
Rode SC4 Microphone Adapter Cable TRS to TRRS
Rode's SC4 adapter converts your 3.5mm TRS microphone output to TRRS for direct smartphone recording.
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Overview
Key Features
The SC4 is a high-quality shielded 3.5mm TRS to TRRS adaptor, designed to allow microphones with a 3.5mm TRS output to connect to devices with a TRRS input, such as smartphones and tablets. It features gold-plated contacts for superior audio reproduction.
BROAD COMPATIBILITY: Specifically designed for seamless use with Windows PCs (10/11), macOS (10.10+), and iPad Pro models featuring a USB-C port.
CHECK YOUR SETUP: Please verify that your device has a standard USB-C port before purchasing. This model provides a direct plug-and-play connection without the need for additional drivers.
All RØDE cables and adapters are manufactured to the highest tolerances, and feature rugged connectors and strain relief sleeves for years of reliable use
RØDE is a premium manufacturer of audio solutions to the creative industries
Our products are designed and manufactured in our high-technology facility in Sydney, Australia
Specifications
Pros & Cons
👍 Pros
- High-quality shielded construction minimizes interference and signal noise in recordings.
- Simple plug-and-play design with no batteries, drivers, or setup required.
- Compact and lightweight, adding virtually no bulk to your recording kit.
- Works with any 3.5mm TRS microphone, not just Rode products.
- Affordable solution that avoids the need to buy a separate smartphone-specific microphone.
👎 Cons
- Only useful for devices with a 3.5mm TRRS headphone jack — phones without one need an additional adapter.
- Short cable length means the adapter hangs directly from the phone, which can cause strain on the port.
- Passive design means it cannot boost weak microphone signals — low-output mics may still sound quiet.
- Does not provide monitoring — you cannot listen to audio through headphones while using this adapter.
- Male-to-female design adds another connection point, which can introduce a potential failure point over time.