CST2016是一款面向三维电磁场的专业仿真软件包，他为大量的设备提供了设计、仿真及优化的工具，覆盖整个电磁频段，提供多物理场及带电粒子的仿真功能，所有的子软件都集成在同一个用户界面内，并且无缝连接，非常易于使用。除了纯电磁场外，CST还能仿真热、结构应力及电路，可有效缩短产品研发周期，在真实测试之前进行虚拟机验证，及在实验前对设计进行优化。
CST STUDIO SUITE被广泛应用在通信和电子医疗保健和航空等领域工作的工程师，帮助他们电磁现象的建模和评估他们的设计，以获得最佳性能。 结合高频和低频模拟工具以及专门求解器的应用，如印刷电路板，电缆和带电粒子设备，可以应用到许多典型的工程任务，如EMC / EMI评估，SI和PI的分析，设计CST Studio套件优化，天线及滤波器的调谐。
最明显的提高在2016年的版本是基于色带的用户界面。 功能区集中在标准模拟工作流程，领导工程师设置和建模仿真和后处理。 色带补充新的功能，包括项目向导和快速入门指南，编制和配置简单的一个新项目的过程中。
这些变化，幕后的技术改进。 通过科与英特尔的密切合作，求解器代码进行了优化，提高性能的最新一代处理器。
为了提高软件的通用性，CST STUDIO SUITE还包括全新的分析工具，，如汽缸扫描和范围配置正弦。 这些扩大，该软件可以被用于应用程序的数量，并允许它很容易插槽成许多不同的工作流程。
Computer Simulation Technology (CST) announces the update of the 2016 version of the electromagnetic simulation tool, CST STUDIO SUITE. The latest edition has been developed to both extend the capabilities of the software and to improve its foundations.CST STUDIO SUITE is an EM simulation software package containing solvers for applications across the electromagnetic spectrum, as well as multiphysics and particle applications. All of its tools are available within a single graphical user interface with strong integration between them. Engineers and researchers in a wide range of industries use CST STUDIO SUITE to develop new ideas, optimize their products, and ensure standards compliance.The 2016 release of CST STUDIO SUITE packs in a number of new features that allow simulation to be used in new ways in the design process.
The Integral Equation Solver (I-solver) now includes Characteristic Mode Analysis (CMA), a method for investigating the behavior of a radiating structure by calculating the current modes that it can support. The primary benefit of CMA is that it gives engineers a better physical understanding which allows them to improve the antenna design or to develop new antenna concepts.
With the new transient combine results feature, the coupling of fullwave 3D field solvers with the circuit simulation reaches a new level of integration. It allows the visualization of field and currents form a circuit connected to the 3D model even considering non-linear and switching elements on the schematic. This is particularly useful in EMC simulation of switched devices for example in the power electronics industry.
The new moving mesh technology allows an existing tetrahedral volume mesh to be adjusted without changing its topology to fit the new structure when parameters are changed. This saves time and reduces the noise associated with changes in mesh topology, allowing much more accurate optimization of devices whose behavior is sensitive to small geometric changes, e.g. of filters.
1、通用
o 交互版Linux
o 爆炸视图
o 分层结构和三维结构的帖敷和扭曲
o 新的、用户更友好的作业排队系统Job Control Center
o 改进的天线阵设计导航
2、网格
o 四面体网格新增微动网格功能
o 三角面元与四边形面元的混合面元网格
o 智能网格自适应
o 多体旋转的滑动气隙网格
3、Transient求解器和TLM求解器
o 通风孔材料
o 从S参数直接获取thin panel材料属性
o TLM网格可视化
4、频域求解器
o 改善四面体网格自适应加密功能
5、积分方程求解器
o 特征模式分析
o 无限大真实地面
6、高频求解器
o GPU加速和分布计算
o 近场探针结果
7、粒子追踪求解器
o 支持四面体网格
8、电路仿真
o 瞬态任务增加场路协同仿真
9、EDA
o 新增信号库用于实现自动的规则检查
o 新增芯片导入接口
o 自动IBIS基准信号扫描
o 线缆阻抗计算器
安装破解激活教程：http://www.sd124.com/article/2018/1219/227608.html
