15:30 - 16:00 AMOLED技术的滞后模型开发 - WS Lee
The AMOLED technology are very sensitive due to hysteresis problems
To suppress this kinds of problems, It need to reproduce the hysteresis behavior with circuit simulator.
We proposed the hysteresis model, which are take into account oxide trapping charge induced vth shift and interface trap induced vth shift.
The hysteresis model will be optimized based on real experimental data, which is measured with high resolution equipment.
Then it reproduced the OLED current deviation with AMOLED 7T1C circuit of chess board signal stimulus due to hysteresis..
16:00 – 16:20 会间休息
16:20 - 16:50 Silvaco的AMOLED技术的TCAD仿真 - Kevin Chang
AMOLED technology have attracted more and more attention recently. So the TFT and OLED device behaviors are need to deeply investigated to achieve best performance for the display market. On the TFT part, the degradation behavior of the device is becoming more important issue in the application. In this talk we will present the simulation of PBTS, NBTS of TFT device to investigate and understand the physical mechanics, so to improve the device performance. On the OLED device part, we need to investigate the electrical and optical behaviors, which will be presented too in this talk.
16:50 - 17:20 Accurate RC extraction for realistic 3D interconnect structures - Hongyi Yu
When the process node becomes smaller and smaller, the parasitic effects becomes more and more serious in the circuits. So accurately extract the parasitic capacitance and resistance has become more and more important. However, for most of the RC extractors in the market, accuracy is the major problem for complex chips such as deep sub-micron CMOS, FinFET, MEMS, and TFT devices. Clever can extract RC on any complex interconnect structures with any user requested accuracy by field solving the physical mathematical equations adaptively. So to build an effective and robust electronic device, Clever is a must have tool.
17:20 - 17:50 Accelerate Time-to-Market For Your Designs with Expert FPD - Yusuke Ito
Expert is an Analog Layout Editor which has reputation for its displaying speed and is used by a great number of users. However, so far it was not suited for FPD designs deals with large layout areas compared to normal analog IC designs, and lines of any angles. This time, new wire creation/editing functions for FPD designs were added with the cooperation from one of our FPD customers. In addition, the improvement for its basic editing operation method was also made. Its processing speed for some features for designing FPD has also been improved. Therefore, it has a significant efficiency improvement for designing FPD layout, which is expected to shorten the time of so-called Time-to-Market. In this session, the details of these updates will be presented.

Time Session 2 – IC
15:00 - 15:30 使用TCAD模拟和优化功率器件性能的方法 - Eric Guichard
Silicon has long been the semiconductor of choice for high-voltage power electronics applications. However, wide-bandgap semiconductors such as SiC and GaN have begun to attract attention because they are projected to have much better performance than silicon. We will review during this talk, advancement made from a simulation point of view to simulate Silicon and non-Silicon power devices, including SiC and GaN process simulation, TCAD to spice flow, single Event burnout Electro-Thermal simulation of SEEs and Split-Gate Trench UMOSFET.
15:30 - 16:00 Standard Cell Layout Migration and Optimization - Guilherme Schlinker
This talk will present an efficient methodology for migrating and optimizing standard cell libraries. Foundation IP reuse through migration between non-disruptive technology nodes can save a lot of engineering resources and provide an initial basis for further optimization of layouts in the target technology. In this presentation we will demonstrate how a standard cell library can be migrated using a 2-D compaction engine combined with static geometrical transformations. We will also show how layouts can be further optimized for Automotive or DFM rules with customization of the compaction rules.
16:00 – 16:20 会间休息
16:20 - 16:50 RC约简以加速仿真 - Ke Liu
芯片设计中随着设计节点已经进入16nm, 7nm等先进工艺, 由此带来的大规模寄生电阻、寄生电容导致的仿真时间成级数级增长,这给设计验证带来个很大困扰。Silvaco公司的edXact以直观的2D, 3D视图辅助设计者进行寄生参数的探索,内置独特的engine可以进行寄生参数的缩减,在速度和精度间取得平衡,帮助设计者加速仿真验证时间。
16:50 - 17:20 IP SOC解决方案 - Warren Savage
Silvaco has amassed a portfolio of more than 100 silicon-proven IP cores in less than 2 years. Hear about Silvaco’s leading edge IP solutions for the China market and how we can be your trusted partner for building your next generation of SoC products.
17:20 - 17:50 使用VarMan的高Sigma设计 - Thomas Blaesi
Process variability at advanced technology nodes has become a key challenge for IC designers. A new generation of tools are required that provide efficient and reliable solutions for analog, RF, standard cells, IO and memory designers. A comprehensive suite of analysis tools that allow the designer to accurately address statistical process variations and to make the right design decision upfront is needed. The tools need to ensure that designers do not need to be expert statisticians to understand and optimize the impact of process variations on their design.
17:50 - 19:00 抽奖与鸡尾酒会


Surge 研讨会亮点::

Sharon Fang
欢迎致辞 Sharon Fang

Sharon Fang是一位经验丰富的管理人员,她在销售、市场营销、战略思维和运营技能等方面具有成功的业绩记录, 作为EDA的销售经理和个人贡献者她在推动利润增长方面有杰出贡献。Sharon目前担任Silvaco中国区总经理。 作为中国地区负责人,Sharon正在整合必要的流程和基础设施以简化销售流程,使个人和团队能够为客户以及投资回报率实现最大价值。 中国区致力于通过使用Silvaco 的“TCAD至验收”的解决方案、建模、IP管理和合规软件,帮助推动客户成功,同时推动公司业务增长。 Sharon拥有西南师范大学文学学士学位和加州圣玛丽学院工商管理硕士学位。

David L. Dutton
公司技术新动向 David L. Dutton

David L. Dutton是Silvaco的首席执行官, 也是公司的董事会成员。从2013年 起Dutton先生还同时担任太阳能公司Sunpreme的顾问董事, 自2014年以来 一直担任LED制造商Glo的顾问董事,以及SemiEnergy 和CEO to CEO企业管理顾问公司的执 行董事。他曾是Silicon Valley Leadership Group和Alliance of Chief Executives的一 名活跃成员。
从2001年到2013年间,Dutton先生曾担任Mattson Technology的总裁、首席执行官和董事。在此期间, 他带领公司扭亏为盈, 通过向新的半导体和清洁技术资本设备市场扩展,使公司的总有效市场值翻了四倍。 在加盟Mattson之前, Dutton先生曾在Intel和Maxim Integrated Products硅谷硅谷科技公司担任管理、工程和产品管理职 位。Dutton先生持有圣何塞州立大学的地质学学士学位。

高分辨率AMOLED显示器面临的挑战 Guan Zhen Peng
Tianma Micro R&D Director

Dr. Peng has been in the LTPS field since 1998 when he was a Ph.D student. From 1998 to 2003, he devoted himself to the LTPS process as well as novel device structure to enhance the TFT performance for flat panel display applications. From the 2004, Dr. Peng has been working in AMOLED industry globally (Taiwan, Japan and China) and has been responsible for the development of AMOLED technologies as well as the production of AMOLED products

Xiaojun Guo
具有补偿发光不均匀性的低功率AM-OLED显示器的多级协同设计 Xiaojun Guo
Xiaojun Guo博士领导旨在未来可持续发展的“万物互联”的Printed Electronics and Flexible Integration(pEFi)研究实验室。 郭博士曾在国际期刊上撰写了60多篇技术论文,并在IEEE / SID / ECS / SPIE协会举办的国际会议上发表了20多次特邀演讲。
郭晓军博士持有吉林大学电子工程学士学位和博士学位、吉尔福德萨里大学(Universityof Surrey, Guildford)的电子工程学位。 在加盟上海交通大学之前,他曾在Plastic LogicLtd.工作。

Won-Seok Lee
AMOLED技术的滞后模型开发 Won-Seok Lee
高级应用工程师, Silvaco 韩国.
Won-Seok Lee是Silvaco Korea的高级应用工程师。他在仿真部门有20多年的经验,包括建模和设备物理。他还负责技术设备理论和对Silvaco EDA客户在各种应用方面的支持,并致力于开发SPICE的动态模型。

Kevin Chang
Silvaco 的AMOLED技术的TCAD仿真 Kevin Chang

Kevin Chang在TCAD半导体和显示器市场有十多年的行业经验,包括支持帮助客户如何在工艺和器件仿真以及3D物理寄生参数提取工具方面取得成功。

Hongyi Yu
Accurate RC extraction for realistic 3D interconnect structures Dr. Hongyi Yu
Hongyi Yu博士自1999年以来一直在Silvaco工作。他是Clever的主要架构师和开发人员。他曾担任Silvaco的研究员、工程师经理、主要工程师和高级工程师经理。 在加入Silvaco之前,他是伦斯勒(Rensselaer)理工学院的博士后研究员。 他拥有杜兰(Tulane)大学的应用数学博士学位。

Yusuke Ito
Accelerate Time-to-Market For Your Designs with Expert FPD Yusuke Ito
Application Engineering, Silvaco

Yusuke Ito is in-charge of Silvaco’s Back-End EDA tools (Layout Editor, Parasitic Extraction, Verification) and currently working with variety of customers in Japan. Before joining Silvaco, he was a designer of Renesas System Design for 10 years and gaining extensive experience in back-end design particularly digital layout. He obtained his Master's degree of Engineering, Majoring in Communications and Integrated Systems from Tokyo Institute of Technology.

Eric Guichard
使用TCAD模拟和优化功率器件性能的方法 Dr. Eric Guichard
Silvaco TCAD分部副总裁

Eric Guichard博士是Silvaco TCAD部门的副总裁。 他负责管理TCAD部门 - 从研发到实地运营的各个方面。

Guilherme Schlinker
Standard Cell Layout Migration and Optimization Guilherme Schlinker
Director of Layout Automation, Silvaco

Guilherme Schlinker is Director of Layout Automation at Silvaco. He is responsible for Silvaco’s Layout Optimizer Product Line. Prior to joining Silvaco in 2018 he worked for 12 years at Nangate, where he developed EDA tools for layout automation and delivered standard cell library IP for multiple foundries and technology nodes. He joined Silvaco as part of the acquisition of Nangate and continues working with the former Nangate products. Mr. Schlinker holds a Computer Engineering degree from Universidade Federal do Rio Grande do Sul, Brazil.

Warren Savage
IP SOC解决方案 Warren Savage
Silvaco IP部门总经理

Warren Savage担任Silvaco新成立的IP(知识产权)部门总经理。 他在硅谷度过了他的整个职业生涯,其中包括Fairchild Semiconductor、Tandem Computers、Synopsys以及最近的IPextreme等领先公司的工程和管理职位。
Warren拥有圣克拉拉大学计算机工程学士学位和佩珀代因大学(Pepperdine University)的工商管理硕士学位。

Thomas Blaesi
使用VarMan的高Sigma设计 Thomas F. Blaesi

Thomas F. Blaesi是Silvaco全球营销集团的副总裁,负责定义、推动和促进Silvaco在TCAD,EDA和IP市场的领导地位。主要责任领域包括战略规划、企业营销、产品营销、市场调研,品牌管理、企业沟通和生态系统联盟计划。
Thomas于2017年10月加盟Silvaco,他在半导体和电子设计自动化行业拥有25年的企业战略 、业务发展和营销经验。 除了在定制和半定制芯片设计和开发方面的实践经验之外,他还曾经领导基于SoC平台的设计、系统级设计和制造设计方面的重大项目。
最近,Thomas是Zeema Technologies的任事股东。 在此之前,他曾担任Chipvision的首席执行官,并在Cadence、Synopsys和LSI Logic担任各种高级业务和技术职位。
Thomas拥有德国Hochschule Furtwangen大学电气工程和计算机科学学士学位。

Francis Benistant
3D RC Extraction For Advanced FinFET Francis Benistant
Manager of the Global TCAD group, GlobalFoundries
Francis Benistant received his PhD in 1996 from the Institute National Polytechnique de Grenoble (INPG) in France, working at the LETI research center. Between 1996 and 2000, he worked as a device and TCAD engineer in the USA and Switzerland. Between September 2000 and June 2018, he was the manager of the Global TCAD group in GlobalFoundries.

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