The Shure SLXD3 Digital Plug-On XLR Transmitter (G58: 470 to 514 MHz) is a rugged all-metal professional-grade XLR plug‑on beltpack Digital Wireless Transmitter, compatible with SLXD4, SLXD4D and SLXD5 Digital Wireless Receivers, with integrated phantom power and the dependability that Shure digital is known for. The SLXD3 Digital Wireless Transmitter features a braided cable for reliable audio service in adverse environmental conditions. Man-on-the-street interviews - connect your favorite handheld condenser or dynamic mic (available separately) directly to the SLXD3. Wireless boom capability - connect your favorite shotgun mic (available separately) with the Shure SLXD3 Digital Plug-On XLR Transmitter (G58: 470 to 514 MHz).
Plug-On Transmitter Features
The SLDX3 features a secure, twist-locking XLR connector ready to accommodate a huge variety of microphone options, including handhelds like Shure's VP64 and SM63 models as well as shotguns like the VP82 and VP89 (mics available separately).
The transmitter offers 12 and 48V phantom power options for condenser microphones.
Engage the -12 dB pad for use on loud sources or use the +12 dB boost option on low-level sources.
Use the mic offset gain function to fine-tune the gain and ensure multiple mics are at similar volume levels.
Engage the 150 Hz high-pass filter to reduce distracting, unwanted low-end for clearer speech.
The rugged, all-metal transmitter includes a leather case with a belt clip and an OLED screen that shows essential information.
A selectable 1/10/30mW RF output allows you to increase the transmission power for long distances or to overcome interference, if necessary; the system provides a maximum transmission range up to 330'.
Two AA batteries (included) or an SB903 rechargeable battery (available separately) will power the unit for up to 8 hours.
Transparent Digital Sound, Dependable Performance, and Multi-Mic Mode
The SLX-D system delivers 24-bit digital audio with a fast transient response, a 20 Hz to 20 kHz frequency response, and a 118 dB dynamic range, resulting in clear, accurate sound.
Operating far away from potential Wi-Fi interference in the 2.4 GHz band, this version of the SLXD3 transmits in the G58: 470 to 514 MHz UHF band, with a 44 MHz tuning range and 1760 frequencies available to ensure a clean wireless signal.
The separately available receivers all feature Digital Predictive Switching Diversity, which uses a microprocessor to switch between the two antennas before dropouts occur.
A low latency of 3.2 ms helps ensure your sound and picture are easy to properly sync.
The SLX-D's spectrum-efficient digital transmission technology allows you to expand the system and use up to 32 mics at the same time.
Great for shoots with several cameras and microphones, the receiver's Multi-Mic Mode lets you scan and create a list of clean frequencies, which you can send to multiple receivers via IR.
Each receiver will sync to the appropriate transmitter at the touch of a button; settings on the transmitters, including the input gain and high-pass filter are also recalled.
Multi-Mic Mode makes channel allocation easier and more efficient since the receivers aren't all auto-scanning and competing for open frequencies.
Optional Rechargeable Battery Management
Adding the SB903 lithium-ion rechargeable battery, along with an SBC10-903 single charger, SBC203 dual-docking charger, or SBC80-903 8-bay charger offers a cost-effective and environmentally friendly alternative to throwing away AA batteries (batteries and chargers available separately).
Using the SB903 battery and SBC203 charger simplifies the task of keeping multiple transmitters charged and ready-you can even recharge the battery while still in the transmitter or receiver.
When powered by an SB903, the components display the remaining battery life in hours and minutes.
The USB-C port on the transmitter allows for battery recharging and direct powering.
In the Box
Shure SLXD3 Digital Plug-On XLR Transmitter (G58: 470 to 514 MHz)
WARNING: This product may expose you to chemicals which are known to the State of California to cause cancer. For more information go to www.P65Warnings.ca.gov.
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