inspectAR

Augmented Reality Toolkit for PCBs

PCB Debugging is Hard

inspectAR makes it Easy

Whether for tele-engineering, remote design collaboration, co-debugging, inner layer visualization, instant component lookup or net searching on a PCBA at any stage of manufacturing or test, inspectAR helps hardware teams interact more efficiently with their designs.

Book a Demo

inspectAR

Augmented Reality Toolkit for PCBs

PCB Debugging is Hard

inspectAR makes it Easy

Whether for tele-engineering, remote design collaboration, co-debugging, inner layer visualization, instant component lookup or net searching on a PCBA at any stage of manufacturing or test, inspectAR helps hardware teams interact more efficiently with their designs.

Book a Demo

Overview

PCB as a Live Interactive Board

You can directly interact with a board in the real world by clicking or tapping on components from within the inspectAR tool. Hover over a component and it will give you its reference designator. Click a component and you can view the design-specific pinout natively from the inspectAR tool. If you flip the board over, all the overlays that you are looking at will be reversed and mirrored to match the design.

Testing, debugging, and reworking

Industry trends have caused a reactionary bottleneck in testing, debugging, and reworking when hardware products are manufactured; both in prototype and mass-manufacturing scenarios. The PCB design software industry has thus far been unable to pivot towards this trend due to the technological inability to interpret a physical object like a PCB with the same accuracy that a human would.

Download and start using the App

The inspectAR tool overcomes the technological barrier of using software to interpret a design in the real-world by using nothing more than a camera and some EDA manufacturing outputs (AR glasses neither required nor supported).It is not much harder than depositing a check to your bank account using a smartphone app was five or ten years ago. Now, just by clicking on a component, you are brought to its datasheet, supplier information, and a design-specific pinout.

Features

Easy-to-Use AR Technology

The inspectAR tool uses off-the-shelf devices with a hybrid of in-house and custom AR technology. Repeat a two-step calibration process for the front and back side of the board to get a project up and working in minutes. No fiducials are required, and any color combination of silkscreen, solder mask, and work surface background will work.
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Any PCB Shape Will Work

From simple rectangles to circular boards, irregular shapes with internal cutouts, and custom profiles made to fit form-factor cases, the inspectAR tool will still work. The custom calibration matches the profile of your board exactly, accounting for overhanging, side-mounted components, and any internal cutouts or slots your design may have.
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Simple Calibration Process

The inspectAR tool uses this board outline to calculate the approximate location of your AR overlays and compute the location the board in real-time once you enter the AR window. You can make small adjustments to your overlays after calibration.
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AR Probing

You can directly interact with a board in the real world by clicking or tapping on components from within the inspectAR tool. Hover over a component and it will give you its reference designator. Click a component and you can view the design-specific pinout natively from the inspectAR tool. If you flip the board over, all the overlays that you are looking at will be reversed and mirrored to match the design.
Learn More >

Topology-Based Menu

Every overlay in the inspectAR tool understands its topology in relation to others. For example, a component knows which net each pin is connected to and a net knows which components are connected to. Therefore, you can use engineering intuition rather than specific knowledge of a design to navigate around the board. Once you activate a component, you’ll then see which net each pin is connected to. You can keep following the flow of power or move on to different functional and logical nets to explore communications, sensor behavior, etc.
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Documentation Tool

Engineers spend countless hours preparing in-lab documentation using tools such as Microsoft Paint or PowerPoint. Step one is painstakingly lining up shapes and symbols to match the image you have taken. The inspectAR tool does this automatically and, from its screenshot markup tool, you can add your own custom drawings and instructions to the image. Instructions can then be attached to any net or component and viewed natively alongside the components in the AR scene.
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Resources

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