Outlaw 950 7.1 Channel Preamp / Processor

This item is used and being sold by the original owner.
It works great and has the remote. You can view the specs and manule in the manufactures links below.

http://pdf.outlawaudio.com/outlaw/docs/950manual.pdf
http://www.outlawaudio.com/support/discontinued/950_specs.html

OUTLAW AUDIO MODEL 950--PRELIMINARY SPECIFICATIONS

AUDIO SECTION
Analog

Frequency response: 10 Hz - 90 kHz: +0, -3 dB (Bypass Mode)
Signal to Noise Ratio: 102 dB (Bypass Mode)
Distortion: 0.0038% (20 Hz ~ 20 kHz) (Bypass Mode)
Input sensitivity / input impedance: 200 mV/ 47kohms
Rated output: 1V(0dB gain in Bypass Mode)
Digital

Signal to Noise Ratio: 102 dB
Total Harmonic Distortion: <0.005% (1 kHz, at 0 dB)
Dynamic Range: 100 dB
D/A Output: Rated output 2 V (At 0 dB playback)
Digital Input: S/P-DIF Format
DSP Processor: Cirrus® CS 49326
ADC: Cirrus CS 5360
DAC: Cirrus CS 4396
VIDEO SECTION
Composite

Video Format: NTSC
Input/Output Level: 1 volt P-P
Input/Output Impedance: 75W
Frequency Response: 5 Hz - 10 MHz -- +0, -3 dB
S-Video

Signal Format: NTSC Y/C
Luminance (Y) Input/Output Level: 1 volt P-P
Chrominance © Input/Output Level: 0.3 volt P-P
Input/Output Impedance: 75W
Frequency Response: 5 Hz - 10 MHz -- +0, -3 dB
Component Video

Signal Format: NTSC Y/Pr/Pb
Analog Components
Luminance (Y) Input/Output Level: 1 volt P-P
Pr Input/Output Level: 0.7 volt P-P
Pb Input/Output Level: 0.7 volt P-P
Input/Output Impedance: 75W
Frequency Response: DC - 45 MHz -- +0, -3 dB
TUNER SECTION
FM

Tuning Range: 87.5 MHz - 108 MHz
AM

Usable Sensitivity: Stereo: 1.8µV
50 dB Quieting Sensitivity: MONO 2.5µV STEREO 23 µV
Signal to Noise Ratio (IHF-A): MONO 79 dB STEREO: 74dB
Total Harmonic Distortion: MONO 0.2% STEREO: 50 dB
AM Tuning Range: 520 kHz - 1710 kHz
Usable Sensitivity: 25µV
General

Power supply: AC 120 V, 60 Hz
Power consumption: 45W
Dimensions (including feet and connectors): 17.12 (W) x 4.6 (H) x 14.76 (D) inches, 435 (W) x 117 (H) x 375 (D) mm
Weight: 17.6 Lbs/8 kg
Trigger Outputs (x2): 12 VDC, 100 mA maximum