WIRELESS LAVALIER MICROPHONE - K9 #5830

DESCRIPTION A wireless lavalier microphone (also called a wireless lapel mic) is a small clip-on microphone that attaches to your clothing near your mouth and sends audio wirelessly to a receiver connected to a recording device (like a camera, smartphone, or recorder). The goal is clear speech capture without cables restricting your movement — ideal for vlogs, presentations, interviews, films, podcasts, and live events. Key Features Wireless Transmission Uses radio frequencies (commonly 2.4 GHz or UHF) to send audio from the mic to the receiver. Good systems offer a stable connection with minimal dropouts and low latency. Typical wireless range can be 50 meters (≈160 ft) or more in open spaces. Audio Quality Built-in condenser capsule captures clear vocal sound with reduced noise. Omnidirectional pickup patterns capture voice well even if the speaker turns slightly. Look for mics with wide frequency response and good signal-to-noise ratio for natural sound. Battery & Power Most wireless sets use rechargeable batteries or AAA/AA cells. Aim for a system that gives 6–10+ hours of operation per charge for full-day use. Some newer kits include charging cases or USB-C fast charging. Clip-On Design The tiny mic clips easily to collars, lapels, or shirts for stable, hands-free use. Often comes with windscreens to minimize wind and plosive noise. Device Compatibility Receivers often offer 3.5 mm TRS/TRRS, USB-C, or Lightning connections so they can plug into smartphones, cameras, laptops, or tablets. Some systems include multiple adapters to work with many devices. Monitoring & Control Higher-end systems can offer: Real-time headphone monitoring so you hear the audio as it’s captured. Gain control and app integration for adjusting sound levels or noise reduction. Dual transmitters for recording two speakers simultaneously. SKU: #5830 Viber: 7928003 Phone: 3334862 Location: M.Thoori, Boduthakurufaanu Magu Malé, Maldives -www.computerplus.com.mv - FB: https://www.facebook.com/computerplus.maldiv'