Reyn Audio AL1 Sensor + AL Intelligent Management Terminal

AL1 High-Precision Intelligent Environmental Positioning Sensor

AL1 incorporates an integrated, smart-sensing telemetry node crafted specifically for professional line source reinforcement systems. Formed with a standard IP66 industrial-grade dustproof and waterproof defensive enclosure, this hardware package masters aggressive field conditions including outdoor rain, snow, sandstorms, dust concentration, high-humidity enclosed venues, and open-air arena productions. Neutralizing hostile environmental interference guarantees stable 7 × 24 uninterrupted all-weather operations, significantly boosting field adaptation metrics and asset structural durability.

The tracking engine drives a Class 3B safety-rated 520nm high-definition green laser positioning module, projecting a massive effective deployment reach of up to 250 meters. Compared to standard red lasers, the green spectrum yields significantly higher optical visibility, sharper air penetration, and superior long-range tracking clarity, matching the strict demands of large-scale stadium configurations and high-altitude array calibration. Supporting real-time X and Y dual-axis high-precision angular telemetry, the core processors capture subtle deviations in array tilt angles and horizontal offsets, correcting vertical and horizontal alignment profiles with absolute pinpoint accuracy to eliminate manual installation tolerances from the source, guaranteeing perfectly homogeneous wavefront coverage across the entire venue with zero acoustic dead zones.

Prioritizing crew safety and variable light conditions on site, the integrated hardware incorporates an intuitive intelligent dimming matrix, supporting multi-level laser output scaling to fine-tune optical brightness across harsh outdoor sunlight or dimmed theater interiors. Shipping with an integrated laser strobe activation mode allows system engineers to toggle flashing cycles on demand, eliminating the structural hazard of continuous laser radiation to balance high-precision alignment with strict venue safety metrics, completely aligned with professional stage engineering safety regulations.

An industrial-grade, millisecond-responsive temperature and humidity sensing matrix is integrated into the core architecture, continuously tracking dynamic environmental variations to feed genuine, rock-solid baseline environmental parameters to subsequent sound field tuning, acoustic compensation, and system optimization layers. This shifts acoustic calibration from historical empirical prediction into empirical, data-driven calibration.

AL1 Integrates a standard PoE routing switch for simultaneous power supply and high-speed network transmission via a single Ethernet link, defining a minimalist single-cable topology that completely eliminates discrete power adapters and redundant wiring footprints. This architecture dramatically streamlines field rigging workflows, scaling down setup costs and reducing potential failure points. Telemetry loops feed X/Y dual-axis alignment matrices along with real-time thermodynamic metrics directly into the Turandot intelligent acoustic platform, yielding comprehensive remote data visualization and automated system orchestration.

AL Intelligent Management Terminal

AL Intelligent Management Terminal is the custom-tailored command core built for the AL1 sensor grid, acting as the primary tactical operations console for real-time sound reinforcement tuning, field diagnostics, and predictive system maintenance. Housing an integrated 2200mAh high-capacity lithium battery array alongside a universal Type-C fast-charging port, the terminal sustains independent untethered operations for up to 5 hours without external mains power. This solves localized power constraints across high-altitude rigging, remote outdoor sites, fast-response tuning, and rapid deployment inspections, delivering supreme operational agility.

The UI framework features a high-definition OLED display paired with tactile control switches, ensuring intuitive operation and absolute readability in low-light environments. System engineers gain real-time visibility over comprehensive sensor arrays, displaying precision X/Y tracking angles, real-time thermodynamic parameters, device connectivity states, and internal operating parameters. It further permits real-time adjustments of laser scaling and brightness optimization alongside one-touch strobe cycling, executing array calibration, laser troubleshooting, and system health checks from a single point—radically lowering the technical barrier for system setup while multiplying field optimization throughput.

Executing centralized cluster management across multiple AL1 nodes simultaneously allows the console to gather all real-time field telemetry and coordinate global system statuses from a central matrix. Unifying fast-response site tuning, standardized hardware inspection, and full-scale status monitoring constructs a highly standardized, intelligent, and friction-free field maintenance ecosystem, solidifying this terminal as the mandatory core asset for professional live productions and high-tier stadium integration.

Turandot Intelligent Acoustic platform | Smart Environment-Adaptive Acoustic Compensation System

Turandot intelligent acoustic platform governs the complete matrix as the primary processing center. The digital core receives, aggregates, and visualizes comprehensive multi-dimensional data arrays from remote AL1 sensors, including X/Y tracking metrics, site thermodynamic variables, and hardware operating parameters, transforming complex field metrics into a clean, digitized, and highly organized graphical dashboard.

The platform deploys proprietary high-order acoustic compensation algorithms, executing rapid processing of real-time environmental dynamics and array positioning metrics to precisely diagnose the exact acoustic consequences of temperature/humidity fluctuations and installation skew on sound velocity, frequency response curves, wave propagation trajectories, and field uniformity. Operating entirely without manual user intervention, the system dynamically calculates and applies automated acoustic filters, delay alignments, and high-frequency compensation layers to actively neutralize high-frequency air absorption, wavefront misalignment, and localized frequency imbalances triggered by shifting weather profiles or rigging tolerances.

This comprehensive system architecture creates an absolute closed-loop ecosystem combining "High-Precision Telemetry Tracking + Real-Time Climate Acquisition + Advanced Algorithmic Processing + Fully Automated Acoustic Filter Compensation." It comprehensively abolishes traditional system pain points like environmental vulnerability, mechanical rigging errors, tedious manual adjustments, and sound field instability, enforcing that professional sound reinforcement assets always maintain precise, rock-solid, and world-class acoustic performance across any hostile venue layout.

Technical Specification

operation

  • AL: 4 Touch Keys

ana

  • AL: OLED Display Menu

Rated Operating Voltage

  • AL: 12V-20V
    AL1: 48V

Power Ratings

  • AL: 1.5W
    AL1: 2.7W

Power Supply

  • AL: Type-C
    AL1: PoE

Battery Type

  • AL: Rechargeable

Max Charging Current

  • AL: 0.8A

Charging Protocol

  • AL: USB PD 3.0

Charging Voltage

  • AL: 12V–20V

Minimum Power Supply

  • AL: 20W

Battery Capacity

  • AL: 2,200 mAh

Working Time

  • AL: 4–5 Hrs

laser type

  • AL1: Class 3B Green Visible Laser

laser wavelength

  • AL1: 520 nm Green Ray

Effective projection distance

  • AL1: 250 m

Environmental Sensing

  • AL1: Built-in Temp. and Humidity Sensor

Operating Temperature2

  • AL: -10℃ ~ 45℃
    AL1: -20℃ ~ 45℃

Storage Temperature

  • AL: -20℃ ~ 60℃
    AL1: -20℃ ~ 60℃

Ingress Protection

  • AL: IP20
    AL1: IP66

Dimensions (W x H x D) mm

  • AL: 148x7x48 mm (5.8"x3.1"x1.9")
    AL1: 121x59x53 mm (4.8"x2.3"x2.1")

Net Weight

  • AL:
    0.42 kg (0.9 lbs)
    AL1:
    0.44 kg (1 lbs)

Article number

  • AL:
    10635904160001
    AL1:
    10635904160002

Contact Us

Fields marked with (*) are required.