COVID-19 Update: Leo's Cameras is open for business. Click for more info.
Audio for iOS & Mobile Devices:
1 - 7
of
7Sort by:
UPC # 698813002832
MFR # ROD-IXY
- Compatible with iPhone 4S, iPhone 4, iPad (3rd gen.), iPad 2 and iPad
- Built-in high pass filter to minimize handling noise (switchable within Rode Rec app)
- True XY stereo pattern mics for remarkable stereo recordings
- Comes with foam windshield for outdoor recording as well as a reinforced zip case
- Available Rode Rec app designed specifically to work with the iXY and give 24bit/96kHz recording
UPC # 698813004058
MFR # ROD-SMARTLAVPLUS
- Acoustic Principle - Pressure Gradient
- Active Electronics - JFET
- Capsule - 0.10"
- Frequency Range - 20Hz - 20kHz (selected HPF @ 0)
UPC # 698813007295
MFR # ROD-VIDEOMICMEC
- For Mobile Video or Mobile VO
- Shotgun-Style Mic with USB-C Connector
- Included Mic Clip & Furry Windscreen
- 3.5mm & USB-C Connections
- Compatible with Built-In Audio Apps
- Cardioid Pattern Tamps Down Room Tone
- Monitor/Record with 3.5mm Headphone Jack
- Broadcast-Quality Capture up to 48 kHz
UPC # 698813004478
MFR # ROD-VIDEOMICME
- Compact TRRS cardioid microphone designed for iOS devices and smartphones
- High-quality directional microphone that connects directly to the iPhone TRRS microphone/headphone socket
- 3.5mm headphone output
- Except for Iphone 7.
- Equivalent Noise Level (A-weighted) - 20dB-A.Ultra lightweight (85g/3oz). Please refer the Quick Start Guide before use.
- 9 V battery operation
UPC # 698813005192
MFR # ROD-VIDEOMICMEL
- Plugs Directly into iOS Devices
- Lightning Connect & 3.5mm Headphone Out
- Cardioid Polar Pattern
- 20 Hz to 20 kHz Frequency Response
UPC # 698813003105
MFR # ROD-IXYL
- Record stereo audio at 24-bit, 96 kHz , compatible with iPhone 5, iPhone 5s, iPhone 5c, iPhone 6 and iPhone 6plus.
- Matched pair of 1/2" cardiod condenser capsules
- Metal casing for enhanced durability and electromagnetic interference immunity.
- Includes windshield, zip case
- Software-switchable 72 Hz high pass filter for reduction of unwanted low frequency noise.
