sakose
sakose MICPH-6MF 6 ft 1/4" stereo plug to 3-pin XLR female instrument cable
Connects a 1/4" stereo plug to a 3-pin XLR female using 16AWG stranded copper with 97.5% shielded balanced connections
- ColorBlack
- Length6 ft.
- Connector Number2
- Connector DetailPhone plug MALE to 3 pin XLR FEMALE
- Specifications16AWG Stranded Copper Wire Conduits. 97.5% Shielded Balanced
- FeaturesPhone plug MALE to 3 pin XLR FEMALE
- Balanced audio path from 97.5% shielding
- 16AWG stranded copper for low resistance
- 1/4" stereo plug to XLR female connection
- 6 ft length suits stage and studio setups
- Durable black jacket protects internal conductors
Connection type
This cable joins a 1/4 inch stereo plug to a three-pin XLR female socket. It suits studio or stage setups where balanced microphone or line-level signals must travel between those two connector types.
Shielding benefit
The 16AWG stranded copper conductors carry the audio while the 97.5% shield rejects electromagnetic interference. That construction keeps the signal clean over the six-foot run without adding stiffness.
Build and use
A black jacket protects the conductors and the shielding layer during repeated coiling and uncoiling. The male phone plug and female XLR ends lock securely, so the connection stays firm when gear is moved or bumped.
Highlights
- Balanced audio path from 97.5% shielding
- 16AWG stranded copper for low resistance
- 1/4" stereo plug to XLR female connection
- 6 ft length suits stage and studio setups
- Durable black jacket protects internal conductors
Specifications
| Brand | SAKOSE |
|---|---|
| Model | MICPH-6MF |
| Color | Black |
| Length | 6 ft. |
| Connector Number | 2 |
| Connector Detail | Phone plug MALE to 3 pin XLR FEMALE |
| Specifications | 16AWG Stranded Copper Wire Conduits. 97.5% Shielded Balanced Connections. |
| Features | Phone plug MALE to 3 pin XLR FEMALE |
Questions about this item
Will the 16 AWG stranded copper conductors need replacement after heavy stage use?
The 16 AWG stranded copper conductors are built for repeated flexing; inspect the jacket and connectors periodically and replace the cable if shielding integrity drops below the 97.5 % spec.
What fails first when the cable runs a balanced signal all day?
The 97.5 % shielded balanced connection is the limiting factor; once shielding effectiveness degrades, noise rejection falls off before the conductors themselves wear out.
Does the 6 ft length add noticeable resistance or heat during continuous operation?
At 6 ft the 16 AWG stranded copper adds negligible resistance, so the cable stays cool and introduces no audible signal loss even with all‑day use.
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