WE MAKE YOUR FIXTURE GREAT AGAIN!

Welcome at MAPIX!

Why reinvent the wheel, when you can do good even better? At MAPIX®, we have developed Mira, Malou and Mico to give your old existing spotlights a fantastic new look.

This unique lighting concept, with its patented quick release system, allows you to continue using your existing case and transport solutions, and gives the lighting technicans, designers and those working with effect spotlights a whole new creativity potential. An easy to use WEB Interface round off the concept. These products can be used on many types of spotlights on the market with lenses from Ø 100 – 420 mm.

The system comes complete as a plug-and-play solution with all accessories and mounting equipment required for operation. Depending on the device type, Mico is supplied as a board variant for the resprective spotlight type or in housing form for truss mounting.

INNOVATIVE LED TECHNOLOGY FOR SEVERAL HEADLIGHT-TYPES!

Technology & Products

Malu

Description

Not just a simple node to distribute signals. Malou can do much more. The main function certainly is the control of the Micos and Mira. Via a web interface you can choose between Artnet and sACN as input. The eight outputs provide the user with 512 DMX channels each. These control up to two MAPIX® Micos (in 180 Ch. Mode) per output and provide additional 152 DMX channels for other devices. Malou is RDM capable, so devices can be remotely configured and monitored easily.

Technical Data
  • Dimensions: L 235 mm, B 110 mm, T 94 mm
  • Protocol In: Artnet or sACN, Neutrik RJ-45
  • Protocol Out: DMX512, RDM, Neutrik 3-Pin
  • Web-Interface: yes
  • Power In / Out: Neutrik powerCON
  • Voltage / power: 100-240 V, 50/60 Hz, max. 300 mA
  • Installation: Truss mounting (depending on the type of soptlight)
  • Temperature range: -20°C bis +50°C
  • Weight: 615 g

Mico

Description

The highlight is Mico, a small control center for Mira. Depending in the device type, Mico is firmly installed in the respective device (fixture), which saves installation time and cabling effort. Operating from 6-channel mode with its integrated macros for small lighting control consoles, right up to 180-channel mode for large lighting scenarios, Mico is highly flexible. Mico can be configured via push-button on the device or remotely via RDM. Available as a circuit board version suitable for the respective device or as housing version for truss mounting.

Technical Data
  • Dimensions: L 180 mm, B 110 mm, T 94 mm
  • Protocol: DMX 512, RDM
  • DMX-Modes: 6
  • DMX-RDM In/Out: Neutrik 3-Pin & 5-Pin
  • Control channels: 3 Ch. (RGB), 6 Ch. (RGB Effectengine), 4 Ch. (1/4 Ring), 18 Ch. (1/10), 36 Ch. (1/5), 180 Ch. (Pixel Mode)
  • Power In / Out: Neutrik powerCON
  • Voltage / power: 100-240 V, 50/60 Hz, max. 300 mA
  • Output to Mira: Mini XLR
  • Mounting: PCB Board for installation / truss mounting (Depending on the type of spotlight)
  • Temperature range: -20°C bis +50°C
  • Weight: 465 g

Mira

Description

Mira makes yor fixture great again! One ring, countless mounting options. Whether on moving heads, small washlights, conventional spotlights or stand-alone, Mira makes your lighting system even more efficient and exciting. Equipped with 60 RGB LEDs. Each of these unique LEDs is individually controllable. Installed in seconds, Mira turns an already creative tool into a unique lighting system. For operation, Mico is required.

Technical Data
  • Dimensions: inner Ø from 100 – 420 mm
  • LED configuration: 3in1 SMD 5050 RGB LEDs, 16,8 million colors
  • Pixel per ring: 60 (some types have 40 or 85 LEDs)
  • Output: 2600 Nits
  • Angel: 120°
  • Lifespan LEDs: 50.000 hrs.
  • Mounting: patented quick release system / Neodym Magnet (depending in the type of spotlight)
  • Temperature range: -20°C to +50°C
  • Weight: 112 – 187 g (depending on the type of spotlight)

Configuration example

One Malu can control up 2 Micos per universe in Pixel Mode (180 Ch., one MIRA) An additional 152 Channels per universe are available to the user and can used to control other fixtures.