RCF XPS 16KD Class D Power Amplifier with DSP

The RCF XPS 16KD

XPS 16KD is a four-channel power amplifier with advanced processing and routing with Dante, digital, and analog I/O for touring and installation. With 4x4000 W Class D continuous power at 2.7 ohms, 40-bit floating-point processing at 96 kHz, and 32-bit internal routing, XPS 16K packs extreme power density in a 2U chassis. Designed for both touring and installed sound systems, XPS is intended for use with high-performance speakers and provides ready-to-use configurations and presets. It can also be used in linear mode with advanced tuning capabilities. Each output features a 4000 ms output delay (1372 m / 4501 ft), EQ Filters, Crossovers, FIR Filters, Multiband Compressor, RMS Limiter, and Thermal limiter. XPS delivers rider-friendly premium sound with complete RDNet remote management, a large touch interface onboard, exceptional signal/noise ratio, ultra-low distortion, and extreme dynamic range.

Features

• 16000 W Total Continuous Power
• 40-bit Floating-point Processing, up to 96 kHz
• Dante Audio Network
• FiRPHASE, Bass Motion Control, Bass Shaper
• RDNet Networked Management
• Touch 4.3" Color TFT Interface
• Complete On-board Processing with Delay, EQ, Comp/Limiter
• On-board Speaker Presets Library
• Class-D Modules with SMPS and Advanced PFC

Power to Change Everything

Four-Channel Modular Amplifier

XPS 16K provides extreme power density with 4 x 4000 W continuous power outputs in 2 RU space for both touring and installed sound systems. The unit features four analog and digital AES/EBU inputs/outputs, a Dante Network-ready design, and complete signal processing, tuning, and routing capability at 96 kHz—the advanced and modular design of the circuitry grants redundancy and full scalability. A complete set of RCF speaker presets is available, with powerful signal processing for complete system tuning.

Dante® Onboard

XPS 16KD LAN 3 and LAN 4 ports have Ethercon Dante-enabled connectors. Each amplifier becomes a node in Dante's digital audio distribution networks.