This very compact broadband system is ideal for nearfield monitoring, broadcast monitoring, TV control rooms, mobile vans, video post-production or where space is very limited in project and home studios, digital workstations, and surround sound monitoring.

Features
The 1030A is a TEC (Technical Excellence & Creativity) award winner.

6.5 litre vented cabinet

Electronic crossover and protection circuitry

Built in bass roll-off, treble and bass tilt controls

170 mm (6-1/2 in.) high efficiency polymer composite cone driver

19 mm (3/4 in.) metal dome tweeter loaded with proprietary Directivity Control Waveguide (DCW)

Genelec Bi-Amplified Monitoring Systems
Genelec Bi-Amplified Monitoring Systems are compact active monitors with performance equal to much larger systems. They contain inbuilt electronic crossovers, overload protection, and power amplifiers. They are ideal for near field monitoring, broadcast and TV control rooms, mobile vans, home studios, and traveling engineers.

Genelec's unique Directivity Control Waveguide (DCW) technology provides excellent stereo imaging and frequency balance. The versatile room frequency response controls allow excellent room response tailoring. The speakers may be used in vertical or horizontal orientation.

Everything is built into the speaker enclosure. The only connections required are the mains supply and the line level input signal. This ensures consistent audio quality.

An increasingly popular application of the bi-amplified… read more systems is surround sound reproduction. Building a full-fledged surround system with Genelec monitors is extremely simple.

Directivity Control Waveguide
The revolutionary Directivity Control Waveguide (DCW) technology greatly improves the performance of a direct radiating multi-way loudspeaker. The aim is to match the frequency response and directivity of the drivers in the loudspeaker. This results in excellent match of overall frequency response on and off axis.

DCW Features
Flat on and off-axis response for wider usable listening area

Increased direct-to-reflected sound ratio for reduced room coloration

Improved stereo imaging

Increased driver efficiency

Increased system SPL capacity

Decreased drive unit distortion

Reduced cabinet edge diffraction

Reduced distortion

The improved directivity control reduces the reflected sound at the listening position. This improves the stereo imaging and ensures very small sensitivity to varying control room acoustics, actually much smaller sensitivity than with any conventional direct radiator design.

And this is not all! The DCW technology also improves the drive unit sensitivity even up to +6 dB, and therefore increases the maximum sound pressure level as well as decreases the distortion. read less