Phoenix Gold GX1200.1

Number of Channels: 1
1Ω: CH 1 1200W x 1
2Ω: CH 1 800W x 1
4Ω: CH 1 500W x 1
Total RMS Power (Sum of rated power): 1200W
Bridgeable: N/A
Crossover Mode, Linkwitz-Riley: LP
50Hz - 250Hz @ 24dB/Oct
Input Selection 0.4-10V
Signal to Noise (@ CEA Standard): >100dB
Frequency Response: Full Range 15-250k
Topology Class: D
Heatsink Type: Extruded Aluminum
Cooling Type: Radiation
Operating Voltage: 8V to 16V
Switchable Auto-Turn On: No
Power Supply Type: Unregulated
Power Terminals: 4 Gauge Quick Connect
Speaker Terminal: 8 Gauge Quick Connect
Recommended Inline Fuse: 80A
Dimensions (L x W x H):
11.57” x 6.5” x 2.03”

294mm x 165mm x 51.5mm


Audiophile Grade Mono Class D

Precision Components and Op Amps used to increase sound quality and lower distortion

High-Level Input Capablefor Easy OEM Integration

Can accept input sources from most OEM radios (requires X2LINE)

Selectable Balanced / Unbalanced Inputs

Matching input types allow for the best possible signal transfer and the lowest noise

Surface-Mount Component Technology

The precision manufacturing process provides reliability and strict quality control

Low-Pass and Subsonic Crossovers

Reduces the need for external processing, optimizes system tuning while maximizing subwoofer output

Proprietary PG Quick Connects

Enables high current transfer while increasing installation ease and serviceability

Flush-Mountable Bass Knob

Remote bass control for easy level adjustment paired with custom installation options for ergonomic placement

Full-Radiation Heat Sink 

A computer-aided design heat sink was created to utilize the entire chassis for head dissipation while reducing amplifier size and lowering operating temperatures

Rotatable Badge

The badge can be rotated to allow for increased custom installation mounting options while retaining proper aesthetics

Single-Sided Control Panel 

Increased installation speed, system adjustments, and mounting options with the use of single side amplifier controls and connections

Onboard Short/Therm/Impedance Protection

Designed for system reliability and fault protection from thermal overload, short circuits, and low impedance situations