Features
Full-Motion 5000 Lumen Digital Video Projection System
Integrated Media Server with 3D workspace
Loaded with over 950 stock media files
Loaded with almost 100 stock 3D objects
Built-in Camera for Live Video
Accepts custom content
Remote content management via PC and MAC
240 degrees tilt and 400 degrees pan
DL2 ships standard with a Super HAD sensor camera
The DL2 is 115lbs or 52.3kgs.
There are
RGBHV, VGA, and S-video inputs. While the graphics engine will not process the
RGBHV and VGA inputs (i.e. they are passed through directly to the projector), the S-Video input can be routed and manipulated through the graphics engine as another media source.
The DL2 has digital dimming as a graphics engine feature as well as an iris for total black out.
Intel Pentium 4 w/HT technology
2GB DDR2 RAM
It's a Seagate SATA drive
ATI Radeon X850 XT, this card is also the video capture card for the
Sony camera.
Window XP embedde
Christie Digital LX50
5000 ANSI lumens
1200:1 Ratio full on/full off
Throw Ratio 1.8 – 2.4:1
Lamp 300 W NSH
4:3 native
Aspect ratio with 1024 x 768 resolution
Built in Camera with Super HAD sensor technology
Resolution 768 x 494 pixels
Optical Zoom range18x
The camera has infrared (night vision) capabilities. Video captured using the Night Vision system is a monochrome image but can be colorized if a DL2 graphic engine filter is chosen. The IR illumination system is dim-able and controlled from the lighting console.
Used High End Systems
From Ani di Franco to ZZ Top concerts. From Super Bowl half time to popular music award shows. From trade shows and talk shows to Olympic ceremonies or church sanctuaries.
At High End Systems Inc., we innovate and create the lighting products and control systems that illuminate some of the world's biggest artists on the largest stages, as well as film and television sets, cruise ships, theme parks, restaurants and retail spaces.
Now entering our fourth decade, we're one of the world's largest entertainment lighting manufacturers, a pioneer in new digital lighting technology and producer of the industry-preferred lighting controller technology.
We attribute our success to staying in touch with the needs of the entertainment lighting community. Product research and development at our Austin, TX headquarters is an ongoing collaboration between in-house engineers and lighting designers in the field.
This collaboration is largely to thank for our status as a major industry innovator and intellectual property holder. We're not only keeping pace with industry developments - we're guiding them. We're constantly pushing the creative and technological envelope to meet customer needs and stay ahead of the curve.
As members of the entertainment community, we know reliability is paramount. We maintain rigorous manufacturing standards, while providing industry-leading customer support services.
Microphones - A microphone is a device that converts sound waves into an electrical signal. There are many different kinds of microphones, including carbon, condenser, dynamic, and ribbon microphones, all of which . Used . have serve specific needs in recording and audio production. . Used . ...
Analog signal - An analog or analogue signal is any variable signal continuous in both time and amplitude. It differs from a digital signal in that small fluctuations in the signal are meaningful. Analog is usually t. Used . hought of in an electrical context, however mechanical, pneumatic, hydraulic, and other systems may also use analog signals.
The word "analog" implies an analogy between cause an. Used . d effect, voltage in and voltage out, current in and current out, sound in and frequency out.
An analog signal uses some property of the medium to convey the signal's information. For example, an ...
Address - In computer science, a memory address is a unique identifier for a memory location at which a CPU or other device can store a piece of data for later retrieval. In modern byte-addressable computers, e. Used . ach address identifies a single byte of storage; data too large to be stored in a single byte may reside in multiple bytes occupying a sequence of consecutive addresses. Some microprocessors . Used . were designed to be word-addressable, so that the typical storage unit was actually larger than a byte. Examples include the Texas Instruments TMS9900 and the National Semiconductor IMP-16, both of which used ...
Power Distro - A power distro send power evenly and appropriately to various staging and rigging equipment to insure there is enough power to properly run the various equipment.. Used . . Used . ...
Smoke Machine - A Smoke Machine or Fogger is an electrical device that creates clouds of artificual and hopefully non-toxic fog. The fog may come in different colors or smells and may be water or mineral based. It i. Used . s used for effects in theatre, staging, concerts and clubs.
Hazers by contrast create a more diffusive, expansive haze that is usually not a thick and is used to enhance other ef. Used . fects, such as lighting and light beams.
Used Intelligent Lighting Projectors
Intelligent projectors are a special type of lighting equipment used in theatre and concerts, which are used to project a beam of light onto a specific location on the stage. Intelligent projectors, also called moving head projectors, and a unique kind of digital lighting– they have no actual lens, and so the spread of the light beam is always very narrow.
Moving digital luminaires such as these intelligent projectors are very popular with lighting technicians, as the narrow beam of light allows them to define a very small portion of the stage, while leaving the rest of the performance area in darkness. This effect is referred to as a “godspot effect”. They are often combined with special effects such as fog or haze in order to create very atmospheric conditions on the stage.
Intelligent projectors use two reflectors – a parabolic reflector for organizing the light into beams that are virtually parallel, and a spherical reflector at the front of the digital lighting, which reflects the light beam onto the parabolic reflector, thus lessening the amount of spill.
This design results in intelligent projectors producing an extremely intense and very narrow light beam, which is neither easily modified or controlled.