Shure ULXD8W=-H50

Shure ULXD8W=-H50

Shure ULXD8W=-H50

Shure ULXD8W=-H50

Desktop Base Transmitter

SKU: SHU-ULXD8W=-H50
MSRP: $774.00
MAP: $553.00

Overview

Shure ULXD8 Wireless gooseneck microphone base for ULXD and QLXD. Includes AA Alkaline Batteries

 

The ULXD8 Wireless Gooseneck Base Transmitter combined with ULX-D and QLX-D receivers deliver uncompromising digital audio clarity and solid RF performance in a form factor that fits perfectly in business settings.

Live business events demand pristine sound and professional style:

 

Features

  • Compatible with ULX-D and QLX-D receivers
  • Available in UHF TV band, 900 MHz and 1.2/1.5/1.8 GHz bands
  • AES 256-bit encryption for applications for which secure transmission is needed
  • Convenient gooseneck form factor for meetings and events where quick setup and teardown is important
  • Designed for use with Shure Microflex MX405, MX410 and MX415 gooseneck microphones
  • Very short latency (<3 msec)
  • Long transmission range (up to 300 feet/91 meters) for reliable performance
  • Rechargeable SB900A battery pack provides up to 9 hours of battery life
  • Standard AA alkaline batteries are additional power options
  • SBC450 (4-bay) and SBC850 (8-bay) Networked Charging Stations for docked charging of 4 or 8 ULXD6 or ULXD8 transmitters
  • Compatible with the full line of Shure antennas and distribution components
  • Configurable Mute button (Toggle, Push-to-Mute, Push-to-Talk, disabled) and Mute LED behavior
  • Adjustable RF power, high-pass filter, and power lock settings
  • Available in black or white finishes to complement any meeting room aesthetic 

Specifications

Weight 293g
Height x Width x Depth 136.94 × 78.27 × 40.77mm
Transmitter weight 293g
Battery life lithium 9h
Form Factor Desktop Base
Audio Mute Yes
Detachable Antennas No
Switchable RF power Yes
Batteries AA, Shure Lithium-Ion battery
Encryption 256 Bit AES
Frequency Diversity No
Functionality Transmitter
High Density Mode Yes
Input impedance 20kΩ
Transmission Digital in UHF, 900MHz ISM