DFG/HDMI HDMI-to-USB converterCapture HD or 4K HDMI input signals through a standard USB 3.0 interfaceThe 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 1920x..
DFG/USB2pro Video-to-USB 2.0 converterFeatures:
Inputs: composite and Y/C
Output DFG/USB2pro: USB 2.0, uncompressed image data stream without audio
Output DFG/USB2aud: USB2.0, uncompressed image and audio data stream
Video formats: PAL/CCIR, NTSC/RS-170 - Max resolution (NTSC/RS-170): 640x480 @ 30 Hz
Max resolution (PAL/CCIR): 768x576 @ 25 Hz
Despite the fast growing world of digital cameras, there is still an enormous number of analog video sources. Using a Video-to-USB converter,..
Video-to-USB 2.0 converter
Video standards: PAL/NTSC, RS-170/CCIR
RCA (Cinch): 1 input
Y/C (S-Video): 1 input
USB 2.0, Type B
Manufactured by The Imaging Source
Video formats @ frame rate (maximum)
PAL: 768×576 (0.4 MP) @ 25 fps NTSC: 640×480 (0.3 MP) @ 30 fps
RCA (Cinch): 1 input Y/C (S-Video): 1 input Multiplexed
USB 2.0, Type B
DFG/USB2pro Video-to-USB 2.0 converterTypical 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 signa..
DFG/SV1PCI grabberFrame grabbers from The Imaging Source are known for their reliability and easy integration. These industrial PCI frame grabbers convert analog to digital data - delivering actionable information by enabling storage, manipulation and evaluation of image data. They support NTSC and PAL video formats and include multiplexed video inputs; free software development tools allow for application-specific specialization. These-entry level frame grabbers offer a cost-effective solution ..
RC-IF Remote Control Interface for the FLIR Boson
Control the Teledyne FLIR BOSON remotely with the "RC-IF" Remote Control Interface.
Two Composite Video Outputs allow connections to separate video devices, with no signal loss.
Integrating the Boson Thermal Camera into your UAS has never been easier.
Control the Boson Camera Remotely
The RHP-BOS-RC-IF allows you to control the Boson camera remotely using a 16 Channel S-Bus Signa..
The FLIR VUE Series Voltage Regulator is an interface for the camera to provide power and obtain video.
The Voltage Regulator allows you to connect to virtually any sUAS battery source to provide the constant 5 Volts DC needed to operate the FLIR VUE PRO and FLIR VUE cameras...
Controlling your thermal core is easy
Control the FLIR TAU2 and VUE remotely with our RC Interface.
Assign virtually any feature to the RC controller and change all camera options ‘on-the-fly’
Continuous Digital Zoom
Color Palette Selection
FFC (NUC) Shutter Control
Spot Meter / Temp Reading
(DDE) Digital Detail Enhancement
Contrast & Brightness
Capture Images to TAU2’s Memory
7 to 28 Volts DC Input
Reverse Polarity Prot..
The Power/Video Module makes the Vue Pro and Vue Pro R easier to integrate than ever.Its 10-pin mini-USB connector accepts a wide input power range and provides reverse polarity protection while still providing analog video output and access to the camera’s on-board storage.
The micro-HDMI connector outputs HDMI video for live digital video down-link systems like DJI Lightbridge and 3DR Solo. All this in a package that is only 11 mm thick and weighs 15 grams...