Wireless In-Ear Monitor System ER-Mini Rechargeable Li-ion for Professional Audio

Why do I recommend everyone to choose UHF? I explain from the following points of information.

✓UHF has better penetration ability and more stable signal transmission range;

✓The sound delay of UHF transmission is shorter, 0.2-0.3ms;

✓UHF avoids more nearby signal interference.

×2.4G is blocked, for example, if the wearer turns around, the signal will be interrupted;

×The signal delay of 2.4G transmission is too large, which destroys the user's ability to control the beat;

×2.4G is susceptible to signal interference, such as Bluetooth signals.

Wireless in ear monitors allow for uncluttered stage sets and a reliably consistent sound wherever you move. Ideal for use by singers and musicians.

Features:

1. Adds wireless audio connectivity to any active loudspeaker

2. Connect your audio source to The transmitter and it sends the signal to your receivers

3. No compromise in audio quality;

4. Perfect for multi-room venues, weddings, mobile DJ's, tricky floor monitor placement and mobile A/V

6.Matters needing attention:

(6.1)Ultra-high frequency, no delay;

(6.2)Mono, with a focus on midrange sound;

(6.3)Listening to music is not a suitable purpose;

Technical specifications：

TRANSMITTER

1：Frequency Range: 501-599.5MHz

2：Number of Channel: 16（1,2,3,4,5,6,7,8,9，A,B,C,D,E,F,0）

3：Oscillation mode: DSP chip frequency locking

4：Frequency Stability:±10ppm

5：RF power： 10dBm

6：Frequency Response:40~18000Hz

7：Total Harmonic Distortion: ≤0.5%

8：Power supply: Built in lithium battery，600mAh/3.7V

Receiver

1：Frequency Range :501-599.5MHz

2：Number of Channel: 16（1,2,3,4,5,6,7,8,9，A,B,C,D,E,F,0）

3：Oscillation mode: DSP chip frequency locking

4：Frequency Stability: ±10ppm

5：Receiving Sensitivity: -95~-71dBm

6：Frequency Response :40~18000Hz

7：Total Harmonic Distortion :≤0.5%