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SSOUNDS D14X amplifier, view 1 of 31 / 3

SSOUNDS · SS-D14X

SSOUNDS D14X

Amplificador DSP de 4 canales con FIR, potencia para line-array y procesamiento completo del sistema con presets.

Dante Spoken HereAES3DSPamplifierFIRtouring

El D14X es el miembro compacto de la serie D, 4 canales de potencia para line array con procesamiento completo compatible con FIR, presets de altavoces y control de red. Convierte un rack en un motor de sistema SSOUNDS completo: predice, despliega y controla desde un solo dispositivo. El procesamiento se ejecuta en la plataforma DSP de SSOUNDS, coma flotante de 32 bits a 96 kHz: cruces FIR de fase lineal PhaseTrue con secciones de shelving IIR, paramétricas y notch, y limitación DynaControl de pico, térmica y de excursión en cada canal. La latencia de extremo a extremo es de 0.466 ms, desde la entrada analógica hasta la salida del altavoz.

Part of the XTO, LS and M Systems

Drives the 8P and smaller counts of the 10P.

Key features

  • 4 × 1,000 W into 8 Ω, 4 × 2,000 W into 4 Ω, 8,000 W total
  • 0.466 ms latency, analog input to loudspeaker output
  • SSOUNDS DSP, 32-bit floating point at 96 kHz
  • PhaseTrue linear-phase FIR crossovers, with IIR shelving, parametric and notch
  • DynaControl peak, thermal and excursion limiting per channel
  • Dante audio and SNet control over one network infrastructure
  • 16-band input and 16-band output EQ, parametric, notch and shelving
  • Variable-speed cooling under continuous temperature monitoring, with GPIO

Specifications

Engineering data. The conditions each figure is specified under are stated below the table.

General

Type
4-channel DSP power amplifier, networked
Protection
Over-current · thermal · DC · short-circuit
Cooling
Forced-air front-to-rear, variable-speed fans under continuous temperature monitoring
Certifications
CE · UKCA · TÜV (rack mounting) · FCC · cULus · EAC · RoHS

Electrical

Channels
4 × Class-D
Power @ 8 Ω
4 × 1,000 W
Power @ 4 Ω
4 × 2,000 W
Minimum load impedance1
2 Ω (all channels driven)
Bridged @ 8 Ω
2 × 4,000 W
Total output
8,000 W
Mains
100–240 V switch-mode with PFC

Processing

Presets and delay
SSOUNDS loudspeaker presets, per-channel delay
Converters
32-bit AD / DA at 96 kHz
DSP platform
SSOUNDS DSP, 32-bit floating point with 40-bit extended precision
Latency
0.466 ms, analog input to loudspeaker output
Crossover filters
PhaseTrue linear-phase FIR, with IIR shelving, parametric and notch sections
Limiting
DynaControl peak, thermal and excursion limiting, per channel
Equalisation
16 bands on the input and 16 bands on the output, parametric, notch and shelving
Load monitoring
Per-channel load impedance monitoring with fault reporting over SNet
Maximum delay
1,000 ms per channel

Connections

Network
Dante audio network + control, 2 × RJ45 (primary / secondary, front panel)
Inputs / outputs
4 × XLR analog / AES3 · Dante · 4 × NL4 speakON out
Control
SNet remote control and monitoring (SSOUNDS Network Manager)
GPIO
General-purpose I/O for external monitoring and control
Input sensitivity
0 dBu / 6 dBu selectable

Performance

Frequency response
20 Hz – 20 kHz (±0.5 dB)
THD+N
< 0.02% @ 1 kHz
S/N ratio
> 112 dB (A-weighted)
Damping factor
> 500 @ 8 Ω
Efficiency
> 90%
Dynamic range
112 dB

Physical

Format
19″ 1U rack
Net weight2
7 kg / 15 lb

Environment

Operating temperature
−10 °C to +40 °C continuous, +50 °C short term
Storage temperature
−20 °C to +70 °C
Humidity
< 70% relative humidity, non-condensing

Measurement conditions

  1. Nominal impedance is the manufacturer's rating for amplifier load calculation; minimum impedance across the operating band may be lower.
  2. Net weight excludes packaging, flight case, accessories and optional rigging hardware.
  3. All figures are typical values for production units specified under the conditions above. Individual units may vary within published tolerances.

Downloads

Product documentation, free to open. No registration, no form. The data sheet is a PDF rendered from the page below it; the manual is a print page, so use your browser to print it or save it as PDF.

Loudspeaker data files for prediction software (GLL and CLF for EASE), 2D and 3D drawings and certification documents are issued on request. Email support@s-soundspro.com and we will send the current release for this model.

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