Martin P3-175 System Controller

Martin P3-175 System Controller

The P3-175 is a professional-grade lighting control system engineered for complex production and installation workflows. This compact 1U rackmount processor delivers serious processing power in a footprint that integrates seamlessly into standard server racks, making it the foundation for mid-to-large scale lighting rigs, projection mapping, and synchronized visual installations.

Processing Power & Scalability

The P3-175 handles 520,000 pixels and up to 2,000 fixtures with 16-bit per-color (48-bit per pixel) processing depth and 2-frame system latency—critical specifications for tight, responsive control over complex rigs during live production or studio work. Both pixel and fixture capacity expand by adding additional P3-175 units, allowing your rig to scale up without replacing core hardware as projects grow.

Connectivity & Input Flexibility

Full support for 256 universes of Art-Net/sACN input alongside DMX, Kinesys K2, and HDMI/NDI video input ensures seamless integration with industry-standard control protocols and live video feeds up to Full HD (1920×1080). The controller accepts input from any standard monitor (VGA, DVI, HDMI, or DisplayPort) paired with USB keyboard and mouse for streamlined operation during sessions and setup.

Key Features

• 1U rackmount design with steel and aluminum construction, matte black finish
• Dimensions: 482.6 mm W × 44.45 mm H × 343.0 mm D (19.0" × 1.75" × 13.5")
• Weight: 3.5 kg (7.7 lbs.)
• 520,000 pixel processing capacity (expandable)
• 2,000 fixture capacity (expandable)
• 16-bit per color system processing depth (48-bit per pixel)
• 2-frame system latency
• Full HD (1920×1080) video input support via HDMI and NDI
• 256 universes of Art-Net/sACN input
• DMX, Art-Net, sACN, and Kinesys K2 connectivity
• Operating temperature: 0°C to 50°C (32°F to 122°F)
• Operating humidity: 10–90% non-condensing

The P3-175 is built for productions demanding reliable, scalable control over large pixel counts and fixture networks with minimal latency and maximum protocol flexibility.