Pan Tilt Camera Bases
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Cuisinart GR-4N 5-in-1 Griddler $185.00 The Cuisinart(tm) Griddler makes “multifunctional” an understatement! Make perfect panini… plus! With four separate cooking options, it can handle everything from pancakes to sausages to grilled cheese to steaks, hamburgers and panini. It helps you prepare more servings of more kinds of food in less time, so you can cook for a crowd — no one has to wait!Simply change the cooking plates and adju… |
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Wireless IP Pan/Tilt/ Night Vision Internet Surveillance Camera Built-in Microphone With Phone remote monitoring support(Black) $44.68 Specs: Image Compression Format: M-JPEG standard Image Resolution: VGA(640×480) / QVGA(320×240) Sensor: 1/4 inch CMOS, 300,000 Pixels Light frequency: 50Hz, 60Hz or Outdoor Audio compression: ADPCM Data rate: 802.11b: 11Mbps (Max.), 802.11g: 54Mbps (Max.) Ethernet: One 10/100Mbps RJ-45 Viewing angle: 67? Horizontal Rotating Angle: 0~270? Vertical Rotating Angle: 0~120? Alarm Mode: motion detection… |
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PanaVise Model 201 Junior Miniature Vise $22.50 The PanaVise 201 “Junior” miniature vise is a combination of quality workmanship and durability, ease of adjustment and available accessories. Designed for use in small projects requiring precise soldering, gluing and tool work, the 201 Junior miniature vise features tilt adjustability up to 210-degrees along with 360-degree turns and rotations, fine and course clamping abilities, grooved jaws… |
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Wansview Wireless IP Pan/Tilt/ Night Vision/ Internet Surveillance Camera Built-in Microphone With Phone remote monitoring support $41.12 Specs: Image Compression Format: M-JPEG standard Image Resolution: VGA(640×480) / QVGA(320×240) Sensor: 1/4 inch CMOS, 300,000 Pixels Light frequency: 50Hz, 60Hz or Outdoor Audio compression: ADPCM Lens: f: 3.6mm, F:2.4 (IR Lens) Data rate: 802.11b: 11Mbps (Max.), 802.11g: 54Mbps (Max.) Ethernet: One 10/100Mbps RJ-45 Viewing angle: 67º Horizontal Rotating Angle: 0~270º Vertical Rotating Angle: 0… |
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Microsoft LifeCam HD-3000 $19.74 MICROSOFT MICROSOFT LIFECAM HD-3000 WIN USB PORT ENGLISH 1 LICENSE US ONLY CDMICROSOFT LIFECAM HD-3000 WIN USB PORT ENGLISH 1 LICENSE US ONLY CD Manufacturer : MICROSOFT UPC : 885370228045… |
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TRENDnet SecurView Pan/Tilt/Zoom Internet Surveillance Camera TV-IP410 (White) $102.98 The Pan/Tilt Internet Camera Server (TV-IP410) provides real-time security surveillance over a large viewing area. Monitor people in your camera’s viewing field and manage the camera from any Internet connection.The TV-IP410 provides high quality video streams over a secure connection. This camera’s brilliant image quality, pan and tilt functionality and low light recording capabilities make it id… |
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Logitech QuickCam Orbit MP Webcam ( 961422-0403 ) $99.95 QuickCam Orbit MP delivers true 1.3 megapixel performance, with RightLight 2 Technology for sharp images even in difficult lighting situations. Featuring an elegant, eye-level design with motorized pan and tilt, the camera automatically keeps its focus on you. Logitech’s exclusive RightSound Technology ensures that your voice comes through clear and echo-free through included microphone. This web… |
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Pedco UltraPod Lightweight Camera Tripod $9.95 Designed to be used with compact cameras, 35mm SLRs with standard lenses, and video lights, the UltraPod I is made of high quality glass-filled Nylon and aluminum threaded components ready to provide years of support for the most demanding photographer. The system can stand on fold-out, no-slip feet, or attach to solid objects with a Velcro strap. A unique ball and socket camera mount assembly ad… |
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Pedco Digital UltraPod II $21.02 The UltraPod Digital is a slightly modified version of the UltraPod II. It is molded in metallic silver nylon resin with silver feet, with a blue edge glow knob and thumb wheel. The strap is blue Velcro one wrap, designed to be easy to use and easily removable. This is a serious digital tripod with the added flexibility of the Velcro strap. It is intended for use with all size digital cameras, vid… |
PAL to NTSC 4.43 Digital Video conversion — how to reduce motion judder (strobe) on camera moving shots?
We have shot an entire TV series on DV PAL (600 minutes of programming) and need to convert the same to NTSC 4.43, followed by output on (MPEG-2 encoded) DVD. Most (if not all) camera moving shots (pans/tilts, etc) result in a very disturbing shake/strobe/judder.
1. Are there any good software/hardware solutions out there which can help us?
2. Would converting to NTSC Digibeta first and then downstepping to DV help?
We are a production unit based in India. Any helpful answers would be much appreciated!
I will try. I think you are describing compression artifact. Maybe you can try with a small section of the video and try to do the conversion from un-compressioned video. I usually use simple programs to do this converison, such as TMPGEnc. They are free and flexible (if you know how to write script and config).
Askman 3 axis pan, tilt and roll gimble *FOR SALE*
CCTV camera supplier
CCTV systems are over a thousand times more advanced than the basic camera and monitor configurations that first appeared in the 1960s. Systems from the 60s were basic, consisting of very low resolution black and white cameras connected by coaxial cable. Each camera was connected to a black and white monitor. A 16 camera configuration required 16 monitors. New applications of camera security systems include: underground trains and stations, sports stadiums, retail stores, shopping centers, public facilities, community parks, garages and parking lots.
CCTV camera Technology Evolution The basic technology evolved in the 60s. First of all, cctv switch boxes were added. A switchbox would allow the operator to switch between cameras. Operators now could see multiple camera views on one monitor. Only one camera could be viewed at a time. The 70′s brought Multiplexers, VCRs and solid state cameras. Multiplexers allowed the screen to be broken into multiple frames on the same monitor. VCRs allowed easy recording and video distribution. Solid state cameras helped improve reliability and the integration of VCRs.
‘First generation’ CCTV technology was initially impeded by some fairly major performance related problems.
In the 80s we learned that VCR recorders had many problems. VCR recorders were temperamental. The quality of the recordings was very poor. The combination of low resolution camera images, poor quality video tapes and low tech solutions meant that grainy and unclear images couldn’t be relied on even for conclusive identification purposes.
VCR technology couldn’t allow the operator to review and record events simultaneously and it was a very time consuming process to find and review specific events.
There was no motion detection capability and no way of viewing events from a remote location.
Expensive for what you get Even though early CCTV systems provided only relatively basic functionality and moderate performance, they were quite expensive – both in terms of the initial equipment cost and the installation. Since this is still a new growth industry, there is still a lack of qualified and skilled installers.
The Next Generation CCTV The ‘next generation’ of CCTV system arrived in the mid 90s. The new technology was a computer based Digital Video Recorder (DVR) DVRs allow images to be recorded at much higher resolution than previously. DVR eliminated a major problem with first generation CCTV systems – Video Tape! Worn out, forgot to change the tape, VCR recording tape.
DVRs are automatic and never require user intervention. When it is time to look at recorded images, the DVR continues to record. Images are time and date stamped and are very easy to review. DVRs using IP (Internet Protocol) technology allow authorized remote users to view, transmit two way audio, fully control the cameras and system itself over a local area network (LAN), a wide area network (WAN) or via the internet. With such flexible access, the modern generation of CCTV cameras may be operated remotely from a control center or, in fact anywhere with internet access. Equally, high quality digital images may be streamed anywhere and captured at a convenient and secure location. But it isn’t only the operating platform that has developed significantly; camera technology too allows far more functionality.
Today’s generation cameras can PTZ – pan, tilt and zoom, have higher resolution options, a large variety of lenses and are also capable of operating in ‘night vision. Audio is also now part of CCTV DVR technology. An operator is now able to synchronize motion based video events with audio analysis. Two way audio transmission allows the operator to question possible intruders, give instructions to staff and to record/search/replay in both audio and visual form. Next generation DDTV DVR systems are compatible with earlier camera technology, and are scaleable, flexible and can be integrated with a broad range of other management systems, such as access control and building management systems.
CCTV has certainly come a long way since the 1960s; it’s clear that the future of CCTV is secure and that technology will continue to develop to meet the needs of the surveillance market.
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