P10R Receiver
Only %1 left
SKU
P10R-RECEIVER
Manufacturer
Shure
The P10R is a low-profile, diversity bodypack receiver for use with the PSM1000 Personal Monitor System. It offers premium features like full bandwidth RF scan and Automatic RF Gain Control for unparalleled signal stability and channel availability, all packed in the slimmest form factor available. Patent-pending CueMode allows monitoring of different stage mixes and storing of up to twenty (20) separate channels from one bodypack for quick and easy mix reference.
| Manufacturer | Shure |
|---|
- Ultra-thin, compact bodypack design allows discreet placement on the performer
- Diversity bodypack dramatically improves signal reception and increases range
- Precision front-end RF filtering eliminates out-of-band interference for a cleaner, stronger RF signal, fewer dropouts, and less audible artifacts
- Full bandwidth scan finds clean, compatible frequencies to use and provides a graphic spectrum plot viewable from the bodypack menu screen
- Sync and scan results to a P10T transmitter quickly and easily over IR link
- Customized, digitally enhanced stereo encoding provides expansive stereo separation
- Automatic RF Gain Control prevents signal dropout due to RF overload and allows more channels to be used simultaneously
- CueMode allows monitoring of different stage mixes and storing of up to 20 separate channels on one bodypack for quick and easy reference
- MixMode Technology allows the bodypack user to balance the level of two separate channels while simultaneously listening to both signals in both ears
- Shure lithium-ion rechargeable battery option extends battery life and eliminates disposable batteries
- Backwards-compatible with PSM900 transmitters
- Two separate, brightly illuminated LEDs provide easy visual reference to battery power level (green, amber, or red) and RF signal presence (blue)
- Audio and RF metering on bodypack menu screen
- Selectable high-frequency EQ boost (+3 / +6dB @ 10kHz)
- Volume and balance controls
- Extruded aluminum construction for rugged dependability
