XLR to Apple Lightning mic cable
Professional XLR to Apple Lightning cable for plugging external microphones to your iPhone.
The simplest way to connect your professional XLR-3 microphones directly to your iPhone.
Perfect for avoiding messy dongles, audio interfaces or adapters.
Compatible with dynamic XLR microphone and self-powered condenser XLR microphones.
No Phantom 48V available for powering condenser mics.
Delivers a 35dB gain powered by the iOs device.
Apple MFi Certified Lightning Connector
Works seamlessly with Rode Reporter mic.
Length: 6 m
Weight: 138 g
Professional XLR to Apple Lightning cable for plugging external microphones to your iPhone.
The simplest way to connect your professional XLR-3 microphones directly to your iPhone.
Perfect for avoiding messy dongles, audio interfaces or adapters.
Compatible with dynamic XLR microphone and self-powered condenser XLR microphones.
No Phantom 48V available for powering condenser mics.
Delivers a 35dB gain powered by the iOs device.
Apple MFi Certified Lightning Connector
Works seamlessly with Rode Reporter mic.
Length: 6 m
Weight: 138 g
Professional XLR to Apple Lightning cable for plugging external microphones to your iPhone.
The simplest way to connect your professional XLR-3 microphones directly to your iPhone.
Perfect for avoiding messy dongles, audio interfaces or adapters.
Compatible with dynamic XLR microphone and self-powered condenser XLR microphones.
No Phantom 48V available for powering condenser mics.
Delivers a 35dB gain powered by the iOs device.
Apple MFi Certified Lightning Connector
Works seamlessly with Rode Reporter mic.
Length: 6 m
Weight: 138 g
XLR CONNECTORS
The standard in the broadcast industry.
In professional broadcasting, XLR connectors are the gold standard for audio. Trusted by reporters, sound engineers, and production teams worldwide, XLR ensures clear, interference-free audio, even in demanding environments. Designed for reliability, these connectors offer secure locking mechanisms, balanced signal transmission, and exceptional durability, making them ideal for field reporting and live broadcasts.
