Martin MAC Aura PXL SIP

Martin MAC Aura PXL SIP

The MAC Aura PXL SIP is a compact yet powerful LED moving light engineered for studios and production facilities that demand precise pixel control with punchy output in a tight footprint. Its thoughtfully engineered form factor balances portability with professional-grade light intensity, making it equally at home in a small studio setup or as a key player in a larger multi-camera or hybrid production environment.

Optical Performance & Light Output

This fixture delivers 10,500 lumens of RGBW output with an exceptional high narrow intensity of 940,000 candela, ensuring crisp, penetrating light across mid-to-long throws for consistent on-camera appearance and keying accuracy. The 6° to 59° motorized zoom range provides flexibility from tight spotlighting to wider wash coverage without repositioning the unit, streamlining session setup and tear-down.

Pixel Control & Connectivity

The MAC Aura PXL SIP features 19 individually controlled main beam pixels and 141 Aura backlight pixels, enabling intricate lighting graphics, color chases, and dynamic effects for sophisticated production aesthetics. Full compatibility with DMX, RDM, Art-Net, sACN, and Martin P3 video protocol integrates seamlessly into any modern lighting control ecosystem and playback software workflow.

Key Features

• 10,500 lumens RGBW light output with 940,000 cd high narrow intensity
• 19 individually controlled main beam pixels for precision graphics
• 141 Aura backlight pixels for layered color and effect options
• 6° to 59° motorized zoom range
• DMX, RDM, Art-Net, sACN, and Martin P3 video protocol support
• 560 W power consumption with 25.4 lm/W efficacy
• High-impact flame-retardant thermoplastic construction with IP20 rating
• Width: 385–410 mm; Height: 489–544 mm; Depth: 216 mm
• RGBW color mixing system

The MAC Aura PXL SIP combines powerful output, intelligent pixel control, and compact design to deliver professional results in studios where space efficiency and visual consistency both matter.