PAC APH-TY02
18" Speaker Connection Harnesses for select 2007-2025 vehicles from Toyota, Lexus with Amplified Systems
18" Speaker Connection Harnesses for select 2007-2025 vehicles from Toyota, Lexus with Amplified Systems
• Compatible with select 2007-2025 vehicles from Toyota, Lexus with factory amplified systems
• Connects aftermarket speakers to the factory speaker harness
• Quick and easy installation
• No cutting necessary
• Plugs directly into harness
• Compatible with select 2007-2025 vehicles from Toyota, Lexus with factory amplified systems
• Connects aftermarket speakers to the factory speaker harness
• Quick and easy installation
• No cutting necessary
• Plugs directly into harness
PAC ANC-CH01
Factory Active Noice Cancelling (ANC) Module Bypass Harness for select 2015-2019 vehicles from Ram, Jeep, Chrysler
Factory Active Noice Cancelling (ANC) Module Bypass Harness for select 2015-2019 vehicles from Ram, Jeep, Chrysler
• Active Noise Canceling (ANC) module bypass harness
• Plug-and-play solution for bypassing the ANC module
• Avoids possible damage to the ANC module
• Compatible with select 2015-2019 vehicles from Ram, Jeep, Chrysler
• Active Noise Canceling (ANC) module bypass harness
• Plug-and-play solution for bypassing the ANC module
• Avoids possible damage to the ANC module
• Compatible with select 2015-2019 vehicles from Ram, Jeep, Chrysler
PAC APA-TOS1
Optional TOSLink Optical Digital Output for AmpPro Modules
Optional TOSLink Optical Digital Output for AmpPro Modules
• Fiber optic audio add-on module for PAC AmpPRO interfaces
• Quick installation with any AmpPRO interface
• Provides digital fiber optic variable signal output
• Compatible with TOSLINK-equipped digital signal processors or amps
• Digital audio signals are less vulnerable to noise and interference
• Fiber optic audio add-on module for PAC AmpPRO interfaces
• Quick installation with any AmpPRO interface
• Provides digital fiber optic variable signal output
• Compatible with TOSLINK-equipped digital signal processors or amps
• Digital audio signals are less vulnerable to noise and interference



