4.Connect the 8-Pin iPod docking cable into the first port on the Media Gateway

(farthest away from dipswitches). Carefully run the 11 foot iPod cable behind the dash to the location where the iPod will be mounted or stored (for example the glove box or center console). This location will vary based on the vehicle, and the customer’s prefrence. When running this cable through the dash be sure to secure it away from moving parts or sharp metal edges that may damage the cable.

5.If connecting the HD Radio Tuner (HDRT sold separately), make the following connections before connecting the PXAMG to the vehicle. Plug the 3 foot HD Radio Cable (8-Pin mini-din to 8-Pin mini-din) into the second port (closest to the dipswitches) on the Media Gateway. Connect the other end of this cable into the HD Radio tuner. Connect the factory antenna cable into the antenna connection on the HD Radio tuner (HDRT) using a Best Kits BAA36 antenna adaptor (or equivalent) if needed to make this connection.

6.Plug in the male connectors on the PGHNI2 harness into the 20-pin and 12-

pin ports on the back of the radio. Next, connect the factory 20-pin and 12-pin harnesses into the female connectors on the PGHNI2 harness. Be sure to make a firm connection but do not force it. Plug the Black micro-fit 24-pin connector on the PGHNI2 harness into the PXAMG Media Gateway box.

7.To complete the installation secure the Media Gateway (PXAMG) and HD Radio tuner (HDRT) into the cavity in the dash behind the radio. Be sure that the cables and interface modules are not near moving parts or sharp metal edges as they may damage the cables. To prevent rattling noises inside the dash use zip ties, tape or other fasteners to mount the interfaces securely.

8.With all connections made, reconnect the vehicle’s battery, insert the key into the ignition, and turn the vehicle on. Check for proper operation of the Media Gateway and HD Radio tuner before reinstalling the factory dash panels.

9.Note: The first time you access the Media Gateway, your radio may display “DEV

INIT” while the device is initializing. If this is displayed, please wait one minute then cycle the ignition off and on. Then access SAT mode again to begin normal gateway operation.

6.Pathfinder & Armada iPod Operation

Entering Mode Select Menu

Press the “AM/FM/SAT” button a few times until “SAT” is displayed on the screen. Immediately turn the rotary tune knob to scroll through the available sources. Once “IPOD” is displayed, press the “<<SEEK” button to select it.

Next Track

Turn the rotary tune knob clockwise to advance to the next track.

Previous Track

Turn the rotary tune knob counter clockwise to return to the previous track.

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Peripheral Electronics PGHNI2 Pathfinder & Armada iPod Operation, Entering Mode Select Menu, Next Track, Previous Track
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PGHNI2 specifications

Peripheral Electronics PGHNI2 is a versatile and sophisticated technology designed to streamline communication and enhance the performance of various electronic systems. Built on a foundation of advanced features and extensive compatibility, the PGHNI2 is an ideal solution for both industrial and commercial applications.

One of the standout features of the PGHNI2 is its high-performance networking capability. The device is equipped with robust protocols that support seamless integration with multiple network systems, allowing for efficient data exchange and communication across different components. This capability is crucial in environments where real-time data transmission is essential, such as in automation and process control systems.

The PGHNI2 also boasts an impressive range of interfaces, which include USB, Ethernet, and serial communication options. This makes the device highly adaptable, enabling it to connect with various peripherals and legacy systems without any hassle. The plug-and-play functionality further enhances its usability, making it accessible for users with varying levels of technical expertise.

In terms of technology, the PGHNI2 employs state-of-the-art processing capabilities, ensuring that it can handle complex tasks with ease. The integration of microcontroller technology allows for efficient management of resources, meaning that it can operate reliably even under demanding conditions. Additionally, the device supports multiple operating modes, providing flexibility to users who need to switch between different operational requirements.

Another key characteristic of the PGHNI2 is its durability. Designed to withstand harsh environments, it features a robust housing that protects the internal components from dust, moisture, and extreme temperatures. This resilience ensures longevity and lowers maintenance costs, making it a cost-effective choice for businesses looking to invest in reliable technology.

Furthermore, the PGHNI2 is backed by comprehensive technical support, ensuring that users have access to resources and assistance when needed. This commitment to customer satisfaction enhances the overall experience with the product, making it a preferred choice for many enterprises.

In summary, Peripheral Electronics PGHNI2 stands out due to its high-performance networking, versatile connectivity options, advanced processing technology, and durability. These features make it an essential component for those looking to optimize their electronic systems, driving efficiency and productivity in various sectors.
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