About theAshly 8-Channel 2000W Network-Enabled Power Amplifier with OPDAC8 and OPDante Cards
This Ashly 8-Channel 2000W Network-Enabled Power Amplifier represents a convergence of high-density amplification and intelligent system control, designed for the most advanced and scalable installed audio networks. At its core, it delivers substantial power across eight independent channels, each driven by a high-efficiency Class D output stage, making it capable of powering entire zones or a complex array of loudspeakers from a single rack unit. What truly defines this amplifier is its native network integration, facilitated by included and optional digital audio cards, which transforms it from a simple power source into a smart, addressable endpoint on a digital audio network. This design is ideal for large, centralized systems in higher education, corporate campuses, stadiums, and transportation centers where centralized control, monitoring, and audio distribution are essential.The amplifier’s network functionality is enabled by the inclusion of the OPDAC8 card, which provides eight channels of analog-to-digital conversion and supports Ashly’s proprietary Protea DSP control and monitoring protocol. For systems requiring industry-standard audio networking, the optional OPDante card slot allows for seamless integration with Dante AoIP networks, enabling the reception of high-quality, multi-channel digital audio over a standard Ethernet infrastructure. This dual-card approach provides immense flexibility, allowing the amplifier to fit into both dedicated Ashly ecosystems and broader, multi-vendor Dante-based systems. Real-time monitoring of parameters such as output level, clipping, temperature, and impedance per channel is accessible via network software, providing unprecedented visibility into system health.Built for reliability in mission-critical applications, the amplifier incorporates comprehensive protection for each channel against faults like shorts, opens, overheating, and DC offset. Its design emphasizes both power density and thermal management, using a sophisticated cooling system to maintain optimal operating temperatures within a compact 2RU chassis. The rear panel features balanced combo input jacks and secure screw-terminal outputs, alongside Ethernet ports for control and audio data. By merging robust multi-channel amplification with sophisticated network audio capabilities, this amplifier serves as a future-proof, centralized powerhouse for modern, software-defined audio systems.
Key Features
• 8-channel amplifier delivering 250W per channel into 4 Ohms for low-impedance systems.• Factory-installed Dante™ network audio card for seamless digital audio integration.• Network-enabled for remote control and monitoring via standard Ethernet.• Energy-efficient Class-D platform with a switching power supply for reliability.• Euroblock inputs and outputs provide versatile and secure connectivity.• Comprehensive amplifier protection guards against thermal, overcurrent, and overvoltage issues.
Ashly 8-Channel 2000W Network-Enabled Power Amplifier with OPDAC8 and OPDante Cards Specs
Amplifier Channels Channel Count8 Power per Ch (4Ω)500 Watts Power per Ch (8Ω)300 Watts Total Output Power2000 Watts Amplifier ClassClass D Network Audio Optional Card SlotOPDante (AoIP) Control ProtocolProtea System Audio NetworkingDante (with card) Physical Design Rack Units2 U CoolingSmart Fan System Connections Audio InputCombination XLR/TRS Speaker OutputScrew Terminal Data PortEthernet Monitoring & Protection Protection FeaturesPer Channel (Thermal, Short, DC) Remote MonitoringLevel, Clip, Temp, Impedance
Key Features
• 8-channel amplifier delivering 250W per channel into 4 Ohms for low-impedance systems.• Factory-installed Dante™ network audio card for seamless digital audio integration.• Network-enabled for remote control and monitoring via standard Ethernet.• Energy-efficient Class-D platform with a switching power supply for reliability.• Euroblock inputs and outputs provide versatile and secure connectivity.• Comprehensive amplifier protection guards against thermal, overcurrent, and overvoltage issues.
