The 12' Accu-Cable XLR Male to Female Balanced Audio Cable 12'from Accu-Cable XLR Male to Female Balanced Audio Cable 12'features a 22 AWG conductor and a spiral copper shield that thwarts interference. A highly flexible PVC outer jacket allows for easy handling while gold-plated connector pins enhance conductivity.

22 AWG Conductor    Spiral Copper Shield    Highly Flexible PVC Outer Jacket    Gold-Plated Connector Pins

Related Questions and Answers

Q: 1. Will the Lav mic came with the "Sennheiser G3" work with the "Rode VXLR PRO" when connecting to a mixer-recorder such as the MixPre ? Does it accept the screw lock from the "G3's lav" TRS connector? Thank you for the answers.

A: Yes, the Rode VXLR PRO adapter can be used with a Sennheiser lavalier microphone to enable connection to an XLR mic input on a mixer/recorder such as a Sound Devices MixPre model. The VXLR PRO has a threaded female 3.5mm TRS connector on one side to attach the mic and a male XLR connector on the other end allows the mic to be plugged into an XLR input. Additionally, the adapter converts 48V phantom power into plug-in power so you can safely provide power to the mic.

Q: 2. Will this device work in reverse? Will it allow an XLR microphone in and 3.5mm out for use with a laptop mic input?

A: The Switchcraft AudioStix Stereo 3.5mm Female to Balanced Mono XLR Male Adapter will only pass signal as specified and would not be able to accommodate a reversed signal in the other direction.

Q: 3. Will it work with my Rode Rodelink filmmaker kit and my Zoom H6?

A: Yes it. will.

Q: 4. Does B&H sell a locking make 3.5trs to non-locking 3.5trs short cable, as this will be ideal for connecting this adapter to my preferred mic and maximizing connection integrity, at least on the adapter side. Thank you.

A: No. A locking 3.5mm male TRS to a "non-locking" 3.5mm female TRS would be as special order, made to order from a specialty shop, such as Whirlwind. B&H could order for you$$.....

Q: 5. Can the RODE VXLR Pro also be used to connect an unbalanced 3.5mm mic to the Phantom-Powered XLR connector?

A: No. It would need to be a 3.5mm TRS connection microphone that requires mic plugin power to be able to work with phantom power and the Rode VXLR Pro.

Q: 6. If phantom power is sent on the line this is plugged into will it prevent damage to the source like a phone?

A: The Switchcraft 318 AudioStix does not pass phantom power. It's for connecting a 3.5mm signal to a PA mixer mic in.

Q: 7. I need to connect a Rode Go ll to a mixer board. What do I need cables or adapters

A: You can use a standard cable with 3.5mm TRS male and XLR male connectors such as the Kopul Stereo Right-Angle 1/8" Male Mini-Jack to XLR Male Cable - 1.5' (B&H # KORSMXM015) to connect the Rode Wireless GO II Receiver to the input on a mixer. Another option is to use an XLR adapter with the 3.5mm TRS cable that is included with the Wireless GO II System. For the XLR adapter, you can use the Rode VXLR 3.5mm TRS Female to XLR Male Adapter (B&H # ROVXLR).

Q: 8. I want to connect a laptop to an Anchor AN-130. A direct patch gives me hiss. Connecting two laptops to a switcher and then onto the amp can degrade the signal to uselessness. Will this help with this problem?

A: Yes, the 318 will provide a balanced mic level output so if you use the mic level input on the Anchor it should help eliminate any noise caused by impedance mismatch. You may need to use the ground lift switch on the 318 if there's a hum. It may also be helpful to turn down the treble control on the Anchor speaker slightly.

Q: 9. What happens to the -20 safety channel when the Rode VideoMic NTG is used with this "balanced" adapter?

A: When used with a standard unbalanced 3.5mm microphone cable, the Rode VXLR Pro's extra pin (used for inverted polarity audio signal in balanced devices) would be inert, but unbalanced audio is still passed through the balanced connection.

Q: 10. If you have two sources that don't natively balance the signal, do you need a 318 on both ends for it to be balanced?

A: The Switchcraft 318 doesn't work in reverse, so it can't be used at both ends of a signal.