Santa Fe Springs, CA – January 2021… TASCAM is pleased to announce the TM-70 Dynamic Microphone. Designed as a unique hybrid of super-cardioid and dynamic elements, the TM-70 is resistant to ambient noise and is ideally voiced to handle the nuances of the human voice—making this microphone an outstanding choice for live broadcasting, podcasting, film dialog, and audio streaming.
The TASCAM TM-70 Dynamic Microphone is the perfect specialty mic for flawless vocal audio production. Featuring a super cardioid polar pattern and a frequency response of 30Hz〜20kHz, the TM-70 was specifically engineered to capture what it is pointed at, effectively isolating sound sources such as directional dialog. The mic’s super cardioid directivity makes it resistant to ambient noise, thus enabling users to achieve a clean, clear audio signal that results in first class speech intelligibility. Equally notable, as the TM-70 captures more of one’s voice and less room sound, it becomes easier for engineers to provide the ideal mix.
Being specifically tuned and ready for professional podcasting, film dialog, broadcasting and live streaming applications, the TASCAM TM-70 delivers mix-ready, no-fuss audio, enabling one to focus on capturing the best possible performance as opposed to tweaking the EQ settings or using isolation baffling.
The TASCAM TM-70 Dynamic Microphone package ships with these included accessories: (1) a shock mount to reduce low frequency rumble, (2) a 6-foot mic cable and, (3) a table-top mic stand. Together, they provide everything needed to set up at one’s desktop and immediately start recording.
The TASCAM TM-70 Dynamic Microphone is expected to be available Q1, 2021. For pricing information, contact your authorized TASCAM dealer.
For decades, TASCAM has been the choice of musicians, engineers and broadcast professionals worldwide by combining industry leading fidelity with legendary reliability. With solutions designed for a stunning array of audio applications and catering to today’ s top professionals, TASCAM continues to define the sound of modern recording. www.tascam.com.