Shure SM7B Dynamic Vocal Microphone and Cloudlifter Kit

$554.44
Flat, Wide-Range Frequency Response
The flat-frequency response enhances the midrange and high frequencies that are associated with the human voice.
Rejection of Electromagnetic Hum
Improved rejection of electromagnetic hum—optimized for shielding against broadband interference emitted by computer monitors.
Air Suspension Shock Isolation
Internal air-suspension shock isolation virtually eliminates mechanical-noise transmission.
Pop Filter
The detachable close-talk windscreen eliminates the need for any add-on protection against explosive breath sounds—even for close-up vocals or narration.
Cardioid Polar Pattern
The classic cardioid pick-up pattern is designed to reject off-axis audio, so you can sing or speak at a comfortable angle. And, it captures the sound with minimum coloration, isolating the signal source helps to reduce feedback issues.
Cloud Microphones Cloudlifter CL-1 Mic Activator

The Cloudlifter CL-1 Mic Activator from Cloud Microphones is a compact, single-input solution for common audio problems in the field and in the studio involving low-output passive microphones, including ribbon mics. The CL-1 uses any standard phantom-powered mixer or microphone input device to provide up to +25 dB of clean, transparent gain. This improves signal-to-noise ratio and improves the performance of passive microphone signals by driving stronger, cleaner signals over longer XLR cable runs, making them ideal for broadcast, live, and studio applications. The CL-1 is housed in a rugged steel enclosure which offers shielding and durability. Additionally, the CL-1 has provisions for stage or stand mounting.

Transparent Gain
Gives passive mics up to +25 dB additional active output and keeps the direct audio path free-and- clear of transformers, capacitors, and resistors. The CL-1 houses discrete JFET circuitry that delivers clean gain while preserving the natural sonic characteristics of the source
Useful for a Variety of Applications
  • Use with noisy or low-gain preamps
  • Use with mixers/preamps that negatively impact the sound at higher gain settings
  • Use with low-output dynamic microphones and ribbons
  • Mic softer sound sources such as acoustic instruments and voice
  • Use for long cable runs
Features at a Glance
  • Gives passive mics up to +25 dB additional active output
  • Provides 2 distinct stages of clean gain
  • Easy to use self-contained design requires only phantom power
  • Recommended for use with all passive dynamic microphones
  • Compatible with tube, battery, or power-supply-driven microphones  
  • Safe for all passive ribbons with no transfer of phantom
  • Utilizes Patent Pending Class-A, discrete JFET circuitry
  • Ideal impedance loading for optimal performance at 3 kilohms
  • Rugged, road ready, and portable, for studio, stage, and broadcasting
UPC: 094922059796
Kopul Premium Performance 3000 Series Neutrik XLR Male to XLR Female Microphone Cable (10', Black)

The black Kopul Premium Performance 3000 Series XLR Male to XLR Female Microphone Cable (10') is designed to be an extremely quiet and flexible cable that is ideal for the most demanding live sound and performance applications. The cable is engineered to be durable and provide protection against EMI, RFI, and static noise. While the cable's color-coding affords the ability to quickly differentiate between multiple connections on stage, it provides a pleasant aesthetic quality at the same time.

Premium Performance 3000 Series cables are made from 24-AWG OFC copper wire that's wrapped with PE insulation and a conductive PVC inner shield. A cotton-yarn inner layer helps reduce electrostatic and microphonic noise. The 95% dual-spiral shielding makes the cable resistant to EMI and RFI noise. The Neutrik XX silver connectors provide a high level of connectivity, and all the solder connections are shrink-wrapped for protection.

95% dual-spiral shielding offers protection from EMI and RFI noise
Twin conductive PVC inner shielding provides 100% coverage of the core conductor. It helps keep the cable's signal from radiating and affecting nearby cables and helps prevents external EMI from penetrating to the cable's core
24-AWG oxygen-free stranded copper inner core provides the best possible conductivity
Cotton yarn reduces electrostatic and microphonic noise
All solder points shrink-wrapped for protection
Neutrik XX silver connectors offer high conductivity
Caged type contact and improved ground contact
UPC: 847628558274
Kopul Premium Performance 3000 Series Neutrik XLR Male to XLR Female Microphone Cable (6', Black)

The black Kopul Premium Performance 3000 Series XLR Male to XLR Female Microphone Cable (6') is designed to be an extremely quiet and flexible cable that is ideal for the most demanding live sound and performance applications. The cable is engineered to be durable and provide protection against EMI, RFI, and static noise. While the cable's color-coding affords the ability to quickly differentiate between multiple connections on stage, it provides a pleasant aesthetic quality at the same time.

Premium Performance 3000 Series cables are made from 24-AWG OFC copper wire that's wrapped with PE insulation and a conductive PVC inner shield. A cotton-yarn inner layer helps reduce electrostatic and microphonic noise. The 95% dual-spiral shielding makes the cable resistant to EMI and RFI noise. The Neutrik XX silver connectors provide a high level of connectivity, and all the solder connections are shrink-wrapped for protection.

95% dual-spiral shielding offers protection from EMI and RFI noise
Twin conductive PVC inner shielding provides 100% coverage of the core conductor. It helps keep the cable's signal from radiating and affecting nearby cables and helps prevents external EMI from penetrating to the cable's core
24-AWG oxygen-free stranded copper inner core provides the best possible conductivity
Cotton yarn reduces electrostatic and microphonic noise
All solder points shrink-wrapped for protection
Neutrik XX silver connectors offer high conductivity
Caged type contact and improved ground contact

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