Basic Network Topologies

Summary:

• Introduction
• Direct Ethernet connection
• Router-based DHCP setups
• Using the processor as a switch
• Mixed Ethernet + Wi-Fi connections
• Switch → Router topologies

 

Introduction

These topologies represent the simplest and most reliable ways to connect Trinnov processors in typical home or small-network environments.

They are suitable for basic control and detection and should be distinguished from AoIP-focused network architectures, which may require more advanced designs.

 

Direct Ethernet Connection (Processor ↔ Computer)

Use when:

• No router is available
• Troubleshooting
• Initial detection issues

Requirements:

• Ethernet port, or USB–Ethernet adapter
• DHCP recommended (automatic)
• Static IP possible if needed
  
  

 

Ethernet to Router (Standard DHCP Setup)

This is the easiest and most reliable option.

Steps:

1. Connect processor to router
2. Connect computer to same router (Ethernet or Wi-Fi)
3. Ensure both are in DHCP mode
4. Open the Trinnov App,  the processor should appear automatically
   
   
   

Using the Processor as a Switch

Applicable to:

• Applicable Trinnov Processor in Switched Mode
• Amplitude¹⁶ (always behaves as a switch)
  
  

When useful:

• Only one Ethernet wall port available
• Temporary setups
• Rack systems with limited switch ports

Caution: this mode must not be used if it risks creating a network loop.

 

Ethernet + Wi-Fi to Router

Setup:

• Processor connected via Ethernet
• Computer connected to the same router via Wi-Fi

Requirements:

• Same subnet
• DHCP enabled

Useful for laptops/tablets without Ethernet.

 

Switch → Router Connection

This is the most common installation topology in home theaters and professional studios.

Setup:

• Processor(s) connected to a switch
• Switch connected to the main router
• Router handles DHCP and network management

Recommended for systems with multiple networked devices (NAS, streamers, Dante interfaces, etc.).