No More Frame Grabbers Hundreds of camera types, spanning the categories of monochrome, color, 3-chip color, and line-scan can be easily connected, in any combination, via all of the evolving standard data pathways in conventional PCs (USB2, Ethernet, PCI, and 64/66 PCI). Opteon systems provide extremely high throughput (460 to 920 Megabytes/second, sustained, per computer and 110 Megabytes/second per camera) with little, or no utilization of the host processor. This is true even for asynchronous data from multiple, disparate camera channels. This is achieved in a system with guaranteed data integrity, long, inexpensive standard cables (300 without repeaters, multiple kilometers with one repeater), no requirement for external power supplies, and at greatly diminished cost. Quick to Implement Through ingenious use of new open computer standards for peripheral connections, Opteon systems supersede both conventional and proprietary methods of interfacing cameras to computers, storage devices, and displays. They eliminate the lengthy integration delays and loss of fidelity that plague deployments with conventional equipment. Gone are the days of multiple vendors, each of whose products have specific requirements that must be reconciled in hardware and patched together in software before even rudimentary functionality can be demonstrated. Snap Together Opteon components snap together and immediately function flawlessly. Data from almost any type of camera you could imagine is delivered with perfect fidelity, directly (no intermediate copies and without using the host processor) to the user-mode virtual memory of modern, inexpensive, high-speed PCs and Servers. Vastly superior single-camera solutions can be implemented for half the cost of todays smart cameras with even greater savings for multiple camera systems. Systems of over 1000 cameras can be deployed from a single 19 equipment rack. | | Configure Your Own Opteon Imaging System The Camera Selection will allow you to specify your exact needs for an imaging system. |