Blog
Exclusive: FLIR VUE PRO 35mm Lens
by Eirik Solberg
on Mar 04 2016
Now available and in stock. FLIR VUE PRO 35mm Lens:
640 Version: 18°(H) x 14°(V) FoV
336 Version: 9.3°(H) x 7.1°(V) FoV
More Info: OEMCameras.com
Designed for professional use the FLIR VUE PRO is more than a thermal camera with Video and Image Capture capabilities adding tremendous value to your sUAS operations and services.
by Eirik Solberg
on Aug 01 2013
Color Camera Models – View All
Model
Resolution
Frame Rate
DFK 23UP031
2592×1944
15fps
DFK 23U274
1600×1200
20fps
DFK 23UM021
1280×960
60fps
DFK 23U445
1280×960
30fps
DFK 23UV024
752×480
100fps
Monochrome Camera Models – View All
Model
Resolution
Frame Rate
DMK 23UP031
2592×1944
15fps
DMK 23U274
1600×1200
20fps
DMK 23U445
1280×960
60fps
DMK 23UM021
1280×960
30fps
DMK 23UV024
752×480
100fps
by Eirik Solberg
on Jul 31 2013
USB 3.0 is the second major revision of the Universal Serial Bus (USB) standard for computer connectivity. USB 3.0 has transmission speeds of up to 5 Gbit/s, which is 10 times faster than USB 2.0 (480 Mbit/s) before taking into account that USB 3.0 is full duplex whereas USB 2.0 is half duplex, giving USB 3.0 the potential total bandwidth if utilized both ways to 20 times that of USB 2.0.
Transfer speed – Added a new transfer type called Super Speed or SS – 5 Gbit/s (electrically it is more similar to PCIe Gen2 and SATA than USB 2.0)<3>
Increased bandwidth – Instead of one-way communication, USB 3.0 uses two unidirectional data paths: one to receive data and the other to transmit
Power management – U0 through U3 link power management states are defined
Improved bus utilization – a new feature is added (using packets NRDY and ERDY) to let a device asynchronously notify the host of its readiness (no need of polling)
Support to rotating media – Bulk protocol is updated with a new feature called Stream Protocol that allows a large number of logical streams within an Endpoint
Comparing USB Types
See our line of OEM USB 3.0 Cameras
http://www.oemcameras.com/enclosed-cameras/enclosed-digital-usb-3-cameras
For more in-depth information on USB 3.0 see our sources below:
http://blog.macsales.com/14399-usb-3-0-brings-a-newish-plug
http://en.wikipedia.org/wiki/USB_3.0
Five 3D Cameras Capture Panoramic Images of World Sites For Future Generations
by Eirik Solberg
on May 16 2013
Image capture technology has come a long way in recent years such as 3D cameras. They are now more powerful, affordable, and smaller than ever before. Panasonic has collaborated with UNESCO to photograph panoramic views of seven heritage sites around the world. “The purpose of these images is to allow people to have an experience like they’d have if they went to these sites in person.” The five 3D cameras stitch together a scene displayed on five HD plasma display panel, immersing the viewer in a rich and vibrant environment. As Panasonic’s panoramic imaging system advances, the use of a 3D panoramic system may be capturing other events around the world such as future Olympic games, art museums, and space exploration for future generations to experience. One step closer to the Holodeck :)
NEW MegaPixel USB Board Cameras!
by Eirik Solberg
on Apr 04 2013
Monochrome USB Board Cameras
* Lens Sold Separately
DMM 22BUC03-ML
• 320×240 to 744×480
• Up to 200 Frames Per Second
$249
DMM 42BUC03-ML
• 640×480 to 1280×960
• Up to 49 Frames Per Second
$359
DMM 72BUC02-ML
• 640×480 to 2592×1944
• Up to 78 Frames Per Second
$359
Color USB Board Cameras
* Lens Sold Separately
DFM 22BUC03-ML
• 320×240 to 744×480
• Up to 200 Frames Per Second
$249
DFM 42BUC03-ML
• 640×480 to 1280×960
• Up to 49 Frames Per Second
$359
DFM 72BUC02-ML
• 640×480 to 2592×1944
• Up to 78 Frames Per Second
$359
DARPA creates 1.8 Gigapixel Drone Camera; 368 high resolution image sensors combined
by Eirik Solberg
on Feb 06 2013
Everyone carries around compact technology these days. iPads, iPhones, Android devices, the list goes on. But what if some of those components were combined for a much larger purpose? DARPA has accomplished exactly that. They’ve developed a new system called ARGUS built from an array of 368 image sensors forming 1.8 billion pixels, it is the world’s highest resolution camera.
ARGUS is a unmanned aerial vehicle (UAV) / drone add-on. Since most of ARGUS’ components and designs are classified, we only get a peek at the enclosure. However, they show is an image taken from 17,500 feet in the air of a medium sized city that covers about 15 miles around, and even from that height, DARPA can digitally zoom in and see birds, people waving, walking, driving, etc.
A million terabytes can be recorded in one day using ARGUS, which is the equivalent of 5,000 hours of high definition footage. With technology like this, it may not be long before UAVs are commonly seen flying through the air.
Source: The Atlantic
Contour+2: Compact HD Camcorders Evolved!
by Eirik Solberg
on Sep 05 2012
Contour has taken your favorite features from prior models and delivered them in the new revamped Contour+2 making it even better than before. With its low profile design and countless options the Contour+2 makes recording and streaming video in crisp High Definition effortless.
Equipped with four customizable recording options you can choose to shoot at 30fps in 1080p HD, or speed it up to an amazing 120 frames per second in 848×480. The Contour+2 also comes with high quality internal audio recording ability and an external microphone jack so you can hear everything that’s going on in your peripherals. You can even take it underwater with the included waterproof case. All this paired with mobile recording and this personal camcorder can do it all!
Use your Bluetooth enabled mobile device to link to your Contour+2 and transform your phone into a wireless mobile viewfinder to preview your shot, line up your camera, and change your settings to stream live! That’s not all, you can even use Contour’s Mobile Device Application to map your recording with speed, elevation, and location!
Whether you’re taking the Contour+2 out on the road with you or on the next adventure it’s sure to outperform any other action camera you’ve owned! Take a look at our quick test footage below.
Contour+2 120fps 480p Test Footage with our mascot Spiggy
Looking to integrate the Contour+2 into your application? The RHP-HDCS 2 will allow you to customize your lens options for a variety of OEM uses. Chose from our suggested 1/2″ lenses to enhance the detail and clarity of your recording.
Click here to learn more about the RHP-HDCS 2
Below we have a demonstration video of the RHP-HDCS 2 connected to a Telecentric Close-Up Lens
RHP-HDCS 2 Quick Demo with Telecentric Close-Up Lens
Femto-Photography captures the speed of light at 1 trillion frames per second!
by Eirik Solberg
on Aug 21 2012
An emerging imaging technology coined “Femto-Photography” boasts the ability to capture light traveling at one trillion frames per second!
Ramesh Raskar of MIT explains how this type of photographic technology captures the speed of light in slow motion. According to Raskar, femto-photography is the gateway to the capability of seeing around corners, beyond line of sight, and even see within the body. Applications for this technology include search and rescue, vehicle collision avoidance, robotics, and endoscopic medical treatments in situations that involve looking for, and avoiding obstacles in the body.
Femto-Photography Inspiration
Tomato Test
The Raw Data
Coke Bottle Test Scene
Light in Slow Motion 1
Light in Slow Motion 2
Raskar tested this method with the use of a water filled soda bottle and a laser pointer. Compiling the multiple frames, researchers created a time lapse video showing the path of light through the bottle from end to end. By slowing down the frame rate to ten billion FPS, you are able to see the beam pulse through the water. Once the light reaches the cap it scatters, as a result you see the light disperse back through the bottle and onto the table surface below.
Amazingly when the beam makes contact with the cap and reflects backwards it causes the water to subtly ripple, showing the force of the lights movement. This experiment is captured in less than a nanosecond, which is the speed of light. We invite you to get the full affect of this technology by watching the video above.
Sources: MIT.edu / Mentalfloss.com