Shure SLXD4Q+E Beta58 G65 Bundle
Bundle offer comprising
Shure SLXD4Q+E G65
Digital 19" 4-Channel Receiver
- Frequency range: 470 - 608 MHz
- Audio conversion: 24 bit / 48 kHz
- Dynamic range: 118 dB
- 32 Available channels per frequency band
- Simple pairing of transmitters and receivers via IR scan and sync
- Switchable mic / line level
- 4 outputs: XLR/jack
- Galvanised steel housing
- Dimensions (W x H x D): 393 x 42 x 152 mm
- Weight: 1.9 kg
- Includes 19" mounting accessories, antennas and short BNC cables for front mounting
4x Shure SLXD2+/Beta58 G65
Digital UHF Handheld Transmitter
- With dynamic Beta58A microphone capsule
- Polar pattern: Supercardioid
- Frequency range: 470 – 606 Hz
- Audio transmission: 24 Bit/48 kHz
- Dynamic range: >118 dB
- Switchable transmitting power: 1 mW/ 10 mW
- Switching bandwidth: 138 MHz
- 14 compatible channels per 8 MHz band
- 11 compatible channels per 6 MHz band
- Automatic setup and pairing
- ShowLink Ease enables remote control and management of the transmission parameters of paired devices
- AES-256 encryption
- Transmitter powered by 1.5 V AA batteries, providing up to 8 hours of operation
- Also available with the optional SB903 Li-ion battery (not included)
- External charging contacts
- Includes transport bag and AA batteries
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Available since October 2025
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Item number 629651
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Sales Unit 1 piece(s)
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Transmission technology digital
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Channels Handheld Transmitter 4
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Capsule Type Dynamic
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Pattern Super Cardioid
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Receiver Type Stationary
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Frequency 470 MHz – 514 MHz
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Output XLR
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Charging System Optional
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Integrated Battery No
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Dante No
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Diversity Yes
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Interchangeable Capsule Yes
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Receiver Width in mm 393 mm
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Receiver Height in mm 42 mm
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Receiver Depth in mm 152 mm
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Receiver Weight in kg 1,9 kg
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Transmitting Power in mW 10 mW
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Switching Bandwidth in MHz 44 MHz
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Frequency Display Yes
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Frequency Scan Yes
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Removable Antenna BNC
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Battery Status Monitor Yes
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Rackkit Yes
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Information on the supported frequency ranges
Here you can see which frequencies are supported by this wireless system and the countries in which these frequencies are allowed in the future for wireless applications.
