A comprehensive solution for professional audio performance, the BLX14/B98 Instrument Wireless System is a standout member of the BLX wireless systems family. Engineered by Shure, a trusted name in audio equipment, this system delivers high-quality sound with the convenience of a simple setup and user-friendly interface. The system is precision-built and comes in a variety of configurations, making it a versatile choice for musicians, performers, and audio professionals. It includes a BLX4 single-channel receiver, a BLX1 bodypack transmitter, and a BETA 98H/C instrument microphone, providing a complete package for owning the stage.The BLX1 bodypack transmitter is not only durable but also lightweight, featuring an ergonomic design for comfortable use. It comes with an adjustable gain control, offering flexibility to suit your audio requirements. Designed for use with BLX Wireless Systems, it ensures seamless integration and reliable performance.The BLX4 single-channel receiver is equally robust, offering a simple setup, intuitive controls, and a microprocessor-controlled internal antenna diversity. Its one-touch QuickScan frequency selection swiftly locates the best open frequency, mitigating any potential interference and ensuring uninterrupted audio transmission.The included Beta 98H/C is a miniature cardioid condenser instrument microphone, designed to clamp onto the bell of wind instruments or onto the rim of percussion instruments. Its integrated gooseneck and ratcheting swivel joint allow for easy positioning and secure attachment. An isolation shock-mount reduces the transmission of instrument vibrations, ensuring clear, distortion-free sound. The package also includes a gooseneck angle brace for better retention of the desired microphone placement.In summary, the BLX14/B98 Instrument Wireless System is a comprehensive, high-quality, and reliable solution for wireless audio transmission, perfect for musical performances or live events. Its wide frequency range of 512.125-541.800MHz offers flexibility and less interference, making it a superior choice in its category.