Signal Analyzer by Keysight - Optimize Signal Performance
The Signal Analyzer by Keysight in Altium Designer paves the way for PCB designers to detect and address high-speed signal integrity issues like impedance mismatches, delays, and signal losses. This tool simplifies complex signal analysis, enabling users to visualize and resolve problems without specialized expertise. By ensuring optimal signal performance, designers can enhance reliability, avoid costly rework, and meet industry standards.
Wire Bonding Support - Enhancing Connection Precision
Altium Designer's Wire Bonding Support allows for the creation of components with defined 'Die Pads' that can be wired to regular pads or any copper on the main board using 'Bond Wires.' This feature enhances connection precision, promoting reliability and performance in designs. It provides comprehensive control over wire placement, loop height, and diameter, ensuring flexibility and accuracy in complex PCB layouts.
3D Mechatronic Integrated Device Design - Simplified 3D Design Process
The 3D layout tool for Mechatronic Integrated Device (MID) designs in Altium Designer seamlessly merges electronic and mechanical elements, offering new possibilities in wearables, medical devices, and automotive components. This tool simplifies the 3D design process through easy integration, synchronized design, logic-driven layout, and precise placement. It ensures production-ready data export, eliminating the need for complex workarounds and making it suitable for the entire 3D-MID design process.
Unified Login - Streamlined Account Access
Altium Designer's Unified Login feature allows users to sign in to their Altium Account through an external browser using various methods, such as direct email credentials, linked Facebook or Google accounts, or Single Sign-On (SSO). This streamlined login mechanism integrated with Altium Designer offers easy account access for users.
Dynamic Phase Matching for Differential Pairs - Precise Signal Tuning
The Dynamic Phase Matching for Differential Pairs feature with autotuning controls static and dynamic phase discrepancies that can occur during routing processes. By considering the electrical types of pads at each end of a routed differential pair and applying tuning based on the source/load specification, this feature ensures precise tuning of differential pairs, enhancing signal integrity.