Bang & Olufsen Beolab 6000 Powered Speakers

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Small brother to the Beolab 8000 and almost as capable. Suited for a slightly smaller room, yet still packing a great punch for its slim size. 

While they have all the usual B&O special connections they also feature regular simple RCA inputs which makes them super easy to hook up to a preamp or TV. 

Tested and working just like they should throughout on our test bench and lab, plus our listening room. In great shape overall otherwise.

Technical Specifications

Dimensions - Each:
7.87" W x 43.30" H x 8.66" D

Weight - Each:
13.66 lbs. 

Maximum Sound Pressure Level (stereo, pair):
96 dB 

Power amplifier modules 2 units:
Class AB 

Long-term maximum output power per module:
59 watts 

Effective frequency range:
55 - 20,000 Hz 

Cabinet principle:
Bass Reflex 

Magnetic shielded?
Yes 

Woofers:
2 x 9 cm (3.54")

Tweeters:
1.8 cm (0.71")

Click below to add our recommended matching cables from Kimber Kable, all brand new as SkyFi is an official Kimber dealer.

Kimber Kable - RCA Interconnects

The SkyFi Testing Process for Speakers:

Our speaker evaluation process starts with a visual inspection of all drivers. We are looking for damaged or deteriorating woofer surrounds, dented tweeter domes, and cone damage. We also inspect the speaker connection points for loose or broken connectors.

After the initial visual inspection we connect the speakers to a reference amplifier with our preferred test tracks. With the speakers placed with proper distance we listen to each driver to make sure that they are producing the intended frequencies with no signs of distortion or rattle. During listening tests with test tracks we check for proper stereo imaging and bass response at various listening levels. If there are any audible signs of issues, the speakers are taken to the bench where we perform a frequency sweep to isolate the issue so that it can be resolved by component repair or replacement.

Bang & Olufsen BeoLab 6000 - User Guide

More info from the most excellent BEOWORLD website:
BeoLab 6000 Active Loudspeakers
Manufactured: 1992 - present

As easy on the eye as they are on the ear, BeoLab 6000 loudspeakers - designed by David Lewis - defy conventional thinking in delivering the maximum sound from the minimum of space.

BeoLab 6000 is probably one of the most famous speakers around today being a part of the standard exhibition at the Museum of Modern Art in New York along with some other Bang & Olufsen equipment.

Aluminium
Formed from a single piece of aluminium, BeoLab 6000 is shaped to stand out from its surroundings, but coloured to match any Bang & Olufsen audio or video setup.

Active loudspeaker benefits
How does B&O reduce the overall size of a loudspeaker, but improve its sound performance? It can only be done by placing the amplifiers directly into the loudspeaker cabinet. It's called 'Active Loudspeaker Technology' and is used to combine the purest of sounds with the smallest and simplest of shapes.

Fits any room
With a height of just 110cm and a depth of 10cm, finding space for a pair of BeoLab 6000 speakers is never going to be a problem. Its superior sound capabilities ensure that its performance will never dictate your placement options. The polished aluminium cabinet is available in a range of colours - black, blue, green, red and natural - that will match any Bang & Olufsen audio or video setup.

Materials and finish
The deliberate choice of material, and the final surface treatment of the products’ finish, are characteristic of Bang & Olufsen and one of their true core competences. B&O's designers know that people use several of their senses in experiencing a product. They therefore derive great pleasure from tactile experiences, whether they are touching a cold or a warm surface, or one that is smooth or textured. The span of materials used for Bang & Olufsen products is wider than that of any other company within the trade, and they are carefully selected for their high quality and their ability to fit naturally into a home environment. The finish is then refined to perfection and created to provide a tangible experience that supports the visual impression.

Why build amplifiers into the loudspeakers instead of keeping them separate?
Because you can reduce the size of the cabinet volume to one-third of the size of a conventional loudspeaker with the same sound capacity. The principle is called Active Loudspeakers, and what you get is a compact loudspeaker that can play at high volume without distortion or damage to its drive units.

Furthermore, when amplifier, treble and bass units are paired for the same task, they can be tailored to compensate for each other's shortcomings. What you hear is music that sounds exactly like the instrument it originally came from (See active speakers)

Deep bass: how to make deep bass with a shallow cabinet
All loudspeakers, regardless of brand, size or construction, make sound by converting electric energy into acoustic energy. They push air in waves, which is what our ears pick up. To get high sound pressure, you need to move a lot of air.

You can use a very large diameter loudspeaker membrane, which moves a very short distance. Or (as Bang & Olufsen prefer), you can make the membrane "deeper", in other words, make it move a greater distance with a smaller diameter. Imagine two balloons, one round and shaped like a ball, the other long and tubular. Both contain the same amount of air; it's simply their shapes that are different.

A side benefit to the deeper membrane is that it allows a smaller cabinet, with greater freedom as far as form and function are concerned.

Since no two loudspeaker units have exactly the same physical characteristics, Bang & Olufsen calibrate them individually to make certain that the sound of each and every loudspeaker leaving our factory is identical. By employing an active electronic crossover network with equalization, we're able to adjust frequencies before they're amplified. The signal from the sound source is shaped before distribution to the separate power amplifiers for bass and treble.

In this way, the performance of the various components is "fine-tuned", until they produce an ideal, harmonised output, which will be the same, no matter which BeoLab loudspeaker you feast your eyes upon. The custom made driver units of a BeoLab loudspeaker feature extra-heavy membranes with longer movement, which help produce a deeper bass.

Adaptive Bass Linearisation
Adaptive Bass Linearisation (ABL) is a process patented by B&O and is incorporated in BeoLab loudspeakers. The idea is to use the surplus capacity in amplifiers and driver units, arising by normal listening levels, for a bass extension - a sound reproduction with more bass, than the loudspeaker otherwise would be able to produce.

The function is adaptive. This means that the loudspeaker adapts to the signal it receives. Loudspeaker drivers are therefore fully exploited, without suffering mechanical or electronic abuse, and the built in amplifiers are not subjected to signals would otherwise create an overload situation.

ABL gives stunning bass reproduction considering the size of the loudspeaker in which it is incorporated, under normal listening levels.