SSOUNDS System Networking: How Our Amplifiers Connect
Modern professional sound reinforcement demands more than raw power—it requires intelligent, reliable networking. SSOUNDS amplifiers are designed as the central hub of a fully networked ecosystem, supporting Dante/AES67 audio transport, redundant control, and seamless integration with consoles and our System Designer software. This guide explains how SSOUNDS amplifiers connect and communicate, ensuring your system delivers consistent, high-quality performance.
Key takeaways
- SSOUNDS amplifiers use separate networks for audio (Dante/AES67) and control (TCP/IP) for optimal performance.
- Dante audio transport supports up to 64×64 channels with low latency and automatic failover to analog/AES3 inputs.
- System Designer software provides real-time monitoring, DSP control, and firmware management for all networked amplifiers.
- Redundancy options include Dante Primary/Secondary, dual Ethernet ports, hot-swappable power supplies, and RSTP ring topologies.
- Integration with consoles and third-party systems is seamless via Dante, OSC, MIDI, GPIO, and SNMP.
- Proper network design with managed switches, VLANs, and shielded cabling ensures reliable operation in any environment.
The Networked Amplifier: Core Architecture
Every SSOUNDS amplifier is built with a dual-network architecture: one network handles audio transport (Dante/AES67), while the other carries control and monitoring data (TCP/IP). This separation ensures that audio streams remain unaffected by control traffic, even in large-scale systems with hundreds of channels.
Amplifiers are equipped with dual Gigabit Ethernet ports for audio and control, allowing daisy-chain or star topologies. The control network supports standard IP protocols, making it compatible with existing IT infrastructure. For redundancy, SSOUNDS amplifiers support Dante Primary/Secondary networks, automatically switching to a backup path if the primary fails.
Audio Transport: Dante and AES67
SSOUNDS amplifiers natively support Dante audio networking, the industry standard for low-latency, sample-synchronized digital audio. Up to 64×64 channels of 48 kHz/24-bit audio can be routed per amplifier, with deterministic latency as low as 1 ms. AES67 compatibility ensures interoperability with other AES67-enabled devices, such as mixing consoles and DSP units.
Configuration is straightforward via Dante Controller software. SSOUNDS amplifiers appear as Dante devices, allowing you to route audio from any Dante source—mixing consoles, playback systems, or wireless microphone receivers—directly to the amplifier inputs. The amplifiers also feature analog and AES3 inputs for legacy sources, with automatic failover to Dante if the network signal is lost.
Control and Monitoring: SSOUNDS System Designer
SSOUNDS amplifiers are fully manageable through our proprietary System Designer software. This application provides real-time monitoring of amplifier status, load impedance, output voltage, current, and temperature. You can adjust DSP parameters—EQ, crossover, delay, limiter—for each output channel, and save/recall presets across the entire network.
System Designer uses a discovery protocol to find all SSOUNDS amplifiers on the control network. The software displays a tree view of the system, allowing you to group amplifiers by zone or function. Firmware updates can be deployed to multiple units simultaneously, and error logs are stored locally and can be exported for analysis.
Redundancy and Reliability
For mission-critical events, SSOUNDS amplifiers support multiple redundancy layers. Audio redundancy is achieved via Dante Primary/Secondary networks, using separate Ethernet switches and cabling paths. Control redundancy is provided by the dual Ethernet ports—if one port fails, the amplifier automatically switches to the other without interrupting audio.
Amplifiers also feature redundant power supplies (hot-swappable in larger models) and a backup DSP engine that maintains the last known good preset in case of a DSP crash. Network redundancy extends to the system level: multiple amplifiers can be configured in a ring topology with RSTP (Rapid Spanning Tree Protocol) to ensure no single cable break brings down the network.
Integration with Consoles and Third-Party Systems
SSOUNDS amplifiers integrate seamlessly with digital mixing consoles via Dante. For example, a Yamaha CL5 or DiGiCo SD7 can send direct outputs to SSOUNDS amplifiers without additional conversion. Control integration is possible through MIDI, GPIO, and OSC (Open Sound Control), allowing external controllers or lighting consoles to trigger presets or mute groups.
For large installations, SSOUNDS amplifiers can be monitored via SNMP (Simple Network Management Protocol) by third-party network management systems. The amplifiers also support AES67 for compatibility with broadcast and installed-sound environments, ensuring that SSOUNDS systems fit into any professional workflow.
System Design and Deployment Best Practices
When designing a SSOUNDS network, use managed Gigabit Ethernet switches with IGMP snooping and QoS (Quality of Service) to prioritize Dante traffic. Separate the audio and control networks physically or via VLANs to avoid interference. For large systems, deploy a dedicated Dante network with a redundant secondary path.
Cable runs should use shielded Cat6a or fiber for distances over 100 meters. SSOUNDS amplifiers can be placed up to 100 meters from the switch using copper, or further with fiber media converters. Always follow the manufacturer's guidelines for grounding and power distribution to avoid ground loops and ensure reliable operation.
Frequently asked
Can I use a standard unmanaged switch for my SSOUNDS amplifier network?
Unmanaged switches are not recommended for Dante networks because they lack IGMP snooping and QoS, which can cause audio dropouts or latency issues. Use managed Gigabit switches with IGMP snooping enabled to ensure reliable Dante performance.
How do I route audio from my mixing console to a SSOUNDS amplifier?
If your console supports Dante, connect it to the same Dante network as the amplifier. Use Dante Controller to route the console's output channels to the amplifier's Dante input channels. The amplifier will automatically receive the audio stream.
What happens if the Dante network fails during a show?
SSOUNDS amplifiers have a failover feature: if the Dante signal is lost, the amplifier automatically switches to the analog or AES3 input (if connected). Additionally, if you have a redundant Dante network (Primary/Secondary), the amplifier will switch to the backup path without interrupting audio.
Can I control SSOUNDS amplifiers from a lighting console?
Yes, SSOUNDS amplifiers support OSC (Open Sound Control) and MIDI, allowing you to trigger presets, mute channels, or adjust levels from a lighting console or other external controller. You can also use GPIO for simple remote control functions.
How many SSOUNDS amplifiers can I connect in a single network?
The number is limited by the Dante network's capacity (typically 512 channels per Dante domain) and the switch's processing power. In practice, you can connect hundreds of amplifiers on a well-designed network using multiple subnets or VLANs. System Designer can manage an unlimited number of devices.
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