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DSP Mark 2 integrated

DSP Mark 2 integrated

The Lasergraph DSP is a specialized computer with its own system software, designed for the special requirements of laser output.
The two essential components, hardware and software, are developed and manufactured in-house. It is intended for operation in a network.

Since its market introduction more than 25 years ago, this laser show controller has been continuously developed, so that today the Lasergraph DSP Mark 2 is a superior control system for laser show and multimedia applications.

State-of-the-Art Laser Show Controller
Since its first presentation to the public, the laser has been considered a jewel of light creation. Since then, no other technical lighting medium has exerted such a fascination on the observer as laser light. It is its special properties, such as its extraordinary intensity and brilliant colors, that captivate everyone.

So it’s no wonder that the laser medium has been used for years for spectacular demonstrations of all kinds to attract attention and excite spectators.

The laser beam alone is of course something special, but it becomes an impressive medium above all through the projection of moving beams and images in combination with music. In addition to a laser source, this requires above all the so-called laser show controller. This controller combines images, texts, beams and music to create a laser show.

Control Modes

LGRemote, DMX, Midi


  • Integrated DSP Compact Mark 2 including full license
  • Programming, editing and playing DSP laser shows

Advantages DSP

Carefully selected hardware components, the tried-and-tested real-time operating system and strict quality controls during production in conjunction with extensive practical tests guarantee maximum reliability, which is absolutely necessary at professional events.
The Lasergraph DSP is ready for operation only a few seconds after switching on, so it does not require a long boot time. In order to ensure this quick system start and stable operating behavior, the system program is stored internally in the flash memory.
Programming or editing of laser shows is done with a Windows PC or Apple Mac computer connected via network using the terminal software “LGRemote”. No PC or Mac is required to start finished shows. For example, shows can be easily started and played with a connected control console and the live and playback user interface “jr. Live”. Also other media systems connected to the DSP via RS232 or Ethernet can be used to start a show. This way the laser show runs completely independent. Possible system crashes of the PC or Mac have no meaning for the live show performance. live show performance.
This ability has been considered the most significant feature of the Lasergraph DSP from the start.
The result of the Processing can be seen immediately in Laser on the canvas and in the preview window of the program interface – WYSIWYG!
All calculations for scaling, deformation, displacement, rotation, for all animations both classic frame and By-frame animations as well as computer-aided animations such as morphing, abstracts, color runs… take place in real time.
For animations only key frames are created, the intermediate images are then automatically calculated in real time during output. The advantage of this calculation principle is a significantly smaller amount of data, so the show files are smaller overall. This is a characteristic advantage of the Lasergraph DSP, especially for demonstrations in a network.

From the “Playback” level to the professional Mark 2 Production Suite, three different software levels are available for all hardware platforms:

Software LevelFeatures
PlaybackPlayback of DSP laser shows; the shows cannot be edited. A Lasergraph DSP playback device is an inexpensive playback device that can be used, in particular, to implement setups with several Lasergraph DSPs more cheaply.
Production SuiteMark 2Programming, editing and playing back DSP laser shows. The Production Suite includes the full version of the Lasergraph DSP system software, several powerful software components and numerous extras.
Production SuiteMark 2 Licensor*Programming, editing and playback of DSP laser shows plus licensor function for DSP playbacks in the network. A Lasergraph DSP with this level can create a temporary editing license for one or more DSP playback(s) in the network. When a DSP playback is placed on a local network with a DSP Mark 2 licensor, the playback instantly becomes an editable Lasergraph DSP as long as the network connection exists. This licensor mechanism works on a local network with hundreds of DSP playback platforms and each Lasergraph DSP mark 2 Licensor fully automated. No settings need to be made by the user!
The color brilliance of the Lasergraph DSP is unmistakable when compared to other show controllers. This obvious difference is due to the DSP’s sophisticated color management, which is based on years of experience with lasers as a projection medium.
The bright colors in an image and in color movements e.g. during color sweeps or abstracts, the wonderfully smooth color gradients or the colorful beams up to the excellent filament of the respective color are a trademark of the Lasergraph DSP and visible for every viewer.
The Lasergraph DSP has 6 color outputs, which means it supports lasers with up to six different color lines. The laser colors can be adapted to all common laser systems.
Colors in image processing are defined by palettes, for which countless (more than 281 trillion) colors are available. These color palettes can always be modified in real time for smooth color transitions, dimming, blending, color passes, etc.
A separate signal processor (DSP – Digital Signal Processor) ensures the output, which guarantees excellent image quality of the scanned image.
The DSP allows scanning rates of up to 250 kHz for color modulation Even higher scanning rates are possible with patterns.
The images output from the DSP to the laser projector are automatically optimized, with a Blank changes are automatically inserted by the system so that the image has the desired geometry.
Since all images are vector graphics, only the anchor points have to be entered when creating the image, points on straight lines can be omitted. Additional points are interpolated between anchor points that are far apart. If not all existing points are required (e.g. when reducing the image), the number of points is automatically reduced. This dynamic interpolation reduces the flicker rate considerably, avoids so-called hot spots (brighter points) and makes optimum use of the scanner’s speed.
Interpolation, point reduction and blank delay can be performed locally (for individual images ) and set globally. Global means here that the image output can be optimally adapted to the laser projector used.
Today, laser projections are not only presented as “pure” laser shows. On the contrary, lasers are increasingly integrated as an effective effect in complex multimedia shows. The combination of different media and effects in a meticulously planned show is one of the most demanding tasks that a controller has to perform.
The flawless, music-synchronous interaction of laser beams or graphics with light, water and pyro effects or video projections can be solved professionally due to the diverse control options of the DSP.
To the For example, a DMX control panel can be connected to the DMX input, with which lighting systems can be controlled, e.g. Devices from stage and event technology can be controlled together with the laser. The laser and effects can also be controlled live via a connected midi keyboard.
Several Lasergraph DSP can be connected in a network with other computers, (DSPs, PCs).
Devices connected to one DSP (DMX, MIDI, SMPTE, Faderboard…) are available to other DSPs in the network. For example, the SMPTE timecode of an SMPTE timecode source connected to DSP 1 can also be used by DSP 2, 3 or X in the network. This has the great advantage that cabling becomes much easier, especially for large events with numerous controllers and peripherals.
In addition to use in an extensive network, the DSP can also be connected to a modem for remote maintenance.
For network operation the following important network protocols are supported:
  • TCP/IP
  • UDP
  • Art-Net (TCP/IP based Ethernet protocol for transmission of DMX512)
  • OSC (Open Sound Control – message-based protocol for communication between computers, synthesizers and other multimedia devices)
On the way to the world. Your new laser projector.


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