Shure SLXD14/93 1-CH Digital Wireless System with WL93 Mic, H55: 514-558MHz

Your performance should never be in question. Whether presenting, educating, praising or entertaining, your relationship with your audience is singular. With SLX-D Digital Wireless you can stand confidently on a strong foundation and build the wireless installation to match ongoing demands, from day-long conference to nighttime performances.Always Come Through ClearIn front of an audience, clarity is simply essential. SLX-D provides crystal-clear digital audio quality with >120 dB dynamic range.Dropouts Are OutFrom the leader in digital wireless technology, SLX-D maintains stable signals with high efficiency for rock-solid, reliable performance.Keep The Show GoingReady to perform for all-day conferences and nighttime performances-up to 8 hours of use from either 2 AA batteries (included) or optional Shure SB903 Li-ion rechargeable batteries and charging accessories.Applications• Event, Presentation and Speech• House of Worship• Performance and Clubs - SLXD1 Digital Wireless Bodypack Transmitter - SLX-D Digital Wireless delivers transparent, 24-bit digital audio and rock solid RF performance with easy setup and rechargeability options in a suite of versatile wireless system configurations. Featuring industry-leading digital wireless technology and design, the SLXD1 easily syncs with a wireless receiver. TQG connectivity to a variety of microphone options guarantees the right solution for a wide range of applications, from day-long conference to nighttime performances. Features• Transparent 24-bit digital audio• Extended 20 Hz to 20 kHz frequency range (microphone dependent)• 120 dB dynamic range• Digital predictive switching diversity• 44 MHz tuning bandwidth (region dependent)• 32 available channels per frequency band (region dependent)• Up to 10 compatible systems per 6MHz TV band; 12 systems per 8 MHz band• Easy pairing of transmitters and receivers over scan and IR sync• Up to 8 hours from 2 AA batteries or optional Shure SB903 rechargeable battery• TQG connectivity offers a variety of microphone options• Ergonomic, durable plastic construction- SLXD4 Digital Wireless Receiver - SLX-D Digital Wireless delivers transparent, 24-bit digital audio and rock solid RF performance with easy setup and rechargeability options in a suite of versatile wireless system configurations. Featuring industryleading digital wireless technology and design, the SLXD4 easily syncs wireless transmitters. A variety of interchangeable vocal microphone choices guarantees the right solution for a wide range of applications, from day-long conference to nighttime performances.Features• Transparent 24-bit digital audio• Extended 20 Hz to 20 kHz frequency range (microphone dependent)• 120 dB dynamic range• Digital predictive switching diversity• 44 MHz tuning bandwidth (region dependent)• 32 available channels per frequency band (region dependent)• Up to 10 compatible systems per 6MHz TV band; 12 systems per 8 MHz band• Easy pairing of transmitters and receivers over scan and IR sync• Rugged metal construction - WL93 Lavalier Microphone - Model WL93 Microphones are economical omnidirectional, subminiature, lavalier, condenser microphones designed for general speech applications where a visually unobtrusive microphone is desirable.All WL93 models are supplied with a mounting block with attached tie bar, a sew-on mounting bracket, and an acoustic windscreen to minimize wind noise in outdoor applications.All WL93 models include a cable terminated with a 4-pin mini connector which connects directly to a Shure wireless body-pack transmitter.Features• Subminiature lavalier design; ideal size for theater, television, broadcasting, video, film, and sound reinforcement• Small, inconspicuous mounting hardware• Full, clear sound comparable to larger microphones• Smooth extended frequency response with presence rise specially tailored for chest-worn microphone operation• Controlled low-frequency rolloff reduces low-frequency clothing and room noise• Low distortion, wide dynamic range• Uniform omnidirectional polar pattern