The TPD3K provides in excess of 3000 W of combined power
Spain - Thirty-five years ago Amate Audio introduced its original TriPhonic 2.1 power amplifier design, an integrated L/R and sub solution for small sound installations. More recently the company revived the concept with a Class-D based design - the TPD - incorporating onboard loudspeaker management DSP and proving popular with installers and commercial audio contractors.
Now the Barcelona loudspeaker company has extended the application potential of the platform with the launch of a higher power rated iteration of the rack-space, cable saving format. As the name suggests, the TPD3K provides in excess of 3000 W of combined power, with up to 750W continuous program power each for the left and right channels, and 2000W for the sub channel (at 4 Ω).
Onboard control DSP offers much of the operational performance advantage of Amate Audio’s fully active loudspeaker systems, including remote PC based configuration via the company’s intuitive DSPLink software. Adjustable system parameters include highly accurate filters, parametric EQs, Peak / RMS limiters, and delays enabling time-alignment of amplifier channels.
R&D’d system presets enable instant optimum configuration of a range of Amate Audio loudspeaker models in the most common applications. In the TPD3K these extend to control of some of the larger models in the Nítid series, including the largest N18WP and N218WP subs.
Comprehensive I/Os comprise balanced XLR stereo inputs, L/R and sub speaker connectors on binding posts and Speakon connectors, and three discretely configurable DSP AUX outputs on balanced XLRs for DSP control of a second 2.1 amplifier setup within a larger installation.
“The exceptional utility of the TDP platform was readily appreciated by commercial audio customers,” says head of sales Jordi Amate, “As a means of rapidly and relatively easily providing a high-quality power and control solution for smaller hospitality applications, it is largely unrivalled.”

Latest Issue. . .

Save
Cookies user preferences
We use cookies to ensure you to get the best experience on our website. If you decline the use of cookies, this website may not function as expected.
Accept all
Decline all
Analytics
Tools used to analyze the data to measure the effectiveness of a website and to understand how it works.
Google Analytics
Accept
Decline
Advertisement
If you accept, the ads on the page will be adapted to your preferences.
Google Ad
Accept
Decline