Description
DII3300.1 — High-Output Mono Amplifier — 3300W RMS @ 1Ω
DII3300.1 belongs in a bass system that was designed around multi-kilowatt output from the beginning. At 2 ohms it already makes 2,050 watts, and at 1 ohm Recoil publishes 3,300 watts. This is not the model to add to a stock electrical system and then solve the voltage problem afterward.
SMS would choose it only after the subwoofer thermal capability, final impedance, enclosure, alternator/battery support, OFC cable size, fuse hardware and ground architecture are all known. If the system only needs 1,500–1,600 watts, DII1600.1 is easier to feed and usually the cleaner solution.
MANUFACTURER SPECIFICATIONS
• 1000W RMS x1 @ 4Ω
• 2050W RMS x1 @ 2Ω
• 3300W RMS x1 @ 1Ω
• Operating voltage: 8–16V
• LPF: 44–270 Hz
• HPF/subsonic: 10–54 Hz
• Bass boost: 0–16 dB
DII3300.1 belongs in a bass system that was designed around multi-kilowatt output from the beginning. At 2 ohms it already makes 2,050 watts, and at 1 ohm Recoil publishes 3,300 watts. This is not the model to add to a stock electrical system and then solve the voltage problem afterward.
SMS would choose it only after the subwoofer thermal capability, final impedance, enclosure, alternator/battery support, OFC cable size, fuse hardware and ground architecture are all known. If the system only needs 1,500–1,600 watts, DII1600.1 is easier to feed and usually the cleaner solution.
MANUFACTURER SPECIFICATIONS
• 1000W RMS x1 @ 4Ω
• 2050W RMS x1 @ 2Ω
• 3300W RMS x1 @ 1Ω
• Operating voltage: 8–16V
• LPF: 44–270 Hz
• HPF/subsonic: 10–54 Hz
• Bass boost: 0–16 dB
AMPLIFIER SYSTEM FIT
Where this fits in the build
An amplifier should be chosen around the channels, load, speaker or subwoofer plan, available electrical support and how hard the system needs to play.
Plan aroundMatch usable channels and power to the actual speakers and load.
Match itPlan signal processing and gain structure before chasing wattage.
Finish itHigher output may require charging, battery and wiring upgrades.