Intel® 3rd-Gen Core™ i7/i5 Fanless Vision System with 4x GigE PoE and Deterministic Trigger I/O
•Intel® 3rd-Gen i7 Quad-core superb performance
•Integrated camera interfaces
- 4x 802.3af Gigabit PoE ports via Intel I210
- 4x USB 3.0 ports
•Patent-pending Deterministic Trigger I/O technology for accurate trigger/strobe control
•Patent Cassette* design for PCIe/PCI add-on card expansion
•Per-port PoE power on/off control
•Rugged, -25 °C to 70 °C fanless operation
Nuvis-3304af is a vision system dedicatedly designed for machine vision applications. Inheriting Neousys’ proven fanless architecture and Power-over-Ethernet technology, Nuvis-3304af combines superb computing performance, integrated camera interfaces and great reliability in its compact chassis.
As accurate trigger/strobe control is crucial for vision applications, Neousys developed a new technology, Deterministic Trigger I/O, or DTIO, for Nuvis-3304af. Unlike legacy isolated DIO, this patent-pending DTIO technology allows users to program a deterministic timing correlation between input and output signals at a resolution of 25 microseconds. With DTIO, your vision system can have extremely precise control for proximity sensor input, strobe output and camera trigger.
Camera connectivity is another key for vision systems. In addition to integrated PoE and USB3 ports, Nuvis-3304af is provided with Neousys’ patent Cassette design for PCIe/PCI expansion. By installing dedicated interface card, Nuvis-3304af can work with analog, 1394, Camera Link or CoaXPress camera. Or you can integrate a motion control card to fulfill a all-in-one inspection system.
Combining the quad-core CPU performance, PoE/USB3 camera interface, innovative DTIO and Cassette technology, Nuvis-3304af is the perfect platform for you vision application.
Leider gibt es für diesen Aussteller kein deutsches Firmenprofil.
Neousys Technology, established in 2010, designs and manufactures rugged embedded platforms and modules. With the core expertise ranging from embedded computing to data acquisition and processing, our goal is to innovate and integrate feature sets into products for various vertical markets with simple yet elegant architecture.