Loudspeaker Edifier R1280DBs 42 W

The Edifier R1280DBs 42 W loudspeaker combines wired and wireless connectivity with a classic wood finish. With an RMS power of 42 W and a frequency range of 51–20000 Hz, this monitor-style speaker is suitable for home audio, desktop setups and small listening spaces. The MDF wood cabinet reduces resonance and the speaker includes multiple inputs plus Bluetooth for flexible placement and straightforward connection to sources.

Advantages

The R1280DBs reproduces a wider soundstage with simple controls and adjustable settings. Automatic subwoofer detection enables the digital crossover when a subwoofer is connected, and the variety of inputs provides near-lossless signal paths for different devices. The MDF enclosure offers anti-resonance properties for clearer midrange and bass response, while the aesthetic wood finish fits well in living rooms, studios or offices.

Suitable for

• Home audio listening in living rooms and bedrooms
• Desktop computer and workstation audio
• Small studio monitoring and content creation
• Wireless streaming from phones, tablets and laptops

Key specifications

• Brand: Edifier
• Model: R1280DBs (MPN: R1280DBS Brown)
• RMS rated power: 42 W
• Frequency response: 51–20000 Hz
• Connectivity: Wired & Wireless (Bluetooth plus multiple inputs)
• Colour: Black with wood finish
• EAN: 6923520268436

How to use

Place the speakers on a stable surface or on speaker stands with some space from walls for best bass performance. Connect your preferred wired source using the available inputs or pair a device via Bluetooth. If you add a compatible subwoofer, the speaker will detect it automatically and enable the digital crossover. Adjust volume and tone controls on the active unit to match room acoustics and listening preferences.

Usage recommendations

For optimal sound, position the speakers at ear level when seated and allow at least 10–20 cm clearance from rear walls. Use high-quality source files or lossless inputs where possible and avoid placing the speakers directly on resonant surfaces to maintain clarity.