Neumann just announced the launch of its first-ever audio interface, the MT 48. The MT 48 audio interface is the first product with Merging Technologies inside. The Swiss Brand is famous among audio professionals for its expertise in premium AD/DA conversion and networked audio. Based on the acclaimed Merging Anubis audio interface (which remains available), […]
Neumann.Berlin (a division of Sennheiser) just introduced the V 402, a microphone preamplifier with integrated headphone monitoring. The V 402 is Neumann’s first stand-alone microphone preamp — although the company has created several generations of preamp modules for its mixing consoles (such as the V 476 B of the 1980s). The V 402 is a […]
Neumann is expanding its KH line with its first midfield monitor, the KH 420. The active three-way system (10″+3″+1″) designed for larger 5.1 and 7.1 configurations and listening distances of up to 11 meters. With a corner frequency of 52 Hz, the KH 420 uses something they call Mathematically Modeled Dispersion Waveguide (MMD), acoustical controls […]
An icon of 1970s music scene was the Neumann U 47 fet microphone. As the transistorized successor of the U 47, it permitted the processing of very high sound pressure levels for the first time, for instance allowing positioning directly in front of loud amps. Due to this feature, and the capsule sound derived from […]
At this year’s Audio Engineering Society convention, Neumann announced its newest studio microphone: the TLM 107 large diaphragm microphone. The TLM 107 features what Neumann calls a “surprisingly fresh design and a novel operating concept.” All of the microphone switch functions are controlled through a navigation switch. The contemporary, intuitive operating concept includes an illuminated […]
Premium audio brand Neumann has announced the launch of its new active studio monitor: the KH 310 A. The KH 310 A is a three-way system that is based on newly developed drivers housed in a sealed cabinet. The company says this ensures extremely accurate reproduction over the entire frequency response at surprisingly high reproduction […]
