Tanner EDA Software Tools - Training for Analog IC, Mixed Signal, & MEMS Design
Tanner EDA provides a variety of training options and locations, taught by Tanner EDA tool experts with extensive design experience.
Contact Tanner EDA via email or call 1-877-325-2223 for more information or to discuss your training.
Out of the office, no distractions -- get the most from your classroom time. Specialized design issues? Our instructors are ready to address them with fully customized classes.
Our courses range from Analog IC & Mixed Signal Design, which takes you step-by-step through the IC design process both introductory and advanced; to MEMs Design, which covers basic MEMS design operations; to UPI and T-Cells training that cover advanced use of L-Edit's parameterized cell capability.
Courses include concept presentations combined with hands-on workshops to insure your understanding of key concepts. Our certified instructors have a thorough knowledge of Tanner Tools and broad practical experience -- you benefit from the expertise of those who know our products best.
- Register Now September 15-19, 2014 - Monrovia, CA - Analog IC/Mixed Signal Training
- Register Now October 15-17, 2014 - Monrovia, CA - L-Edit MEMs & UPI/T-Cell Training
- Register Now November 10-14, 2014 - Monrovia, CA - Analog IC/Mixed Signal Training
- Register Now December 15-17, 2014 - Monrovia, CA - L-Edit MEMs & UPI/T-Cell Training
Offers the industryâ€™s leading nanometer analog and mixed-signal simulator.
Performs 5x-10x faster simulations than industry standard SPICE simulators.
Seamless integration with S-Editâ„¢ and W-Editâ„¢.
BDAâ€™s Paul Estrada talks about the collaboration with Tanner EDA Nic Williams of Tanner EDA discusses Analog FastSPICE Performance Paul Estrada discusses the integrated Tanner-BDA offering Nicolas Williams of Tanner EDA summarizes HiPer Simulation AFS features
Integration of BDAâ€™s Analog FastSPICEâ„¢ with S-Edit and W-Edit.
Provides nanometer SPICE accuracy at 5x-10x the speed.
Lets you simulate directly from S-Edit.
Supports the latest foundry MOSFET and BJT processes.
Simplifies circuit design through a powerful, easy-to-use interface.
Shortens design cycles through tight integration of schematic, simulation, and waveform analysis
Lets you quickly and interactively view, measure, and analyze waveforms through intuitive and highly configurable multiple window, multiple chart interface.