BWilliams
Well-Known Member
- Joined
- March 11, 2007
- Messages
- 468
- Reaction score
- 0
- City, State
- Buffalo, NY (home) // Rochester, NY (school)
- Year, Model & Trim Level
- '05 XLT Sport
I'm considering putting an AVIC-Z2 into my dash... I currently have the Audiophile system and am happy with the quality of the sound coming from the speakers and sub... don't want to do a whole rip/replace.
I believe that I am understanding this correctly.. the '05 HU has an internal amp, so I would need a HU that has an amp, to avoid having to add an amp... does this headunit provide the proper outputs to both the speakers and sub, or would I need a new amp along with it? And if I can just use the stock setup, is it just a matter of connecting the harness and all of the HU-specific equipment?
From http://www.pioneerelectronics.com/PUSA/Products/Navigation/In-Dash/AVIC-Z2?tab=B :
Built-in Speaker Power MOSFET 50W x 4
Continuous Power Output 22W x 4
Equalizer EEQ (3-Band Parametric)
SFEQ (Sound Focus EQ)
Loudness 3 Mode
Source Level Adjuster (SLA)
High-Pass Crossover (HPF) 50/80/125Hz, -12dB/Oct.
Subwoofer Crossover (LPF) 50/80/125Hz, -12dB/Oct.
RCA Preouts 3 pair (Front, Rear, Sub/Non-Fading)
Preout Voltage 2.2V, 1k Ohm
I believe that I am understanding this correctly.. the '05 HU has an internal amp, so I would need a HU that has an amp, to avoid having to add an amp... does this headunit provide the proper outputs to both the speakers and sub, or would I need a new amp along with it? And if I can just use the stock setup, is it just a matter of connecting the harness and all of the HU-specific equipment?
From http://www.pioneerelectronics.com/PUSA/Products/Navigation/In-Dash/AVIC-Z2?tab=B :
Built-in Speaker Power MOSFET 50W x 4
Continuous Power Output 22W x 4
Equalizer EEQ (3-Band Parametric)
SFEQ (Sound Focus EQ)
Loudness 3 Mode
Source Level Adjuster (SLA)
High-Pass Crossover (HPF) 50/80/125Hz, -12dB/Oct.
Subwoofer Crossover (LPF) 50/80/125Hz, -12dB/Oct.
RCA Preouts 3 pair (Front, Rear, Sub/Non-Fading)
Preout Voltage 2.2V, 1k Ohm