RCF TTL 6-A Active 3-Way Line Array Module 2200W RDNet

RCF TTL 6-A — High-Fidelity 3-Way Active Line Array Power for Medium-to-Large Spaces

RCF TTL 6-A is an active three-way line array module engineered to deliver high-fidelity output indoors or outdoors for medium to large spaces. Built around four channels of Class-D amplification and advanced DSP, it is designed for high direct sound, increased range, and uniform level distribution with the ease-of-use that comes from onboard amplification and network control.

Its acoustic platform combines 2 x 12" neodymium woofers, 4 x 6.0" neodymium midranges, and a 1.4" neodymium compression driver with a 3.0" voice coil and waveguide for distinctive, homogeneous directivity. Coverage is specified at 90° x 30°, with a published 139 dB max SPL and 45 Hz - 20,000 Hz frequency response.

Control and optimization are built into the workflow: RDNet remote control via etherCON connectivity, plus processing features including FiRPHASE and Bass Motion Control. On the rear panel, the system setup encoder provides fast access to input gain reduction, speaker delay, and preset selection for repeatable system behavior from show to show.

Real-World Applications and Sound Roles

• Stacked systems: Preferred setup when a wider dispersion is required and fast deployment matters.
• Suspended line-array builds: Multiple configuration options for focused throw and controlled coverage.
• Portable sound with subs: Designed to pair in systems that include subwoofer reinforcement for high-impact program.
• Live sound and Chicago DJ rigs: Built for high output, networked control, and repeatable tuning across venues.

Where the RCF TTL 6-A Excels

• 3-Way Definition at Scale: Dedicated LF, MF, and HF sections (2 x 12", 4 x 6.0", 1 x 1.4") for clean vocal articulation and high-fidelity program in medium-to-large spaces.
• High Output with Control: Published 139 dB max SPL with 90° x 30° coverage for wide, predictable audience coverage.
• Onboard Multi-Channel Power: Four channels of Class-D amplification with 2200 W RMS total power for a true active line source workflow.
• RDNet Remote Control: RDNet onboard with etherCON I/O supports networked monitoring and control from a centralized interface.
• Phase-Coherent Processing: Premium DSP with optimized phase response, including FiRPHASE for coherent sound distribution.
• Horn Geometry for Cleaner Rooms: Vertically asymmetrical horn design is described to project energy accurately and avoid unwanted reflections in difficult acoustic environments.
• System-Friendly Preset Architecture: Close, Linear, and Far presets support fast tuning decisions based on listening distance and application needs.
• Tour-Grade Build: Baltic birch plywood cabinet with steel grille and pro handling hardware for frequent transport and repeated deployments.
• Built for Live Clubs and DJ Program: Deployment guidance explicitly includes DJs and live clubs when paired with subwoofer support in portable sound builds.

Control Modes for RCF TTL 6-A Rear-Panel DSP, Presets, and RDNet

RCF TTL 6-A uses a rear-panel System Set Up Encoder and display to manage core operational settings. Push the encoder to select a function, then rotate to set values or load presets.

• Input Gain Reduction: Select gain reduction, then rotate to reduce input gain. Reduction steps are specified as 0.1 dB for the first 10 dB, then 1 dB steps, up to 99 dB maximum reduction.
• Speaker Delay Setting: Select delay and rotate to time-align the module. Delay is expressed in meters with steps of 0.1 m for the first 10 m, then 1 m steps, up to 20 m maximum.
• Preset Selection: Select the preset function and rotate to load the desired preset for the application and listening distance.

Preset families (as provided in the manual excerpt)

• LINEAR (L): Includes linear voicings and application variants such as a 100 Hz high-pass (24 dB/oct), low-level playback, and indoor balance options.
• CLOSE (C): Near-field voicings for close listener distances, with an available 100 Hz high-pass (24 dB/oct) option.
• FAR (F): Distance voicings designed to improve clarity and intelligibility at longer listener distances, with an available 100 Hz high-pass (24 dB/oct) option.

Protection and status behavior

• Limiter LED: Indicates soft clipping activity; occasional blinking is acceptable. If the limiter LED lights continuously, reduce the signal level.
• System Set Up Display: Displays setting values. With an active RDNet connection, a rotating segment lights.

RDNet control layer selection

• RDNet Local Setup/Bypass: When released, local setup is loaded and RDNet monitors the speaker. When switched, the RDNet setup is loaded and bypasses local preset.
• RDNet IN/OUT: etherCON connectors for the RCF RDNet protocol, enabling complete control using RDNet software.

Signal and power I/O (rear panel)

• XLR Input / XLR Output: Balanced loop-through output supports daisy chaining signal to additional modules.
• Powercon AC IN/OUT: Powercon locking 3-pole AC mains input and output for power distribution. Powercon is used to disconnect from the supply network and should remain accessible after installation.

Inside the RCF TTL 6-A Advantage: Coverage Control, Amplification, and System Workflows

90° x 30° Dispersion for Wider, More Usable Coverage

RCF specifies 90° horizontal by 30° vertical coverage for TTL 6-A, positioning it as a preferred setup when wider dispersion is required. This coverage goal supports stacked systems and multi-cabinet line-source deployment where audience width and consistency matter.

• Wider coverage intent: Designed to support use cases where more horizontal audience area must be covered cleanly.
• System design advantage: Aligns with line array goals of uniform level distribution and increased range.

Four Channels of Digital Amplification and Premium DSP

TTL 6-A integrates four channels of Class-D amplification with 2200 W RMS total power (4400 W peak). RCF describes the combination of advanced digital processing and multi-channel amplification as setting a new standard for distortion, noise, and thermal efficiency, while keeping the active system optimized for the specific components inside the cabinet.

Active-system advantages (as provided):

• Reduced setup time: No external amplifier rack required for the module.
• Daisy-chain workflow: Signal and power connection can be chained for the system or by groups.
• Performance optimization: Sound quality and performance are optimized to the internal components.
• Component monitoring: RDNet networked control can monitor each component of the system.

Precision Transducers Built Around a 200 Hz - 800 Hz Crossover Strategy

RCF specifies a three-way transducer set: 2 x 12" neodymium woofers (3.0" voice coil), 4 x 6.0" neodymium midranges (2.0" voice coil), and a 1.4" neodymium compression driver (3.0" voice coil) with waveguide. The processor section lists crossover frequencies of 200 Hz - 800 Hz, supporting a dedicated mid band and controlled handoff into the HF section.

Horn Design Aimed at Cleaner Projection in Difficult Acoustic Environments

RCF describes a vertically asymmetrical horn designed to accurately project sound energy and avoid unwanted reflections. This geometry is also described as enabling the configuration of two perfectly cascading TTL 6-A for stronger control of directional characteristics, supporting intelligibility when rooms fight back.

RDNet Remote Control for Fast Tuning and Centralized Oversight

RDNet is described as an integrated monitoring and control platform that scales from small setups to massive systems. TTL 6-A includes RDNet onboard with etherCON I/O, enabling full DSP control of compatible devices, flexible configuration tools for tuning system response, and real-time access to key settings from a centralized interface.

Deployment Options: Single Use, Stacked Systems, and Sub-Supported Builds

RCF describes TTL 6-A as versatile across multiple installation options: use it as a single speaker, as part of a large PA system, or in combination with a subwoofer. The provided deployment examples include suspended straight and curved approaches for SPL and throw goals, plus portable sound builds where TTL 6-A is paired with subwoofer support for Live Sound, DJs, and Live Clubs.

How to Deploy RCF TTL 6-A in the Field

RCF TTL 6-A is designed for real production workflows where speed, repeatability, and predictable coverage matter. Start by defining the coverage goal (90° x 30°), then choose a deployment approach (stacked, suspended straight, suspended curved, or sub-supported portable builds). Lock in tuning using the onboard encoder for gain reduction, delay (in meters), and preset selection, and use RDNet when centralized oversight is required.

• Choose the coverage strategy first: The 90° x 30° pattern supports wider audience coverage; aim the vertical window to keep energy on the listening plane and reduce unwanted reflections.
• Use the preset families intentionally: Select Close, Linear, or Far based on listening distance and room behavior. Use the 100 Hz high-pass (24 dB/oct) variants when the module is operating as part of a larger system or as a satellite to subwoofer reinforcement.
• Time-align when needed: Use onboard delay (meters) to align TTL 6-A with fills, subs, or other system elements.
• Signal and power chaining: Use the XLR loop-through for signal daisy chaining and Powercon IN/OUT for power distribution, keeping current limits in mind for chained systems.
• RDNet workflow: Confirm Local Setup/Bypass state so the correct control layer is active (local settings vs RDNet-loaded setup).
• Operational best practice: Mixer on first, speaker volume at minimum before powering, speakers on last, and power down immediately after use to avoid bumps in the audio chain.

Deploy for coverage and throw first, then lock in presets, delay, and RDNet control so TTL 6-A stays repeatable across venues and show days.

Why Choose the RCF TTL 6-A from AVMaxx:

AVMaxx supports TTL 6-A buyers with application-aware guidance that turns manufacturer performance into a system plan that works in the field. If you are building a medium-to-large rig for touring, stacked systems, suspended arrays, or club production, we help you translate dispersion goals, preset strategy, RDNet workflows, and power distribution into a deployment that is repeatable night after night.

• Preset and alignment guidance: Help selecting Close/Linear/Far presets and dialing delay (meters) for clean integration with subs and fills.
• Networked control planning: RDNet setup strategy for monitoring and centralized control across multiple devices and groups.
• Deployment clarity: Field-focused planning for stacked systems, wider dispersion coverage goals, and sub-supported portable builds for DJs and live clubs.
• Chicago-ready recommendations: System suggestions tailored to real venue workflows and production expectations common to Chicago DJs and event crews.

AVMaxx is your partner for ProX solutions—field-aware recommendations, dependable support, and builds that help Chicago DJs and event pros perform with confidence.