- Flexible Amplifier Summing Technology™ – Flexible Amplifier Summing Technology™(FAST) permits total amplifier power to be distributed across one, two, three or all four channels.
- Simplify & Streamline Systems – As Q-SYS network peripherals, DPA-Q amplifiers simplify and streamline systems for channel- and object-based immersive sound formats, including Dolby® Atmos™ and DTS:X.
- Control & Monitoring Capability – Version 4.0 (and higher) of Q-SYS Designer includes DPA-Q amps in the inventory and provides complete system-wide design, control, and monitoring capability
- Additional Functionality – GPIO ports on Euroblock connectors enable additional functionality utilizing the intuitive and powerful Q-SYS control engine complete with logic functions and LUA scripting.
- Energy Saving – Built-in energy saving modes ensure that the amplifier will draw the minimum amount of AC power while still providing outstanding audio quality.
- Redundant Ethernet Jacks – With redundant Ethernet jacks, the DPA-Q amps seamlessly integrate with Q-SYS providing audio streaming directly to and from the amplifiers.
Designed specifically for use with Q-SYS, DPA-Q amplifiers marry the exciting new amp technology found in the DPA platform with the powerful Q-SYS network processing and control system to create the ultimate audio routing and power solution for cinema sound applications.
The DPA-Q line includes three 4-channel models (DPA 4.2Q, DPA 4.3Q & DPA 4.5Q) and four 8-channel models (DPA 8.4Q, DPA 8.4Qn, DPA 8.8Q, DPA 8.8Qn), all capable of delivering robust, high-fidelity power to drive a wide range of loudspeaker configurations. By simply connecting the amplifiers via standard layer 3 Ethernet, the Q-SYS Core can route digital audio to/from the amps, as well as provide total control and monitoring of all amplifier functions. Flexible Amplifier Summing Technology™ (FAST) actively distributes total amplifier power across one, two, three or all four outputs, enabling amp channels to be paralleled or bridged for maximum current and voltage output.
