In-Ear Transmitters
19 instruments available
Shop In-Ear Transmitters 2026
Sennheiser XSW IEM SR C-Band
In-Ear Transmitters
Sennheiser XSW IEM SR B-Band
In-Ear Transmitters
Sennheiser XSW IEM SR A-Band
In-Ear Transmitters
Sennheiser SR 2050 IEM-GW
In-Ear Transmitters
XVive U4 Wireless System Transmitter
In-Ear Transmitters
Sennheiser SR IEM G4 E-Band
In-Ear Transmitters
Sennheiser SR IEM G4 B-Band
In-Ear Transmitters
Sennheiser SR IEM G4 G-Band
In-Ear Transmitters
Sennheiser SR IEM G4 A1-Band
In-Ear Transmitters
Sennheiser SR IEM G4 A-Band
In-Ear Transmitters
Shure P9T PSM 900 G6E
In-Ear Transmitters
Shure P9T PSM 900 G7E
In-Ear Transmitters
LD Systems MEI 1000 G2 T
In-Ear Transmitters
Shure P3T PSM 300 T11
In-Ear Transmitters
Shure P3T PSM 300 S8
In-Ear Transmitters
Shure P3T PSM 300 K3E
In-Ear Transmitters
Sennheiser SR 2050 IEM-BW
In-Ear Transmitters
Sennheiser SR 2050 IEM-AW+
In-Ear Transmitters
Sennheiser SR IEM G4 GB-Band
In-Ear Transmitters
About In-Ear Transmitters
In-ear transmitters are essential components of wireless in-ear monitoring (IEM) systems, allowing performers to hear a custom monitor mix without bulky headphones. These transmitters receive audio signals from a mixing console and wirelessly transmit them to the performer’s in-ear monitors, ensuring clear and consistent audio on stage. They're crucial for musicians, presenters, and anyone needing a personal, focused audio experience.
In-Ear Transmitters — Pros & Cons
PROS
- Wireless freedom allows for unrestricted movement on stage.
- Customizable monitor mixes enhance performance and clarity.
- Reduced stage volume improves overall sound quality and feedback control.
- Compact size and lightweight design for comfortable use.
CONS
- Potential for radio interference impacting audio quality.
- Limited range compared to wired monitoring systems.
- Requires careful frequency coordination in crowded RF environments.
- Battery life can be a limiting factor for extended performances.
Frequently Asked Questions About In-Ear Transmitters
Frequency coordination involves selecting transmission frequencies that avoid interference from other wireless devices, ensuring a clean audio signal.
Higher transmission power generally extends the range, but also increases the risk of interference and may require licensing depending on regulations.
Model designations often indicate feature differences such as antenna type, power output, or compatibility with specific receiver models; check manufacturer specifications.
