Features:
1. MULTIPURPOSE: Balanced XLR Cable is designed to convert a balanced XLR Male output to a balanced 1/4inch 6.35mm TRS cable input. Use a premium microphone to connect to a mixer or active speakers. These cables are commonly used as speaker cables for active speakers, carrying the sound signal from the mixer to the speaker. They are also widely used as signal cables for microphones, sound consoles, power amplifier, stereo system, wireless microphone receiver and more.
2. ANTI INTERFERENCE: High strength die cast aluminum alloy housing with gold plated connections and 20 AWG oxygen free copper core provides pristine sound. Multi layer shielded construction minimizes signal interference and ensures stable transmission, which minimizes hum and noise.
3. SOFT AND FLEXIBLE: XLR Male to 6.35mm TRS Cable built with soft PVC jacket enhances flexibility and durability, tested plugging and unplugging for 15,000+ times. The mic extension cable is flexible to allow you to move it around the stage with ease, never worrying about getting awful cracking or degrading sound. The standard metal XLR connectors will grip to your devices firmly and securely and won't get rid.
4. DURABLE MATERIAL: Robust construction includes a flexible PVC jacket with gold plated connectors in a rugged metal housing; the XLR Male to 1/4 cable has molded strain relief to support the weight of a microphone; the 1/4 to XLR cable has 360 degree easy grip treads for frequent unplugging and durability.
5. WIDE COMPATIBILITY: XLR Male to 1/4 inch 6.35mm TRS cable compatible with equipment's with 3 pin XLR connectors and 6.35mm socket such as mixer, camera, amplifier, guitar, power amplifier.
Specification:
Item Type: XLR Male to 1/4 Inch 6.35mm TRS Cable
Material: PVC, Aluminum Alloy
Sound Type: 6.35mm Sound Head
Use Type: Sound Cable
Suitable For: Microphone, Amplifier, Mixer, Cell Phone, Computer and Other Equipment Connected to Each Other
Length: Approx. 8m/26.2ft
Package List:
1 x XLR Male to 1/4 Inch 6.35mm TRS Cable
Note:
All data are measured manually, and there are certain errors in the measurement results.
