Audio-Technica AT8314-3 XLRF to XLRM Premium Microphone Cable (3')

Audio-TechnicaSKU: AT AT83143
MPN: AT8314-3   UPC: 042005127924
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Price:
Sale price$17.35
Stock:
Out of Stock, But We'll Ship It Fast!

Key Features

  • 3' (0.9 m) Length
  • Dual Copper Outer Shields
  • Twin Conductive PVC Inner Shields
  • Professional Neutrik Connectors
  • Heavy-Duty PVC Jacket
  • Heavy-Duty 24-Gauge Conductors
  • Extra Flexibility

Description

XLRF - XLRM Balanced Microphone Cable, 3' (0.9 m) Length

Audio-Technica Premium Microphone Cables are engineered for maximum signal transfer and minimum loss. Designed for low-impedance operation, these balanced cables feature heavy-duty construction and professional Neutrik connectors. To protect signal quality, each conductor has an individual spiral shield inside the molded insulating sheath. A conductive PVC layer inside each shield dissipates static buildup during flexing.

Available Versions:
AT8314-1.5: XLRF - XLRM Balanced Microphone Cable. 1.5' (0.5 m) Length.
AT8314-3: XLRF - XLRM Balanced Microphone Cable. 3' (0.9 m) Length.
AT8314-6: XLRF - XLRM Balanced Microphone Cable. 6' (1.8 m) Length.
AT8314-10: XLRF - XLRM Balanced Microphone Cable. 10' (3.0 m) Length.
AT8314-15: XLRF - XLRM Balanced Microphone Cable. 15' (4.6 m) Length.
AT8314-20: XLRF - XLRM Balanced Microphone Cable. 20' (6.1 m) Length.
AT8314-20R: 90° XLRF - XLRM Balanced Microphone Cable. 20' (6.1 m) Length.
AT8314-25: XLRF - XLRM Balanced Microphone Cable. 25' (7.6 m) Length.
AT8314-30: XLRF - XLRM Balanced Microphone Cable. 30' (9.1 m) Length.
AT8314-50: XLRF - XLRM Balanced Microphone Cable. 50' (15.2 m) Length.
AT8314-100: XLRF - XLRM Balanced Microphone Cable. 100' (30.5 m) Length.

Features:

  • Dual copper outer shields and twin conductive PVC inner shields protect cable signal quality with 100% coverage
  • Professional Neutrik connectors ensure superior signal integrity and outstanding strain relief
  • Heavy-duty PVC jacket stands up to tough use
  • Heavy-duty 24-gauge stranded copper conductors offer optimal signal transfer
  • Extra flexibility and low memory for ease of use/storage

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