Rode NT1 Condenser Microphone Cardioid

• Collapsible tripod boom stand,sturdy steel construction,sleek black finish,ultra-light for easy transport,includes clip.

The nt1 is a revolutionary new 1 diagphram condenser microphone from rde. Although the body of the new nt1 closely resembles the nt1-a,the microphone has been completely redesigned from the ground up,with the only shared component being the mesh grille. Rdes design engineers approached the nt1 as a marriage of innovation and tradition,starting with the which is a completely new design. Codenamed the hf6,it is the perfect example of rdes fusion of artistic design approaches and cutting-edge manufacturing techniques,and features a sound signature reminiscent of the famous microphones of old while at the same time exhibiting extremely low noise. It has been developed with a focus on detailed midrange response,coupled with silky smooth high frequencies,and warm,round,bass reproduction to make the nt1 an absolute standout in its class. In another world-first for rde,the transducer itself is suspended inside the microphone using rycotes industry-leading lyre system,minimizing external vibrations at the level. The is then married to high-grade electronics that have been designed to provide the lowest noise level of any studio microphone available. The nt1 is an incredibly quiet microphone,measuring only 4.5dba of self-noise. Its body is machined from 6061 aluminium and then nickel plated for resistance against corrosion. Finally it is coated in a durable,-grade ceramic layer,using advanced electrostatic application techniques developed by rde to ensure an extremely hard wearing finish that is resistant to scratches or marks. The nt1 is supplied with the revolutionary new rde smr shock . Featuring a unique double-lyre suspension system,the smr enhances the existing superior vibration cancellation of rycotes lyre system by using a smaller inner lyre to act as a tensioning element. This maintains each lyre in the neutral position where it is most efficient at cancelling vibration.