Sony ECM77BMP Omni-Directional Electret Condenser Lavalier Microphone

Enhance your audio recording capabilities with the Sony ECM77BMP Omni-Directional Electret Condenser Lavalier Microphone, a high-quality, durable, and reliable choice for professionals and enthusiasts alike. This innovative and versatile microphone is a staple in the industry, frequently spotted on television due to its exceptional sound quality, robust construction, and sleek design.The ECM77BMP model comes equipped with a 3.5mm locking jack, making it seamlessly compatible with the WRT-805 and UWP series wireless transmitters. Its hands-free design is perfect for presenters and performers, allowing for complete freedom of movement and the ability to focus entirely on the delivery of their message without the encumbrance of a handheld microphone.Crafting a professional image is effortless with the ECM77BMP's compact and unobtrusive profile, which is recognized as a standard in television production. The microphone's easy and familiar operation is a testament to its widespread use, ensuring that sound technicians can quickly and efficiently achieve optimal voice recording.The ECM77BMP's capsule is meticulously engineered for high-quality voice pick-up, featuring a voice emphasis curve, extended frequency response, and heightened sensitivity to capture clear and precise audio. Despite its minute size, with a diameter of merely 5.6mm and a length of 12.5mm, the microphone delivers powerful performance that belies its compact form factor.Ready to integrate with wireless systems, the ECM77BMP is designed to work in tandem with the Sony Freedom WRT-805 wireless transmitter, offering a high-quality wireless microphone solution for video production that meets the rigorous demands of both studio and on-location recording.Choose the Sony ECM77BMP Omni-Directional Electret Condenser Lavalier Microphone for its unparalleled blend of performance, convenience, and professional-grade audio capture, making it an ideal selection for those who demand the best in their audio recording equipment.