News & Updates

Ansys CoDesigner (which will be released on the13th of December) simplifies your design process by connecting ECAD and Simulation to eliminate manual export/import steps. With features like design change synchronization and commenting, Altium Designer ECAD engineers and Ansys Electronics Desktop (AEDT) SIM engineers can collaborate seamlessly in one workspace.

Automatic Multi-Net Tuning enhances PCB design accuracy and efficiency by automatically adjusting multiple nets simultaneously to meet specific design rules, including length and delay. Learn more about this feature, which will be released on December 13th. Its flexibility enables effective work with differential pairs and traces at any angle. It not only identifies but also rectifies issues related to automatic length tuning, ensuring your designs adhere to key standards without the need for manual adjustments.

PCB CoDesign makes it easier for everyone to work together and meet project deadlines. In Altium Designer 24, which is scheduled for release on December 13th, we are introducing a new feature. This feature optimizes your resources through a Git-like approach, allowing multiple team members to work simultaneously and commit changes to a master branch. This expedites the design process and lowers project costs.

MultiBoard Draftsman enhances the efficiency of design reviews and assembly precision by offering a unified platform for detailed viewing and documentation of MultiBoard Designs. Discover more about this feature in our brand-new short video.

PCB Layout Replication allows quick replication of layouts for repetitive circuitry blocks in a flat PCB design. In this short video we will show you how this new tool (scheduled for release on December 13th) eliminates the need to do repetitive tasks manually or for various workarounds like snippets or multi-channel designs.

Constraint Manager simplifies PCB design by facilitating collaborative constraint definition from both Schematic and PCB. Learn more about this new feature, which streamlines the process of setting electrical clearances and creating rules while centralizing class management for time-saving convenience.

Learn how to simulate the circuit, identify a common issue, and walk through how to diagnose and correct any errors found in a seemingly well-designed debounce circuit. 

In this video, we will guide you through three distinct manual component import methods; employing an external library, utilizing the internal IPC Compliant Footprint Wizard, or creating one yourself based on documentation.

In this video, we will demonstrate the first two methods of importing components into Altium Designer; through Manufacturer Part Search or by using an external plugin.

Learn how to run a transient simulation, analyze the waveforms, and measurement techniques you can use to determine a voltage ripple with a buck converter as an example. 

PCB Edge Plating provides additional noise suppression and improves EMC. In this video we provide you some practical tips for creating metalized PCB edges in Altium Designer.

Altium Designer allows you to freely customize paste and solder mask shapes, which allows you to adapt your design for non-standard component footprints.

Learn how to effectively fix errors in circuit simulation and other problem-solving techniques using a Colpitts Oscillator design as an example. 

Altium Designer allows you to add, remove, and edit thermal relief spikes anywhere on a pad, regardless of its shape. Using these can improve soldering and prevent manufacturing problems like tombstoning.

Learn how to run an AC sweep analysis, execute a Monte Carlo simulation, and interpret the results using a notch filter as an example. 

Modern components often contain pads with complex shapes. Altium Designer allows you to create custom pad shapes quickly and easily, and manage them like you would a standard pad.