solidThinking Embed 2017.2.28

solidThinking Embed 2017.2.28 | 389.3 mb

Information:

solidThinking, Inc., a leading provider of industrial design software, announced the release of Embed 2017.2, is a visual environment for model-based development of embedded systems. Its highly efficient diagram-to-code capability shortens the development time and increases product quality.

solidThinking, Inc. has updated a new software suite for multi-disciplinary design and engineering. This model-based development technology suite drives innovation through simulation by uniquely combining math, signal-based, physical and 3D modeling technologies for concept studies, control design, system performance optimization and controller implementation & testing.

solidThinking’s model-based development software offerings include:

– Compose provides engineers, scientists and product creators with a high-level, matrix-based language and a modern programming environment for all types of math operations including matrix analysis, differential equations, signal analysis and control design.
– Activate enables product creators, system simulation and control engineers with a block diagram environment to model, simulate and optimize multidisciplinary systems.
– Embed allows control engineers and embedded developers to rapidly implement multi-rate control systems on target microprocessors through its powerful diagram-to-code capability.

About solidThinking solidThinking creates, develops, and markets technology that helps our user community bring the most desirable products to their customers faster. solidThinking software is sold and supported by a global network of distribution partners and is also available as part of the Altair HyperWorks suite. solidThinking is a wholly owned subsidiary of Troy, Mich. (USA)-based Altair.

Product: solidThinking Embed
Version: 2017.2 Build 28
Supported Architectures: x64
Website Home Page :

http://www.solidthinking.com

Language: english
System Requirements: PC
Supported Operating Systems: Windows 7even / 8.x