ALTO PROFESSIONAL TS 408 - diffusore attivo a 2 vie da 8" 2000 Watt con Bluetooth, DSP e controllo tramite app

The ALTO PROFESSIONAL TS 408 is a high-performance 2000-watt 8-inch 2-way powered loudspeaker designed for professional audio applications. Featuring Bluetooth 5.0, advanced DSP with app control, and a robust Class D amplifier, this speaker delivers exceptional sound quality and versatility for live performances, events, and installations.

Advantages

Powerful 2000W peak output ensures clear, distortion-free sound even at high volumes. The integrated Bluetooth 5.0 allows wireless streaming from any compatible device, while the DSP and app control provide precise tuning for any environment. Lightweight and portable with multiple mounting options, the TS 408 is ideal for mobile DJs, bands, and rental companies.

Suitable for

• Live music performances and concerts
• DJ sets and mobile entertainment
• Corporate events and conferences
• House of worship and educational facilities
• Fixed installations in bars, clubs, and restaurants

Key specifications

• Power Output: 2000W peak / 1000W RMS
• Amplifier Class: Class D
• Low-Frequency Driver: 8-inch woofer with 2.0-inch voice coil
• High-Frequency Driver: 1.0-inch exit ceramic driver with 1.4-inch voice coil
• Frequency Response (-3 dB): 62 Hz – 20 kHz
• Maximum SPL: 130 dB peak
• Coverage Angle: 90° x 60°
• Bluetooth Version: 5.0
• DSP Features: Speaker Use Modes, Sub Size, EQ, Delay, Volume
• App Control: Alto App (iOS/Android)
• Inputs: 2 x XLR/TRS combo jacks (balanced)
• Outputs: 1 x XLR link output (mix)
• Mounting Options: 36 mm pole socket, 4 x M6 rigging points
• Enclosure Material: Injection-molded polypropylene
• Grille Material: Full-face perforated steel
• AC Voltage Input: 100-120V or 220-240V, 50/60 Hz

Recommendations

For optimal performance, pair the TS 408 with an ALTO subwoofer and use the Alto App to fine-tune the DSP settings. Ensure proper ventilation and avoid overloading the power circuit. Always use balanced cables for long runs to minimize noise.