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30 products
30 products
Imaging Source DFG/USB2pro
Video-to-USB 2.0 converter
Typical machine vision applications use dedicated computers to perform image processing and analysis.
Some simple monitoring and visualization tasks do not, however, require these levels of image processing. Such tasks are most efficiently solved by delivering images directly from camera to monitor—eliminating the need for and associated costs of dedicated computer hardware.
Expressly designed for this purpose, the USB-to-HDMI converter generates an HDMI signal from The Imaging Source’s USB3 camera image data. Camera settings like exposure and gain can be configured via an on-screen menu and are automatically restored on startup.
Features:
- Supports all DMK/DFK 33, 37 and 38 series cameras from The Imaging Source
- Supports resolutions up to 4K (3840x2160) at 15 fps; Full HD up to 60 fps
- Supports monitors up to 4K native resolution
- Easy-to-use on-screen menus for camera and display settings via USB keyboards
DFG/HDMI
HDMI-to-USB converter
Capture HD or 4K HDMI input signals through a standard USB 3.0 interface
The Imaging Source's HDMI-to-USB converter (DFG/HDMI) captures digital images from HDMI video sources such as medical and industrial imaging devices, computers and other video equipment. The uncompressed video signal can then be processed or recorded via The Imaging Source's free software tools: IC Measure, IC Capture and IC Imaging Control SDK. A selection of supported resolutions include 1920x1080 (Full HD) at 60 fps, 3840x2160 (4K) at 30 fps and 4096x2160 (4K) at 30 fps. This robust and cost-optimized converter is quickly connected and can be used with Windows or Linux-based operating systems.
The Imaging Source offers various video signal converters for a wide range of input signals and applications: Convert analog (PAL, NTSC, CCIR, EIA) or SDI video signals to digital image data streams; capture video signals from an HDMI source via USB 3.0 interface; reduce system footprint by directly connecting an HDMI display with any of The Imaging Source's USB industrial cameras using the USB-to-HDMI Converter.
Breakout Cables
The breakout cable connects to the 32 pin base connector (MIL C 26482) on the PTU and terminates to standard connectors for power, serial communication, Ethernet, and payload signals.
The terminating connectors are:
- Power (DIN), 2x video (composite),
- RS 232 (DB 9, female),
- RS485 (RJ11),
- Ethernet (RJ45),
- Payload pass through conductors.
Part Number:
PTU CAB E 10BO (10')
PTU CAB E 50BO (50')
PTU CAB E 100BO (100')
| General description | |
|---|---|
|
Ethernet cable, M12 to RJ45, X-coded.
|
| Physical data | |
|---|---|
|
Weight
|
Dependent on cable size
|
|
Cable length
|
.3 m (1 ft.)
2 m (6.6 ft.)
10 m (32)
|
|
Connector
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M12 to RJ45
|
|
Color
|
White
|
PT-Series Small Pole Adapter
High capacity pole mount for pole diameters between 80mm-150mm
Teledyne FLIR Neutrino LC Development Kit
Provides all output options on a single PCB and easy access to the full 80-pin camera interface for development.
Includes a flex cable between the board and the camera and a wire harness to the cooler interface.
The USB Video Power Connector (VPC) kit turns the Neutrino LC camera into a webcam. Power, digital video, and comm are all via USB2. The kit includes a USB-A to USB-C cable.
A 22mm fixed focal length, f/5.5 lens provides a 25° horizontal field of view (HFOV). Includes a mechanical housing for the lens and allows for focus capability via keyed lens barrel and threaded barrel/housing.
North American power supply for FLIR pan/tilt units.
Power supply, 30V, w AC Cord
European power supply for all FLIR pan/tilt units.
Power supply, 30V, w EURO Cord
Imaging Source Edge Cameras
Compact, Integrated Imaging System for Deep Learning and AI Vision Applications
The new edge camera family from The Imaging Source features an integrated imaging system, which combines an image sensor with the computing power of NVIDIA® Jetson Xavier™ NX in a compact package. Two global-shutter sensors are available: 1.6 MP and 5.1 MP. The cameras are offered with either active or passive cooling. The cameras are delivered with NVIDIA JetPack software, which offers extensive deep learning functionality as well as a host of additional tools and libraries. For general image processing tasks and deep learning applications, the HALCON software library can also be installed and used.
Interface cable to AC power and host computer.
Available in 3′, 10′ 25′ or 50′.
Interface cable to AC power and host computer.
Available in 3′, 10′ 25′ or 50′.
Interface cable to AC power and host computer.
Available in 3′, 10′ 25′ or 50′.
FLIR MCS pan-tilts are designed for high-performance control with low-latency and jitter and high command rates. There are multiple ways to control the units. FLIR MCS pan-tilts support both a simple ASCII command protocol, documented in the E Series Command Reference Manual as well as a binary form of the commands, supported by a portable C language library (PTU-SDK). The PTU-SDK is provided as source code and can be compiled on any computing platform. It allows applications to send commands to the pan-tilt over serial or Ethernet interfaces seamlessly.