Ansys HFSS Features

Dashboard to view the status of ongoing processes, identify current incidents and track past activities

Configure existing workflows to meet your organization's needs

Application programming interface that allows for integration with other systems/databases

Process of checking different types of data for accuracy to avoid errors or inconsistencies

Graphical representation of data

Use AI to generate content in the form of text, images, videos, etc.

Representation of any object in 3D

Estimate or forecast of a future scenario based on the study of present trends

Import and export data to and from software applications

Collaborate on creating a product by sharing and adjusting designs through a shared portal

Assemble applications and processes by dragging over and arranging pre-built components

Active monitoring of systems, applications, or networks

Track revisions and updates made to files and navigate between different versions

Interact with data visualization elements, such as charts and graphs, to drill down into data

Set up connections to third-party platforms to improve business processes

Define levels of authorization for access to specific files or systems

Create, design and manage workflows for repetitive tasks

Capabilities within graphical user interfaces that allow users to interact directly with objects to perform a task

Develop potential scenarios to identify risks and opportunities

Capture, organize and track product-specific data and information in a centralized location

Predict future data based on historical data sets

Track and monitor efficient handling of all changes/transitions

Monitor and manage manufacturing and production processes.

Create labels for products that contain required information such as colors, sizes, dates, etc.

Centralized repository to store content and assets

Store, manage, and track all electronic documents in a centralized location

Receive data and information in real time

Collection, analysis, and representation of numerical data and generation of reports to understand various patterns

Automates and streamlines business processes by creating a sequence of predefined rules and actions that govern the flow of work

Create, save, and store files

Track and manage adherence to policies for any service, product, process, or supplier

Create, manage, and track policies and procedures within an organization

Visual representation of data using various graphical elements such as charts, graphs, maps & other visual aids

Alter the layout and content of reports

Create, design and modify the flow and processes of tasks in a project

View and track pertinent metrics to find patterns and gain insights from data

Database containing variables, data, and templates for mathematical analysis

Create, manage, or update project workflows.

A virtual assistant that uses AI to pursue goals and complete tasks on behalf of users

Organize and manage the accomplishments and development of employees or performance of applications or systems

Ability to modify 3D primitives (parametric editing tools, free-form editing tools, symmetrical editing process, etc.)

Ability to place circuit components within the PCB design

Ability to conduct computational fluid dynamics and thermal analysis

Ability to conduct finite element analysis test

Ability to conduct kinematics and dynamic analysis of mechanisms

Simulate physical behavior for a design or structure

Ability to modify PCB layouts and PCB circuitry

Ability to capture electrical properties and other attributes of components, wires, nets and pins.

Ability to modify 3D primitives (parametric editing tools, free-form editing tools, symmetrical editing process, etc.)

Ability to access basic drawing tools (line, circle, polygons, etc.)

Ability to access basic editing tools (erase, trim, extend, undo, etc.)

Ability to access rendering tools (lighting tools, texture mapping, custom material creation, etc.)

probability model based on random variations of variables

Share and present designs

Ability to support a sufficient number of hardware developers (by default or through the use of custom drivers).

Support for custom interfaces designed around specific design tasks, by default (out of the box) or through user customization.

Support for multiple user interface customizations. Can store and recall interfaces as required by a specific user without closing the application and without the need for scripting knowledge.

Names of basic commands are clear and easy to understand. On-cursor documentation, such as tool tips and pop-up descriptions, provide clarification of icons and other user interface elements.

Ability to model discrete event simulation such as analyzing event-driven system models and optimizing performance characteristics such as latency, throughput, and packet loss.

Ability to model continous event simulation

Ability to conduct mechanical event simulation

Ability to model a manufacturing processes like casting, molding and die press forming

Ability to integrate with CAD and PLM software

model to predict fluid dynamics, not limited to airflow

simulation based on physical movement

Ability to learn and adapt from interactions with environment and data, and to model varying behavior over time.

Representing and explaining real systems and occurrences using math formulas, descriptions, and approaches

Model actions and effects based on autonomous agents in a system

stochastic model based on repeated random sampling

Ability to create custom commands or command aliases, change the active customization file, and configure command properties.

Ability to customize the user interface and recall customizations. Can define the workspace a custom panel should appear in.

Ample board space available for PCB design

Ample amount of layers to edit PCB designs

Ability to find and download high quality PCB footprints