Detail 01
Hybrid analog/digital architecture
Combines analog and digital elements in the receiver design.
Product detailSKU #1500000349008
ShureP9RA+ Bodypack Receiver for Shure PSM 900 Personal Monitor System H21
Independent shopping perspective
The Korena take
The P9RA+ is the bodypack side of a professional Shure personal-monitor or IFB setup. Its hybrid analog/digital architecture and digital signal processing are designed for added headroom, improved stereo separation, and higher-fidelity audio. Precision front-end RF filtering reduces RF interference for a cleaner, stronger received signal with fewer dropouts and audible artifacts. It pairs with P9T or P10T transmitters and works with Shure SE Sound Isolating Earphones, making it a focused receiver choice when those components are already part of the system.
Strong match
Who this is for
- Professional IEM or IFB setups built around a Shure P9T or P10T transmitter.
- Performers using Shure SE Sound Isolating Earphones in a compatible personal-monitor system.
Consider the trade-offs
When to look elsewhere
- Systems that do not use a Shure P9T or P10T transmitter.
What matters in use
The specifications, translated
Catalog numbers tell only part of the story. These are the details most likely to change how this product feels, sounds, or fits into a setup.
Detail 02
Precision front-end RF filtering
Reduces RF interference for a cleaner, stronger received signal with fewer dropouts and audible artifacts.
Final check
Know before you order
- 01Confirm that your transmitter is a Shure P9T or P10T.
- 02Compatible with Shure SE Sound Isolating Earphones.
Product questions
Before you decide
Straight answers to the questions shoppers most often ask about this product.
01Which transmitters work with the P9RA+?
It is compatible with Shure P9T and P10T transmitters.
02Which earphones are compatible?
All Shure SE Sound Isolating Earphones are compatible.
03What does its RF filtering do?
Its precision front-end filtering reduces RF interference, helping provide a cleaner, stronger RF signal with fewer dropouts and audible artifacts.
