The Grasshopper™ IEEE-1394b digital camera line offers a large selection of high resolution, high sensitivity sensors and an ultra fast 800Mb/s digital interface. Attractive pricing makes these powerful cameras ideal for OEMs and system integrators who need compact systems that deliver 0.3M, 1.4M, 2.0M or 5.0M images at high frame rates. The Grasshopper cameras are particularly effective in demanding imaging applications such as those used in electronics manufacturing, life sciences and microscopy, surveillance and security, and ITS.

The Scorpion™ IEEE-1394 camera platform, available with a variety of CCD image sensors, is designed for demanding imaging applications.

The Firefly® MV camera is a small, inexpensive and easy-to-use IEEE-1394 digital camera designed for machine vision applications. With a 25x40mm board-level footprint and external trigger and strobe functionality, the Firefly MV is ideal for industrial imaging applications.

The Dragonfly®2 camera is an OEM style board level camera designed for imaging product development. It was developed for easy design transition from the original Dragonfly camera, and offers double the standard frame rate, auto-iris lens control and on-board color processing.

The Dragonfly Express™ camera is an extension of the popular Dragonfly. It has a similar form factor as the original Dragonfly, but uses a 1/3" Kodak sensor and IEEE-1394b interface to achieve fast frame rates that are ideal for vision product integration.

The Flea® is a compact IEEE-1394 digital camera, designed to fit spaces as small as 30x31mm. With a 1/3'' Sony CCD and a 12-bit analog to digital converter, the camera delivers high quality images ideal for demanding imaging applications. New users should consider the next generation Flea2, which offers a substantially better price-performance ratio.

The Dragonfly® is an OEM-style IEEE-1394 board level camera providing maximum control and flexibility for digital imaging applications and is recommended for use with existing systems. New users should consider the next generation Dragonfly2, which offers a substantially better price-performance ratio.

The FlyCapture® Software Development Kit is included with all PGR IEEE-1394 Imaging and Stereo products. The SDK includes a camera device driver, full software library with Application Programming Interface (API), example programs, and source code for a quick start in the C/C++ programming environment.

The MultiSync™ software is designed to synchronize the image acquisition of multiple PGR cameras across different 1394a and 1394b buses, either on the same computer or across multiple PC's, to within 125 microseconds of each other. MultiSync is an ideal software replacement for PGR's popular Sync Unit.

The Bumblebee®2 is the next generation Bumblebee® stereo vision camera. It provides a balance between 3D data quality, processing speed, size and price. Developed as a drop-in replacement for the original Bumblebee camera, the Bumblebee2 also features double the frame rate and a GPIO connector for external trigger and strobe functionality.

The Bumblebee® XB3 is a 3-sensor multi-baseline IEEE-1394b (800Mb/s) stereo camera designed for improved flexibility and accuracy. It features 1.3 mega-pixel sensors and has two baselines available for stereo processing. The extended baseline and high resolution provide more precision at longer ranges, while the narrow baseline improves close range matching and minimum-range limitations.

The Triclops™ Software Development Kit (SDK) is included with all PGR IEEE-1394 Stereo Vision products and is used to provides real-time depth range images using stereo vision technology. It allows users to accurately measure the distance to every valid pixel in an image.

The Censys3D® Software Development Kit (SDK) is designed to provide users with accurate, online, people tracking information in challenging environments. The SDK requires a PGR Stereo Vision camera and allows users to easily integrate robust tracking functionality into their own custom applications.

The Ladybug®2 is the next generation of spherical digital video cameras from Point Grey Research.  The system has six cameras that enable the system to collect video from more than 75% of the full sphere, and an IEEE-1394b interface that allows streaming to disk at 30fps.

The Ladybug® Software Development Kit (SDK) allows users to fully control the Ladybug2 Spherical Vision camera system and integrate its functionality with their own custom applications. The SDK includes a camera device driver, full software library and Application Programming Interface (API), and example programs and source code for a quick start in the C/C++ programming environment.

The Multiclops software allows users to easily overcome the field-of-view and line-of-sight restrictions that often result from using a single Stereo Vision camera system by integrating data from multiple Stereo Vision cameras systems into a single coordinate system.

ProFUSION 25, designed and manufactured by ViewPLUS Inc., is a 5x5 camera array system with 25 VGA resolution cameras housed inside a very compact body. It is also the world's first camera connected with a PCI Express external cable. This connection provides more than 200MB/s effective bandwidth and transfers all 25 images at 25 FPS to the PC.

NOTE: This product is intended to be used exclusively as industrial, commercial or medical test equipment. Any other usage is in violation of FCC Part 15.

The FirePRO 3-port IEEE-1394b hub supports the simultaneous connection of multiple 1394b FireWire devices. The compact 51x67x21mm metal case minimizes the risk of physical damage and is ideal for applications where space is limited. The hub's design incorporates locking 9-pin 1394b bilingual ports, multiple mounting points, and an external power connector to ensure a secure physical connection and stable network configuration.

The FirePRO 2-port IEEE-1394b repeater, designed and manufactured by Point Grey Research, is a reliable and cost effective solution for extending devices beyond the standard 4.5m cable length. The compact 25x56x17mm metal case is ideal for applications where space is limited. The repeater's design incorporates locking 9-pin 1394b bilingual ports, 1394b port protection, and a status LED to ensure a secure physical connection and stable network configuration.

The FirePRO 5-port IEEE-1394b hub supports the simultaneous connection of multiple 1394b FireWire devices. The compact 57x94x20mm metal case minimizes the risk of physical damage and is ideal for applications where space is limited. The hub's design incorporates locking 9-pin 1394b bilingual ports, multiple mounting points, and an external power connector to ensure a secure physical connection and stable network configuration.

The FirePRO low profile IEEE-1394b PCI Express card designed and manufactured by Point Grey Research is ideal for multiple camera arrays or high data rate applications that require fast and reliable data transfers into the host system. Users can choose between a single or dual bus option. Each card includes a standard size PCIe mounting bracket, two (2) bilingual 1394b ports with locking screw connection, and internal power connector.

The FirePRO high flex IEEE-1394b cable assembly, manufactured by Oki Electric Cable, is an ideal solution for moving vision systems that require reliable, high performance flex life and signal transmission. Key benefits include: minimizes data loss and signal integrity problems; locking connectors guarantee secure connection; prevents system downtime due to cable replacement; and maintains stable signal attenuation over the flex life.

The FirePRO 10 metre IEEE-1394b cable assembly is a high quality, reliable and cost effective solution for applications that require devices to be extended beyond the standard 4.5m cable length. Key benefits include: minimizes data loss and signal integrity problems; locking connectors guarantee secure connection; and prevents system downtime due to cable replacement.

The FirePRO 4.5 metre IEEE-1394b cable assembly is a high quality, reliable and cost effective solution for connecting IEEE-1394b 800Mb/s devices. Key benefits include: minimizes data loss and signal integrity problems; locking connectors guarantee secure connection; and prevents system downtime due to cable replacement.