XGIMI TITAN Noir Max | 4K Laser Projector with 7000 ISO Lumens

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TITAN Noir Max

Engineered for Deeper Blacks and Greater Contrast

Dual Intelligent Iris System for Native Shadow Control

Two self-adjusting iris modules with five selectable levels proactively sculpt scene luminance, preserving deep blacks without dulling highlights.

10,000 : 1

Native Contrast Ratio

Achieved through optical light control — not digital dimming,

with 5-step manual iris adjustment.

Why Dual Iris Matters

Native Contrast

Image Depth

Stray Light Control

Reliability & Lifespan

XGIMI Dual Intelligent Iris System

10,000 : 1 — Ultra-high native contrast with well-defined shadow detail

3,000 : 1 — Lower contrast, weaker shadow detail

Clear layer separation with strong dimensionality

Flat image, loss of fine detail

Minimized stray light for additional contrast enhancement

Higher stray light, reduced contrast

Stable and durable with balanced heat distribution

Less durable due to uneven heat distribution

Conventional Single Iris Systems

Dual Iris Changed Contrast.


Precision Perfected It

Introducing XGIMI Dual IrisSync™

A full-chain calibration system featuring per-unit color calibration, synchronizing light control, color timing, and optical response into perfect alignment.

Full-Chain Timing Sync

Millisecond-level synchronization aligns iris motion with RGB light sequencing and DMD switching.

Full-Chain Timing Sync

Millisecond-level synchronization aligns iris motion with RGB light sequencing and DMD switching.

Dual-Iris

Cooperative Calibration

Each iris is individually calibrated and dynamically compensated for response delay and thermal drift.

Dual-Iris Cooperative Calibration

Each iris is individually calibrated and dynamically compensated for response delay and thermal drift.

Full-Range
Color Lock

Color accuracy remains stable across every brightness level — from peak highlights to deep blacks.

Full-Range Color Lock

Color accuracy remains stable across every brightness level — from peak highlights to deep blacks.

Next-Gen SST DMD Architecture Pushes Brightness Boundaries

The new SST DMD chip from Texas Instruments has been designed for higher power tolerance and improved thermal flow, allowing consistent brightness and image stability during extended viewing periods.

Why SST DMD Outperforms TRP

Brightness Headroom

Micromirror Tilt Angle

Power Density (W/cm²)

Operational Reliability

Thermal Architecture

Next-Gen 0.47" SST

Designed for significantly higher brightness, with ample long-term headroom

~3,500 lm considered the safe operating range; limited headroom beyond

±14.5°, optimized light control for stronger native contrast

±17°, less effective light control, resulting in weaker contrast

Much higher power density, enabling greater light flux handling and future scalability

Lower power density, limiting maximum sustainable brightness

Larger effective package enables more efficient heat spreading and thermal stability

Stable high-brightness operation over extended use

Limited package size and heat dissipation capacity

Prolonged high-brightness use risks heat buildup and long-term DMD damage

Conventional 0.47" TRP 

X-Master

Red Ring Lens

Precision Optics for Edge-to-Edge Clarity

Engineered with a 15-element, ultra-high-resolution A-grade optical system—delivering superior sharpness, true edge-to-edge clarity, and enduring optical precision.

Crafted to Make Connections

DC IN

OPTICAL

USB 2.0

USB3.0

HDMI1/eARC

HDMI2

HDMI3

AUDIO

Gigabit LAN

POWER

DC IN

OPTICAL

USB 2.0

USB3.0

HDMI1/eARC

HDMI2

HDMI3

AUDIO

Gigabit LAN

POWER

DC IN

OPTICAL

USB 2.0

USB3.0

HDMI1/eARC

HDMI2

HDMI3

AUDIO

Gigabit LAN

POWER