Cadence OrCAD Xplore Integrates Component Intelligence Into PCB Design

Cadence Design Systems Inc. has introduced the OrCAD Xplore Design Platform at electronica 2026. The platform combines component research and sourcing within the OrCAD X Capture schematic design environment, building on existing design tools and the Ultra Librarian component ecosystem. The AI-assisted component searches and integrated supply chain data help engineers evaluate part alternatives, check availability, and manage component selection during PCB development.

Engineers need accurate component data when adding selected parts to schematics and printed-circuit-board (PCB) layouts. Xplore provides access to more than 16 million verified schematic symbols, PCB footprints, and 3D models. It also includes manufacturer reference designs, simulation models, and technical documentation.

Cadence's OrCAD Xplore Design Platform. — Cadence's OrCAD Xplore Design Platform with component research, manufacturer data, and sourcing capabilities integrated into the OrCAD X Capture design environment. (Source: Cadence)

The schematic symbol is a representation of the electrical connections to the pins of the component, and the PCB footprint is the physical layout of pads for the component. Even if the schematic connections are correct, one wrong footprint can lead to layout or assembly errors. Simulation models and reference designs can also be used by engineers to analyze circuit behavior.

Texas Instruments, STMicroelectronics, Murata, and Molex are among the initial partners providing technical resources. Their integration into OrCAD X Capture reduces the need to retrieve files separately or create library components manually. Engineers can check the available models and pin assignments against the exact manufacturer part number.

OrCAD Xplore Design Platform also introduces AI-assisted natural language searches to help engineers find components and find alternatives using manufacturer specifications and sourcing information.

For example, a replacement voltage regulator that provides the same output voltage can have a different pinout or require changes to external components. Design engineers can compare its operating range, current rating, package, and thermal characteristics before adding it into the circuit.

Xplore also integrates DigiKey data, which allows engineers to check stock, pricing, lead times, and product lifecycle status during component selection. This integrated shopping cart supports ordering parts directly from the bill of materials (BOM).

But component availability can vary between package options and temperature grades, even within the same product family. Engineers have to match the manufacturer part number in the BOM with the selected device.

Component availability checks before PCB layout can reduce redesign work. If an IC becomes unavailable, the replacement process often includes changes to the footprint or supporting circuitry, followed by additional design verification. Engineers can also verify if the approved alternative parts are still compatible with the existing board design.

Some of these capabilities were already available in Cadence's tools. Xplore connects these existing functions with AI-assisted research, additional manufacturer resources, and DigiKey purchasing. Cadence claims the platform can reduce component research time by up to 80 percent.

Cadence is exhibiting at Electronica, Munich, Germany, November 10-13 at Booth 379, Hall B5.

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