Fusion Apollo MS-RA800 Installation Instructions

Important Safety Information

WARNING: Failure to follow these warnings and recommendations can result in personal injury, damage to the vessel, or product malfunction.

Read the Important Safety and Product Information guide in the packaging for product warnings and other important information.

This unit must be installed according to these instructions.

Disconnect the vessel's DC power supply before making any changes.

Before powering on this product, check that it is properly grounded according to these instructions.

CAUTION: Always wear safety glasses, hearing protection, and a dust mask when drilling, sawing, and sanding to prevent potential personal injury.

NOTE: Before drilling or sawing, check what is on the other side of the surface to prevent damage to the vessel.

Do not use the stereo as a template when drilling mounting holes, as this may damage the glass display and void the warranty. Use only the supplied template to drill the mounting holes in the correct location.

Read all installation instructions before performing the installation. Contact Garmin Product Support if you encounter any problems during installation.

Package Contents

• Mounting gasket
• Four 8-gauge self-tapping screws
• Two screw covers
• Wiring conduit for power and speakers
• Wiring conduits for auxiliary input, line output, and subwoofer output
• 2 m (6 ft.) NMEA 2000 network cable
• Dust cover

Required Materials

• Phillips head screwdriver
• Electric drill
• Drill bit (size depends on mounting surface material and screws used)
• Rotary tool or jigsaw
• 25 A circuit breaker or internal fuse for the main power cable
• 1 A internal fuse for the start wire
• Optional: Silicone-based waterproof sealant
• Extension wire for power and ground cables. Wire gauge depends on extension length and power source (see Guide for Power Cable Gauge, page 10).
• 22 AWG (0.33 mm²) wire for extending the start wire

Mounting Considerations

CAUTION: The rear of the unit can become hot enough to cause injury if touched. Install the unit where the front is accessible to users and the rear cannot be touched during operation.

NOTE: Install the unit in a location not exposed to extreme temperatures or conditions. The temperature range for this unit is listed in the product specifications. Prolonged exposure to temperatures above the specified range, during storage or use, can cause unit malfunctions. Damage from extreme temperatures and related consequences are not covered by the warranty.

• Mount the stereo on a flat surface.
• Mount the unit in a location with adequate ventilation to prevent heat buildup.
• If installed correctly with optional waterproof sealant, the stereo is water-resistant from the front. The connections on the rear are not water-resistant, so do not install the stereo where the rear can be submerged or regularly exposed to water.
• If installing in a location that may be occasionally exposed to water, mount the stereo at an angle of less than 45 degrees or more than 15 degrees from the horizontal plane.
• If installing in a location that may be occasionally exposed to water, the cable should have a drip loop to allow water to drain from the cable and prevent damage to the installation.
• If installing speakers outdoors, mount them high above the waterline to prevent them from being submerged or damaged by docks, pilings, or other equipment.
• To prevent interference with a magnetic compass, mount the stereo at least 40 cm (15.75 in.) from a compass.

Installing the Stereo System

NOTE: Do not use the stereo as a template when drilling mounting holes, as this may damage the glass display and void the warranty. Use only the supplied template to drill the mounting holes in the correct location.

Be careful when sawing the hole for the stereo. There is limited space between the housing and the mounting holes. If you saw the hole too large, the system may not be securely mounted.

Do not apply grease or lubricant to the screws when attaching the stereo to the mounting surface. Grease or lubricant can damage the stereo housing.

Before attaching the stereo to a new location on the mounting surface, choose a location that meets the mounting considerations.

1. Attach the template to the mounting surface.
2. Drill a hole in the corner of the dashed line on the template.
3. Saw the mounting surface along the inside of the dashed line on the template.
4. Ensure the mounting holes on the stereo align with the drilled holes on the template.
5. Select a drill bit size suitable for the mounting surface and screw type, and drill the holes.
6. Remove the template from the mounting surface.
7. Perform one of the following:
   • If installing the system in a dry location, place the supplied mounting gasket on the rear of the system.
   • If installing the system in a location exposed to water, apply silicone-based waterproof sealant to the mounting surface around the opening.

NOTE: Do not install the supplied mounting gasket if you have applied waterproof sealant to the mounting surface. Using both the mounting gasket and waterproof sealant may make the system less water-resistant.

8. If you cannot access the rear of the stereo after installation, make the necessary wiring connections.
9. Attach the stereo to the mounting surface using the supplied screws. Hand-tighten the screws to avoid overtightening.
10. Snap the screw covers into place.

Connection Considerations

The stereo only functions properly when connected to a power source, speakers, and input sources. Plan the layout of the stereo, speakers, and input sources, as well as the optional NMEA 2000 network, Fusion PartyBus network, Garmin BlueNet network, or older Garmin Marine Network requirements before making connections.

Port Identification

Diagram showing the rear ports of the stereo:

• ANTENNA 1
• NMEA 2000
• NETWORK
• USB
• HDMI
• FUSE
• Connections labeled 1, 2, and 3

Wiring Identification and Connector

Diagram showing wiring conduits and connectors.

Wire or Function of RCA Connector

Power Connection

Connect the yellow, red, and black wires to the power source. The yellow and red wires have different functions, and the connection method depends on how you intend to use the stereo.

Yellow Wire

• Supplies power to the stereo.
• Must be connected via a 25 A circuit breaker, if available on the vessel.

WARNING: If a 25 A circuit breaker is not available, connect this wire to the power source using a 25 A fuse (not supplied). Connecting this wire without a circuit breaker or fuse can cause a short circuit, leading to overheating and fire.

• This wire supplies power to the stereo at all times, which will drain the battery even when the stereo is not in use. Install a manual switch on this wire if there is no 25 A circuit breaker or if you cannot use the circuit breaker to turn off power to the stereo when storing the vessel.
• When extending this wire, the required wire gauge depends on the extension length and the connected power source (see Guide for Power Cable Gauge, page 10).

Red Wire

• Can be connected to the same power source as the yellow wire via the ignition or a manual switch. This allows the stereo to turn on and off automatically when you turn the vessel on and off, or when you activate the switch.
• This wire turns the stereo on and off the same way as the power button on the stereo. You do not need to connect this wire via the ignition switch or manual switch if you plan to turn the power on or off using the stereo's power button or a connected chartplotter or remote control, and can instead connect it to the yellow wire. This wire must be connected to turn on the stereo.
• When you turn off the stereo using this switch or the power button, it enters standby mode. This allows the stereo to start up faster than if you turn off the power using the yellow wire. In standby mode, it uses a maximum of 350 mA. You must turn off the power to the stereo via the yellow wire using the circuit breaker or manual switch when the vessel is not in use to prevent battery drain.

WARNING: You must connect this wire to the power source via a 1 A fuse (not supplied), regardless of whether you connect it to the ignition or manual switch. Connecting this wire without a fuse can cause a short circuit, leading to overheating and fire.

• Use 22 AWG (0.33 mm²) wire if this wire needs to be extended.

Black Wire

• This is the ground wire. Connect it to the negative power source terminal or a common ground.
• When extending this wire, the required wire gauge depends on the extension length and the connected power source (see Guide for Power Cable Gauge, page 10).

Guide for Power Cable Gauge

The cable gauge required to connect the stereo to the power and ground depends on the power source and the length of the cable from the power source to the stereo. Consult this table to determine the correct wire gauge for your installation. This table indicates the resistance of the connection.

NOTE: If using aluminum wire, use wire that is two gauges thicker than the gauge listed below to compensate for potential voltage drop due to the wire material.

Connecting to Power Without a Key Switch

This connection method is most common on larger vessels and vessels with multiple stereos and other marine devices in the network. For these installations, a faster startup time is usually less critical, and it is more effective to use the circuit breaker or a dedicated switch on the electrical panel to turn off the stereo, ensuring no unexpected power loss occurs.

Diagram showing wiring connections without a key switch.

Route all wires to the stereo's wiring conduit, the circuit breaker or switch, and the power source, if necessary.

Do not connect the wiring conduit to the stereo until all exposed wiring connections are secured.

Install all necessary fuses on the red and yellow wires.

Connect the wiring conduit to the stereo.

When the circuit breaker or manual switch on the combined yellow and red wires is closed, the stereo is always powered on. You can use the stereo's power button or a connected chartplotter or remote control to put the stereo into an energy-saving standby mode if needed.

NOTE: When the vessel is not in use, turn off the power to the stereo using the circuit breaker or manual switch to prevent battery drain.

Connecting to Power via a Key Switch

This connection method is typically used on ski boats, wakeboats, and similar recreational vessels where the power to the engines is often switched. For these installations, a quick standby and faster startup time is desired, allowing music to be stopped and played again as soon as the engine is restarted. In standby mode, the stereo uses a maximum of 350 mA, and you must connect the power wires via a circuit breaker or manual switch to prevent battery drain when the boat is not in use.

Diagram showing wiring connections with a key switch.

Route all wires to the stereo's wiring conduit, the key switch or ACC switch, the circuit breaker, and the power source, if necessary.

Do not connect the wiring conduit to the stereo until all exposed wiring connections are secured.

Install all necessary fuses on the red and yellow wires.

Connect the wiring conduit to the stereo.

When you turn on the key switch, the stereo turns on along with other electronic accessories. When you turn off the key switch, the stereo enters energy-saving standby mode.

NOTE: If you are not using the vessel for an extended period, turn off the power to the stereo using the circuit breaker or another manual switch on the yellow wire to prevent battery drain.

Speaker Zones

You can group speakers in a single area into a speaker zone. This allows you to control the volume of the zones separately. For example, you can set the volume lower in the cabin and higher on deck.

The speaker wires on the wiring conduit for zones 1 and 2 are powered by the built-in amplifier. If you want to use the RCA line outputs and RCA subwoofer outputs for zones 1 and 2, you must connect external amplifiers.

Zones 3 and 4 are available only as line-level outputs. If you want to use the RCA line outputs and RCA subwoofer outputs for zones 3 and 4, you must connect external amplifiers.

You can set the balance, maximum volume, tone, subwoofer frequency, and name for each zone, and configure other zone-specific settings.

NOTE: The subwoofer frequency cannot be adjusted when managed by DSP.

Wiring Example for a Single Zone System

Diagram showing a single zone speaker system.

• 1. Speakers
• 2. Waterproof connection

Speaker System Wiring Using a Line Out

This diagram illustrates a system installation with an external amplifier and subwoofer connected to zone 2 of the stereo using a line out. You can connect an amplifier and subwoofer to one, some, or all available zones of the stereo.

NOTE: You can connect speakers to the speaker wiring for the internal stereo amplifier while using line out on zones 1 and 2. However, volume adjustments will affect both the speakers connected to the internal amplifier and the line out, which can lead to uneven volume levels.

• 1. Zone 1 Speakers
• 2. Waterproof connection
• 3. Zone 2 Speakers
• 4. Amplifier Turn-on Signal Wire: Connect this wire to each amplifier connected to a zone's line output. A connected amplifier must use the same ground (-) as the stereo for this signal wire to function correctly.
• 5. Powered Amplifier Connected to Zone 2 Line Output
• 6. Zone 2 Line Output and Subwoofer Output: Each subwoofer cable has a single mono output to a powered subwoofer or subwoofer amplifier. You may need to use an RCA splitter to connect it to an amplifier.
• 7. Subwoofer

NMEA 2000 System Wiring Diagram

Diagram showing the NMEA 2000 system wiring.

• 1. Stereo
• 2. Compatible Fusion NMEA 2000 remote control or chartplotter-MFD
• 3. NMEA 2000 GPS antenna, speed sensor, or wind instrument. When the stereo is connected to the same NMEA 2000 network as a compatible engine, GPS antenna, chartplotter with a built-in GPS antenna, wind instrument, or water speed sensor, it can be configured to automatically adjust volume based on engine speed, speed over ground, wind speed, or water speed. Refer to the stereo's user manual for more information.
• 4. In-line switch
• 5. NMEA 2000 power cable
• 6. NMEA 2000 network cable, maximum 6 m (20 ft.)
• 7. 9-16 V DC power source
• 8. NMEA 2000 termination resistor or backbone cable
• 9. NMEA 2000 T-connector
• 10. NMEA 2000 termination resistor or backbone cable

Audio Return Channel

Via the Audio Return Channel (ARC), you can play digital audio output from a TV with HDMI technology through the stereo's speakers.

HDMI version 1.4 or newer cables support ARC. Check if your devices and cables support ARC if you plan to set up a stereo system. Most devices that support ARC have an ARC or eARC label on the HDMI connector that supports ARC.

You may need to configure your TV or another source to output audio via ARC. This stereo supports ARC (but not eARC), CEC 1.4, and PCM stereo audio. Refer to your source device's manual for configuration instructions if necessary.

NOTE: There is a limit to the length of the HDMI cable when using the ARC function. If your source is more than 5 meters (16 ft.) away from the stereo, ask the cable manufacturer to verify if it supports ARC at the required length.

TIP: On compatible TVs, you can control the stereo's volume using the TV's remote control when using the ARC source.

Configuring the Antenna Ports for DAB and FM Antennas

NOTE: These instructions apply only to European models. DAB stations are broadcast only in certain areas of Europe, so not all models support this feature.

There are two antenna ports on the stereo, and you can connect a DAB antenna and an FM antenna to either, depending on the type of connection on the antenna. After connecting an antenna, you must configure the stereo to use the antenna correctly.

1. Select > Settings > Source > Dab.
2. Select an option:
   • To configure an antenna port for a DAB antenna, select DAB Antenna.
   • To configure an antenna port for an FM antenna, select FM Antenna.
3. Select the antenna port to which you connected the antenna.
4. Repeat these steps if necessary for the other antenna.
5. If the connected antenna requires power from the stereo, select > Settings > Source > Dab and select Antenna 1 Power or Antenna 2 Power, depending on the port to which you connected the antenna (optional).

Fusion PartyBus Networks

The Fusion PartyBus network function allows you to connect multiple compatible stereos in a network using a combination of wired or wireless connections.

NOTE: When connecting a Fusion stereo to a Garmin BlueNet network or Garmin Marine Network, you can only use Garmin and Fusion devices. You may not be able to use third-party routers, storage devices, or other network products directly with this stereo.

TIP: When the stereo is connected to a Garmin BlueNet network or a Garmin Marine Network, you can connect a smartphone to a wireless access point on a connected Garmin chartplotter and use the Fusion Audio app to control the stereo.

You cannot use Wi-Fi® networks when a stereo system is connected to a Garmin network.

You can group a compatible stereo, such as the Fusion Apollo RA800 stereo, with other compatible stereos connected to the Fusion PartyBus network. Grouped stereos can share available sources and control playback on all stereos in the group, providing a synchronized audio experience throughout the vessel. You can quickly create, edit, and split groups as needed with any compatible stereo or remote control on the network.

NOTE: A zone stereo, such as the Fusion Apollo SRX400, can create or join a group to control and play sources from other stereos, but it cannot share sources with the group. Refer to the user manual for more information on sharing sources.

You can use compatible stereos and remote controls, whether grouped or not, to adjust the volume of available speaker zones for each stereo in the network.

You can wirelessly connect up to eight Fusion PartyBus stereos to a network.

Wired Network Considerations

Consider the following points for all wired connections when planning your network installation.

• This unit uses Garmin BlueNet technology for wired network connections. For more information about Garmin BlueNet technology, including best practices for correctly building a network that includes both Garmin BlueNet devices and older Garmin Marine Network devices, go to garmin.com/manuals/bluenet.
• If connecting this stereo to another stereo or device with a Garmin BlueNet network port, you can use standard Garmin BlueNet cables (not supplied).
• If connecting to another stereo or device that uses older Garmin Marine Network cables, you must use a Garmin Marine Network to Garmin BlueNet network adapter cable (010-12531-11 or 010-13094-00, not supplied).
• If connecting to another stereo or device with a standard Ethernet port, use an RJ45 to Garmin BlueNet network adapter cable (010-12531-02, not supplied).
• If using multiple chartplotters with a combination of Garmin BlueNet network and older Garmin Marine Network connections, connect this unit to a Garmin BlueNet chartplotter or switch for best performance.
• For more information about Garmin BlueNet technology, go to garmin.com/manuals/bluenet.
• You can use a single network cable to connect the stereo directly to a compatible device.
• You must use wired network switches and wired or wireless network routers if you want to connect more than two compatible devices to a network.
• If installing a router on the network, configure it as a DHCP server by default. Refer to the router instructions for more information.
• If you are not installing a router and there are no other DHCP servers on the network, configure one Fusion PartyBus stereo as the DHCP server (see Setting Up the Fusion PartyBus Unit as the DHCP Server, page 24).

Wired Network Example for Direct Connections

No network setting changes are required when connecting two units directly, but for best results, configure one unit as the DHCP server (see Setting Up the Fusion PartyBus Unit as the DHCP Server, page 24).

• 1. Fusion PartyBus stereo
• 2. Fusion PartyBus zone stereo or remote control

Wired Network Example with a Switch or Router

You must use wired network switches, a wired network router, or both if you want to connect more than two devices. If you have more than two devices using Garmin BlueNet network technology, you can use a Garmin BlueNet 20 switch to connect them. If you are not installing a router and there are no other DHCP servers on the network, you must configure one Fusion PartyBus stereo as the DHCP server (see Setting Up the Fusion PartyBus Unit as the DHCP Server, page 24). If you have installed a router, you may need to configure it as a DHCP server. Refer to the router instructions for more information.

• 1. Fusion PartyBus stereo
• 2. Wired network switch, wired network router, or Garmin BlueNet 20 switch
• 3. Fusion PartyBus zone stereo or remote control

Wireless Network Considerations

Consider the following points for all wireless connections when planning your network.

• Wired connections are more reliable than wireless connections. Plan your network to use network cables, but if that is not possible, many Fusion PartyBus devices are Wi-Fi compatible. You can connect them to wireless routers or access points.
• If installing a wireless router on the network, configure it as a DHCP server by default. Refer to the wireless router instructions for more information.
• If you are not using a wireless router, you can configure this unit as a wireless access point, allowing you to connect other devices within the wireless range.

NOTE: If you have installed a router on the network, do not configure this unit as a wireless access point, as this can cause DHCP conflicts and lead to poor network performance.

• If you connect a Fusion PartyBus unit wirelessly to the network as a WI-FI CLIENT, you cannot connect additional wired Fusion PartyBus units to the unit.
• You can connect a smartphone to the wireless network to control any stereo in the network using the Fusion Audio app.
• You can connect an Apple® device to the wireless network to stream media using Apple AirPlay® 2 to multiple stereos in the network.
• Connecting a Bluetooth® device to the stereo can interfere with some Wi-Fi connections. Wi-Fi signals can interfere with Bluetooth device connections. Turn off the Wi-Fi setting on your stereo if you are not using it to connect to a wireless network or to provide a wireless access point.

Wireless Access Point Example

• 1. Fusion PartyBus stereo
• 2. Fusion PartyBus zone stereo
• 3. Mobile device with Fusion Audio app

Wireless Network Example with a Wired Switch or Router

Diagram showing a wireless network with a wired switch or router.

• 1. Fusion PartyBus stereo
• 2. Wired network switch or wired network router
• 3. Fusion PartyBus zone stereo or remote control
• 4. Fusion PartyBus zone stereo
• 5. Mobile device with Fusion Audio app

Wireless Network Example with a Wireless Router or Access Point

Diagram showing a wireless network with a wireless router or access point.

• 1. Fusion PartyBus stereo
• 2. Wireless network router or wireless access point
• 3. Fusion PartyBus zone stereo or remote control
• 4. Fusion PartyBus zone stereo
• 5. Mobile device with Fusion Audio app

Setting Up a Network

You need to understand the basics of networking when setting up a network for Fusion PartyBus devices. These instructions cover the basics of setting up and configuring a network and apply to most situations. If you need to perform advanced network tasks, such as assigning static IP addresses to devices on the network or configuring advanced settings on a connected router, you may need to consult a network professional.

1. Determine the installation location of the Fusion PartyBus devices you want to connect to the network.

NOTE: Wired connections are more reliable than wireless connections. Use network cables whenever possible when planning your network.

2. Determine the installation location of any necessary network routers or switches.
3. Route the network cable to the installation locations of the stereos, switches, and router.

NOTE: If connecting this stereo only to other stereos or devices with a Garmin BlueNet network port, you can use Garmin BlueNet cables instead of a Cat5e or Cat6 cable. If connecting to other stereos or devices with a standard RJ45 network port, use an Rj45 to Garmin BlueNet adapter cable (010-12531-02, not supplied) to connect a Cat5e or Cat6 cable to this stereo.

4. Connect the network cables to the stereos, switches, and router.

CAUTION: Do not complete the stereo installation yet. Test the network before installing the stereos.

5. Turn on all devices connected to the network, including wireless devices.
6. Select an option:
   • If using a (wired or wireless) network router, consult your router's documentation if necessary to learn how to configure the router as a DHCP server. If using a router as a DHCP server, all stereos on the network should use their default configuration (DHCP client).
   • If you are not using a wireless router, configure one stereo as a wireless access point if necessary (see Setting Up the Fusion PartyBus Unit as a Wireless Access Point, page 25). If you configure a stereo as a wireless access point, this stereo becomes the DHCP server, and all other stereos on the network should use their default configuration (DHCP client).
   • If you are not using a network router, not using a stereo as a wireless access point, and there are no other DHCP servers on the network, configure one of the stereos as the DHCP server (see Setting Up the Fusion PartyBus Unit as the DHCP Server, page 24).
7. Test the network by selecting > Groups to display a list of devices connected to the network and select an option:
   • If not all Fusion PartyBus devices are available on the network, troubleshoot network issues (see Troubleshooting Network Issues, page 26).
   • If all Fusion PartyBus devices are available on the network, complete the installation for each stereo as needed.

Network Configuration

TIP: You can select the network status icon from any screen to open the network configuration menu.

Setting Up the Fusion PartyBus Unit as the DHCP Server

If you have connected more than two network devices using a network switch or wireless access point, but have not installed a router, you should configure only one Fusion PartyBus stereo as the DHCP server.

CAUTION: Connecting more than one DHCP server to the network will lead to instability and poor performance of all devices on the network.

NOTE: If you have set this stereo as a WI-FI ACCESS POINT, it is automatically configured as a DHCP server, and no further changes are needed (see Setting Up the Fusion PartyBus Unit as a Wireless Access Point, page 25).

1. If the unit is connected to the network via an Ethernet cable, select > Settings > Network > Wi-Fi Off.
2. If the unit is connected to the network via an Ethernet cable, select Static IP > Save.
3. Select Advanced > DHCP Server > DHCP Enabled > Save.

Connecting the Stereo to a Garmin Network

NOTE: When connecting the stereo to a Garmin BlueNet network or a Garmin Marine Network, you can only use Garmin and Fusion devices. You may not be able to use third-party routers or other network products directly with this stereo.

You cannot use Wi-Fi networks to connect to a Garmin chartplotter, and you also cannot use Wi-Fi networks on the stereo when it is connected to a Garmin chartplotter via a wired network connection.

You can connect this stereo to a Garmin BlueNet network or a Garmin Marine Network to display and control the stereo with a compatible Garmin chartplotter.

NOTE: When a Garmin chartplotter is detected on the network, the stereo automatically switches to Garmin Marine Network mode, restarts, and disables all other network settings on the stereo. If this does not happen automatically, reset the stereo network settings and reconnect (see Restoring Network Settings, page 25). If it still does not happen automatically, restore the stereo's factory settings and reconnect it.

This stereo is compatible with both Garmin BlueNet devices and Garmin Marine Network devices. You can connect the stereo to any type of network, but if you have multiple stereos, they should all be connected to one network type or another network type.

NOTE: If your vessel has a combination of Garmin Marine Network and Garmin BlueNet networks connected via a Garmin BlueNet bridge, all stereos must be connected to the Garmin BlueNet network for best performance.

For more information about Garmin BlueNet technology, including best practices for building a network that includes both Garmin BlueNet devices and Garmin Marine Network devices, go to garmin.com/manuals/bluenet.

TIP: When the stereo is connected to a Garmin network, you can connect a mobile device to a wireless access point on a connected Garmin chartplotter and use the Fusion Audio app to control the stereo.

1. Determine the best device on the Garmin BlueNet network or Garmin Marine Network to which you should connect the stereo.
2. Select an option:
   • If you want to connect the stereo to a Garmin BlueNet device, use a Garmin BlueNet cable (not supplied).
   • To connect the stereo to a Garmin Marine Network device, use a Garmin Marine Network to Garmin BlueNet network adapter cable (010-12531-11 or 010-13094-00, not supplied).

Setting Up the Fusion PartyBus Unit as a Wireless Access Point

Before you can wirelessly connect additional Fusion PartyBus units or smartphones to a Fusion PartyBus unit, you must configure one unit as a wireless access point. This is not necessary if you have installed a wireless router or another wireless access point on the network.

CAUTION: Do not configure this unit as a wireless access point if you have installed a router on the network. This can lead to DHCP conflicts and poor network performance.

Refer to the user manual for more detailed configuration instructions.

1. Select > Settings > Network > WI-FI ACCESS POINT.
2. Select Use Defaults, and wait for the unit to save the network settings.

NOTE: After the default settings are saved, you can scroll down to the bottom of the Network menu to view the default SSID assigned to the access point.

3. Select > Settings > Network > Advanced > WI-FI AP SETTINGS > Password, and enter a password for the wireless access point.

NOTE: When you configure the stereo as a wireless access point, you can also use the wired network connection without changing any settings. The wired and wireless networks are bridged.

Connecting the Fusion PartyBus Unit to a Wireless Access Point

You can connect this unit to a wireless access point on a router or compatible Fusion PartyBus unit on the network. This unit can connect via Wi-Fi Protected Setup (WPS) if supported by your access point. This unit can be connected using Apple Accessory Configuration (WAC) with a supported Apple device.

1. Select > Settings > Network > WI-FI CLIENT > SSID.

A list of wireless access points within range appears.

2. Select the Fusion PartyBus wireless access point.
3. If necessary, select Password, enter the password, and select ✔️.
4. Select Save.

NOTE: After connecting the stereo to a wireless access point, you cannot use the wired network connection.

Restoring Network Settings

You can restore all network settings to factory defaults for this stereo.

1. Select > Settings.
2. Select Network > Advanced > Restore > Yes.

Advanced Network Configuration

You can perform advanced network tasks for a Fusion PartyBus unit, such as defining the DHCP range and setting static IP addresses. Refer to the User Manual for more information.

NOTE: When the Garmin stereo is connected to a Marine Network via Ethernet and configured as a DHCP client, the stereo detects this connection to the Garmin Marine Network and establishes a connection.

Troubleshooting Network Issues

Follow these steps if you do not see the Fusion Apollo units on the network or cannot connect to them.

• Ensure all Fusion Apollo stereos, remote controls, network switches, routers, and wireless access points are powered on and connected to the network.
• Ensure wireless Fusion Apollo units are connected to a wireless router or a wireless access point on the network.

NOTE: Wired connections are more reliable than wireless connections. If possible, connect devices using an Ethernet cable to the network.

• Ensure only one unit, either a stereo or a router, is configured as a DHCP server. If you are connected to a Garmin chartplotter via a wired Garmin BlueNet or Garmin Marine Network connection, it acts as the DHCP server for the network, and no connected stereo should be configured as a DHCP server.
• Change the channel on your router or wireless access point to check for and correct interference.
• If there are many wireless access points in the vicinity, interference may occur.
• Disconnect Bluetooth devices to check for and resolve interference.
• Connecting a Bluetooth device to a stereo configured as a wireless access point or client may reduce wireless performance.
• If you configure static IP addresses, ensure each device has a unique IP address, the first three sets of digits in the IP addresses match, and the subnet masks on each device are identical.
• Restore the default values of all network settings if you have made configuration changes that may be causing network problems.
• If you connected the Fusion Apollo unit to a Garmin chartplotter using a wired Garmin BlueNet or Garmin Marine Network connection, the network settings on the unit will automatically change to Garmin Marine Network.
• If the network settings do not change as expected, reset the network settings on the unit (see Restoring Network Settings, page 25).

Stereo Information

Specifications

General

Built-in Class D Amplifier

Tuner Frequencies

¹The stereo may limit output power to prevent the amplifier from overheating and to maintain audio dynamics.

Stereo Dimension Drawings

Side Dimensions

• 1. 20.4 mm (0.8 inch)
• 2. 99 mm (3.9 inch)
• 3. 50 mm (1.97 inch)

Top Dimensions

• 1. 164 mm (6.5 inch)
• 2. 20.4 mm (0.8 inch)
• 3. 10 mm (0.39 inch)
• 4. 192 mm (7.56 inch)

Software Updates

Go to support.garmin.com for software updates and information about your device.

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M/N: A04580/B04580 IC: 1792A-A04580 船用音響主機

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