Special Order

Neumann KH 120 mkII AES67 (Pair)

Two-way Active Studio Monitor with DSP

CAP2: 0 £2,198.00 £1,831.67 ex VAT
Call or Email for availability.

AVAILABLE TO ORDER

Sold out but more on the way. Contact us for accurate delivery time and our best price.

Check Availability & Get Our Best Price

WHY CHOOSE TO BUY FROM KMR AUDIO?

  • 22+ Years Industry Experience
  • Rated “Excellent” By Our Customers
  • Lifetime Tech Support, Always Free
  • Easy 14 Day Returns

The Neumann KH 120 II is an active studio monitor with enhanced performance and a strong DSP engine for improved track monitoring and mix production. 

 Like its predecessor, the Neumann KH 120 II adheres to the idea of providing the finest linearity, lowest distortion, no colouration, and excellent adaptation to any acoustic situation. 

The KH 120 II features a highly linear frequency and phase response, resulting in pure mids with exceptional transparency, remarkable precision in the time domain, and accurate impulse reproduction with finely resolved reverbs. Furthermore, the DSP-controlled electronics enable intricate crossovers, eliminate phase distortion produced by analogue filters, and maintain tone constancy within narrow tolerances. With a suggested listening distance of 1-2 metres, the KH 120 II is suited for tiny rooms such as home and project studios, mixing and editing suites, and even impromptu control rooms for location work.

Neumann's Mathematically Modelled Dispersion (MMD) waveguide ensures a broad sweet spot. The inbuilt DSP permits room calibration using Neumann's Automatic Monitor Alignment, guaranteeing optimal adaptation to the room's character and ideal alignment for the listening position. The KH 120 II has analogue and S/PDIF inputs and is tonally compatible with other KH line studio monitors, allowing it to be used in mixed arrangements, including immersive setups.

Additionally, the KH 120 II AES67 model variant offers integrated redundant AES67 audio network ports that are fully compliant with broadcast standards such as ST 2110, ST 2022-7 redundancy, and RAVENNA. At the same time, the KH 120 II AES67 is compatible with DANTE-generated AES67 network streams.

Finally, the KH 120 II is energy-efficient, combining exceptional audio performance with Class D amplifier energy economy, providing up to 145 W to the 5.25" woofer and 100 W to the 1" tweeter while consuming only 17 W at idle. Furthermore, auto-standby decreases power consumption to 0.3 W when the KH 120 II is not used for an extended time but may be turned off.

DPD UPS
  • UK over £99 FREE
  • UK under £99 £10
  • EU £36
  • Rest of World £80

Large/Heavy items: Extra charges may apply (e.g., consoles, large monitors). We’ll contact you before processing if so.

We ship with DPD and UPS across the UK, EU and worldwide. Same-day within the M25 is available depending on stock.

This item, like everything we supply, comes with the complete support of our expert team. Our excellent technicians have been specifying, building and supporting studios for over twenty years. If you have any problems with installation, setup or everyday use, they’re never more than a click away, and always happy to help.

You can contact them here.

Neumann KH 120 mkII AES67 (Pair)

Neumann KH 120 mkII AES67 (Pair)

AVAILABLE TO ORDER

KEY BENEFITS

Enhanced Audio Clarity and Precision

The Neumann KH 120 II offers highly linear frequency and phase responses, ensuring pure mids, exceptional transparency, and precision in the time domain for accurate impulse reproduction and finely resolved reverbs.

Optimal Room Adaptation

Equipped with DSP-controlled electronics and Neumann's Automatic Monitor Alignment, the KH 120 II adapts perfectly to any room's acoustics, ensuring optimal sound alignment and consistency for critical listening environments.

Energy Efficient with Powerful Output

This monitor combines high audio performance with energy efficiency, utilizing a Class D amplifier that provides substantial power to its drivers while maintaining low power consumption and an auto-standby feature to reduce energy usage further.