With immediate effect, the Adam Hall Group will be utilising the amplification and processing technology from Powersoft in selected LD Systems amplifiers. The partnership starts with the new ADA series 4-channel DSP touring amplifiers with Dante integration.
For the first time, these touring amplifiers will marry LD Systems’ sonic accuracy with Powersoft’s energy-efficient Class-D topology, advanced DSP and network control. Thanks to its two Dante ports and ArmoníaPlus integration, the ADA series can be integrated into networks. This approach aims to not only simplify system design but also guarantees consistent, high-quality results across a wide range of applications.
Leveraging Powersoft's advanced technologies, the ADA series is engineered to offer adaptive voltage management with Powersoft’s patented Power Factor Correction for universal mains operation, low idle consumption below 15W, and a built-in library of linear-phase FIR presets. Dante and AES67 networking, together with Wi-Fi access through Powersoft’s ArmoníaPlus allow real-time health monitoring, zoning and grouping from any device, while a Speaker Lock auto-setup routine makes configuration virtually fool-proof.
Viktor Wiesner, senior product manager, pro audio of Adam Hall Group, said: “We are proud to announce our new partnership with one of the world’s leading amplifier manufacturers. This strategic collaboration marks a significant milestone in our mission to deliver uncompromising professional loudspeaker solutions. We chose this renowned brand for their unmatched reliability, global market leadership, and robust supply chain. Together, we are setting a new standard in performance, consistency, and trust for our customers worldwide.”
Luca Lastrucci, CEO of Powersoft, said: “I’m excited to embark on this strategic alliance with the Adam Hall Group. Partnering with such a respected global player underscores the value of our continual innovation and positions Powersoft as the go-to technology partner for crafting high-performance amplification and signal-processing platforms.”