Shure Axient ADX2/K9HSB G57 Band Handheld Wireless Microphone Transmitter - Your Ultimate Performance Companion
Get ready to elevate your audio experience with the Shure Axient ADX2/K9HSB. This transmitter is a game-changer, offering exceptional performance in every aspect.
Key Features:
- • Wide tuning up to 184 MHz for seamless connectivity
- • Advanced rechargeability with up to 9 hours of runtime using the SB920A battery
- • ShowLink remote control for real-time parameter adjustments right from the booth
Benefits:
- • Durable, moisture-resistant, lightweight metal case in black finish for long-lasting use
- • Two transmission modes to suit your needs: Standard for optimal coverage and High Density for maximum channel count
- • Encryption-enabled secure transmission for peace of mind
Specifications:
- • Gain Offset Range: –12 to 21 dB (in 1 dB steps)
- • Battery Type: SB920A Rechargeable Lithium-Ion
- • Dimensions (L ¡Á Dia.): 10.0 ¡Á 2.0 in (254 ¡Á 51 mm)
- • Weight: 11.9 oz (338 g) without battery
- • Housing: Cast Aluminum
- • Audio Input: Unbalanced, Maximum Input Level 1 kHz at 1% THD: 145 dB SPL, typical (SM58)
- • RF Output: Antenna Type - Integrated Single-Band Helical, Occupied Bandwidth - <200 kHz, Modulation Type - Shure Axient Digital Proprietary, Power - 2 mW, 10 mW, 20 mW, Specific Absorption Rate (SAR): <0.19 W/kg
- • Showlink: Network Type - IEEE 802.15.4, Antenna Type - ZigBee Dual Conformal, Frequency Range - 2.40 to 2.4835 GHz (24 Channels), RF Output Power Varies By Region: 10 dBm (ERP)
- • Frequency Band: 470 to 616 Mhz
The Shure Axient ADX2/K9HSB is a handheld wireless microphone transmitter perfect for live events, stage performances, and presentations. It's designed for professionals who demand high-quality audio. With a durable, moisture-resistant, lightweight metal case, it's built to last. The dimensions are 10.0 x 2.0 inches (254 x 51 mm), and it weighs 11.9 oz (338 g) without the battery. It offers features like up to 9 hours of runtime with the SB920A rechargeable battery, two transmission modes, and encryption-enabled secure transmission.
