M-vave WP-5G ระบบเครื่องส่งสัญญาณเสียงกีตาร์ไร้สาย 5.8G แบบชาร์จไฟ และตัวรับสัญญาณ ISM Band สําหรับกีตาร์ไฟฟ้า เบส
M-VAVE WP-5G Wireless 5.8G Guitar System Rechargeable Audio Transmitter and Receiver ISM Band for Electric Bass Guitars Amplifier Accessories
WP-5G wireless audio transmission system is designed for electronic instruments wireless connection. This product features low noise low latency high resolution and long transmission. Just enjoy yourself with the wireless system.
Features:
Latency time is as low as 5.6ms making your performance more smooth; Effective distance up to 30 meters free from wired cable for more convenient and flexible using.
With 5.8G wirevinless transmission band (ISM Band) 2.4bit/48KHz sample rate gig you high quality low interference lossless professional sound quality. Stay away from the congested 2.4G/UHF band.
Support 4 sets of devices working at the same time one-to-one connection and no-interference; one-key to change channel conveniently.
190° rotatable 1/4 plug widely apply to all audio equipment with 6.35mm jack.
Built-in 1100mAh storage battery enduring more than 8 hours continuous use time. Support 1.5 hours quick charge.
Specifications:
Sample Rate: 24bit/48KHz uncompressed professional sound quality
Wireless Band: 5.8G
Latency: 5.6ms
Range: 30m / 98.4ft outdoor or 15m / 49.2ft wall distance
THD+ Noise: -98dB
Dynamic Range: > 105dB A weighted
Frequency Response: 20~20KHz 1dB/-3dB
Channel: 4 sets of devices working at the same time
Battery Capacity: 3.7V 1100mAh
Transmit Battery: 780mAh
Receive Battery: 450mAh
Playing Time: 8h
Charging Device: 1 in 2 out USB charging cable (support quick charge)
Item Size: 90 * 43 * 14mm / 3.54 * 1.69 * 0.55in (unfold state the main body)
Item Weight: 51g / 1.80oz (single one)
Package Weight: 236g / 8.32oz
Package Size: 15.3 * 12 * 4.5cm / 6.02 * 4.72 * 1.77in
Packing List:
1 * Transmitter
1 * Receiver
1 * USB Cable
1 * Storage Bag
1 * User Manual (English&Chinese)
Note:
Actual range is dependent on RF environment including reflections interference and absorption.
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