Dynacord IPX10:4 4x 2500W Multi‑Channel Installation DSP Class‑D Amplifier

For mission‑critical installations that require reliable, high‑quality amplification, the Dynacord IPX10:4 multi‑channel installation DSP Class‑D amplifier delivers power, precision and networked flexibility. As a pro amplifier from Dynacord’s IPX series, it provides 4 x 2500 W of output and high‑resolution 96 kHz DSP processing with FIR Drive so you get consistent SPL, superior speech intelligibility and fine control over system voicing. Native Dante and OMNEO networking with OCA fallback ensures audio continuity for AV, security and surveillance systems and makes integration with monitoring, paging and control networks straightforward. The IPX10:4 supports low‑impedance and 70/100/140/200 V direct‑drive modes plus bridge and parallel configurations, giving system designers the freedom to specify any loudspeaker topology. ecoRAIL efficiency and a digitally controlled PFC supply lower operating costs and reduce demands on mains infrastructure — an advantage for stadiums, arenas, houses of worship and multi‑building campuses. Local OLED controls and IRIS‑Net integration simplify setup and remote supervision. Ideal for FOH, paging, broadcast monitoring and security‑critical installs — contact us to configure your Dynacord IPX10:4 solution.

• Delivers dependable high‑power output (4 x 2500 W) to drive large venues and reduce amplifier count, simplifying installation and maintenance
• Integrated 96 kHz DSP with FIR Drive for precise speaker tuning, improved intelligibility and consistent coverage in stadiums, theaters and houses of worship
• Dante and OMNEO networking with OCA fallback for resilient audio distribution and easy integration into AV, security and monitoring networks
• Flexible low‑impedance and distributed‑line modes (70/100/140/200 V) plus bridge/parallel options to support a wide range of loudspeakers and system designs
• ecoRAIL efficiency and digitally controlled PFC reduce operating costs and minimize mains infrastructure requirements for long‑term installations