JUMPERZ ZIPLINE TRS to XLR Male Patch Cable – 30 Foot

The JUMPERZ ZIPLINE TRS to XLR Male Patch Cable combines proprietary ZIPLINE Microphone (ZLM) cable construction with Neutrik NP3X TRS and NC3MXX XLR connectors for a studio and stage patch cable built to last and perform. The cable is built from two 24-strand Pure Bare Copper (PBC) conductors yielding 20AWG, with a 20AWG PBC drain wire in continuous contact with a conductive rubber inner core for 100% shielding against noise and interference. PBC offers 40% greater conductivity than copper-clad aluminum and, unlike standard OFC, is also oxygen-free for added flexibility and longevity. A rugged yet pliable PVC outer jacket, heat shrink strain relief at each termination, and secured solder points complete a cable designed for years of reliable use in demanding environments.

Key Features

• ZIPLINE Microphone (ZLM) cable — proprietary JUMPERZ spec; two 24-strand PBC conductors, 20AWG, sealed in a flexible PVC jacket
• Pure Bare Copper (PBC) conductors — 40% greater conductivity than copper-clad aluminum; oxygen-free for superior flexibility and long service life
• 100% shielding — 20AWG PBC drain wire in continuous contact with a conductive rubber inner core eliminates noise ingress
• Neutrik NP3X TRS connector — nickel housing; world-standard quality for accurate, reliable signal transmission
• Neutrik NC3MXX XLR male connector — nickel housing; robust construction for secure, consistent connection
• Heat shrink strain relief — protects each solder joint from mechanical stress at the termination points
• Secured solder points — consistent, low-resistance connections throughout

Specifications

• Cable Type: JUMPERZ ZIPLINE Microphone (ZLM)
• Configuration: TRS to XLR Male
• Length: 30 ft.
• Conductors: 2 × 24-strand PBC (Pure Bare Copper), 20AWG
• Shield: 20AWG PBC drain wire with conductive rubber inner core; 100% coverage
• Jacket: PVC (rugged, flexible)
• TRS Connector: Neutrik NP3X (nickel)
• XLR Connector: Neutrik NC3MXX male (nickel)
• Strain Relief: Heat shrink at both ends