Point Grey hosts first AIA Vision standards meeting

Point Grey, a leader in advanced digital imaging products, will be hosting the AIA Winter 2012 Vision standards meeting in Vancouver, Canada from 13 – 17 February.
March 15, 2012 Read time: 2 mins
541 Point Grey, a leader in advanced digital imaging products, will be hosting the AIA Winter 2012 Vision standards meeting in Vancouver, Canada from 13 – 17 February. This is the first meeting of its kind where leading industry players meet to progress technical milestones on interface standards. One of the key items on the agenda is the continued effort to form the USB3 Vision standard for a 2012 release.

"We are delighted to host this first meeting, given our extensive history and experience with developing USB 3.0 camera technology," explains Mike Gibbons, Point Grey product marketing manager. "As a founding member of the USB3 Vision committee we're excited to see the overwhelming response to the standard. We look forward to welcoming both current and new members to this historic event."

Point Grey has been a leading innovator of USB technology for a number of years. USB 2.0 products were added to the portfolio in 2005 and Point Grey demonstrated the world's first USB 3.0 camera in 2009. Since launching the Flea3 USB 3.0 camera, Point Grey has built an ecosystem of USB 3.0 components, including host controller cards, cables and software, that work seamlessly together to provide a reliable end-to-end imaging pipeline. Point Grey USB 3.0 cameras will support the USB3 Vision standard as well as be backwards compatible to Point Grey's current camera control protocol.

"When compared to the existing lineup of digital interfaces, USB 3.0 offers increased 400 MB/s throughput and, like FireWire, provides cost-effective power and data over a single cable," says Gibbons. "While USB 3.0 is almost 10 times as fast as GigE, GigE's maximum cable length is superior. It is clear that USB 3.0 and GigE will co-exist as the predominant interface choices for industrial, scientific and traffic applications."

An initial white paper on the progress of USB3 Vision so far, can be found on the 3913 AIA Vision website.
Detection, Monitoring & Machine Vision

Related Content

  • May 11, 2015
    Point Grey’s latest Blackfly features Sharp CCD
    The latest addition to the Point Grey camera range is the new 5.0 megapixel Sharp CCD model to its Blackfly family of GigE Vision cameras. The BFLY-PGE-50H5 camera models are based on the Sharp RJ32S4AA0DT mono and RJ32S3AA0DT colour sensors, a 2/3"-inch global shutter CCD.
    Read More
  • October 25, 2018
    Teledyne Dalsa showcases 5-Gigabit, GigE vision models
    Teledyne Dalsa’s 5-Gigabit, GigE Vision cameras are intended for imaging applications which require high-speed data transfer. The company says the new cameras can replace existing units built into current vision systems which rely on the existing GigE vision interface standard. The Genie Nano cameras are built around Sony image sensors and are expected to offer resolutions from 3.2Mpixels to 12Mpixels - with more models to follow by the end of the year, the firm says. Also, the cameras feature the new 5G
    Read More
  • June 30, 2016
    IR’s invisible benefit for traffic surveillance and enforcement
    Advances in vision technology are enhancing traffic surveillance and enforcement applications. Variable lighting conditions have long been a stumbling block for vision technology applications in the transport sector. With applications such as ANPR, the read-rate may vary between daylight and night and can be adversely affected by glare and low sun. Madrid, Spain-based Lector Vision had these considerations in mind when designing its Traffic Eye ANPR system, which combines off-the-shelf and custom hardware
    Read More
  • January 7, 2016
    Point Grey adds next generation CMOS to Grasshopper3
    Point Grey has announced the addition of new 3.2 and 5 MP CMOS models to its Grasshopper3 USB3 Vision camera line. The latest Grasshopper3 models feature Sony’s second generation Pregius global shutter CMOS sensors. The IMX250 and IMX252 sensors have smaller pixels (3.45µm) and lower temporal dark noise.
    Read More

Highlighted Content