Client Acknowledgements
“Spyder has proven to be an extremely flexible system with excellent source overlapping and many features not commonly found in an image processor. Other advanced Spyder features used in the design and implementation of this system include storing background images, digital annotation capabilities across all channels and scaled output.”
- The Whitlock Group
Picture this.
The growing field of scientific and industrial visualization has found a powerful, versatile, reliable tool in the Spyder Video Processor. Because it allows for ultra high-resolution digital inputs and outputs, along with extra flexible display support and an amazing source-overlapping capability, Spyder gives you perspectives that are unmatched in fullness and detail.
Immerse yourself in advanced simulation.
You simply cannot create more vivid, more comprehensive imagery than Spyder visualization. That’s because Spyder meticulously integrates and configures complex hardware and software while allowing for the interplay of ever-changing human factors. Spyder can actually project you into a 3D space, simulating a real-world environment you can view from all angles. The result is an immersive visual environment that changes the way people approach their workflow processes—and the way they think.
Immersing yourself in Spyder’s display format creates the sensation of becoming one with the application. This is more than a marvelous effect—it allows you to make sound decisions based on detailed, accurate visualizations. Spyder’s 3D/VR advanced simulations are often “immersive theaters” that use a large flat or curved screen that completely fills your peripheral vision. This 3D/VR application can display real-world objects that cannot normally be seen, such as molecule shapes, air and liquid dynamics, and weather patterns.
Real time. For real.
What separates Spyder from everyone else is its total capability package at a high frame rate. In a world where real time is critical, Spyder is the next best thing to being there. The Stereoscopic (SSO) feature allows both mono and stereo picture-in-picture (PIP) windows simultaneously, and you can add, remove, resize and reposition windows dynamically or with pre-programmed sequences, whichever you choose. The seamless architecture prevents critical information from being lost and allows you to store background images and digitally annotate across all channels with scaled image output.
Who’s using Spyder.
Scientists, engineers and medical researchers love Spyder because it allows them to explore new areas, create new products, and uncover images they may not be able to see otherwise. They use Spyder to model medical or biological applications, training simulations, or technology processes for performance optimization, safety engineering, testing and education.
Spyder has been deployed in oil and gas exploration, scientific research, design and manufacturing, aerospace, automotive modeling, and pharmaceutical and medical research. Because Spyder is scalable, it can grow to meet new application needs. And it’s flexible and easy to use, so it’s accessible to a large range of user levels.
The Whitlock Group
This audio/visual systems integration firm used Spyder for a major international oil and gas company, viewing images deep beneath the earth’s surface using sonar graphics to discover and analyze oil and gas deposits.
They report: “Spyder has proven to be an extremely flexible system with excellent source overlapping and many features not commonly found in an image processor. Other advanced Spyder features used in the design and implementation of this system include storing background images, digital annotation capabilities across all channels and scaled output.”
Spyder Video Processor - Live Applications
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