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AilyBuds Clear Bluetooth Earphones 13mm Drivers HiFi TWS Wireless Earbuds 4 Mics ENC Clear Call Low Latency Mode 10-Min Quick Charge Semi in-Ear Comfortable Fit White

AilyBuds Clear Bluetooth Earphones 13mm Drivers HiFi TWS Wireless Earbuds 4 Mics ENC Clear Call Low Latency Mode 10-Min Quick Charge Semi in-Ear Comfortable Fit White

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REBENUO AilyBuds AilyBuds Clear Bluetooth Earphones 13mm Drivers HiFi TWS Wireless Earbuds 4 Mics ENC Clear Call Low Latency Mode 10-Min Quick Charge Semi in-Ear Comfortable Fit White

Name: AilyBuds Clear Bluetooth Earphones 13mm Drivers HiFi TWS Wireless Earbuds 4 Mics ENC Clear Call Low Latency Mode 10-Min Quick Charge Semi in-Ear Comfortable Fit White
SKU: iap-10188340
Price: 43080000 IRR
Availability: InStock

کد کالا : IAP-10188340

اشتراک گذاری

علاقه مندی‌ها

Stunning Aesthetic Design These wireless earbuds feature a sleek spiral curve design and high-gloss colors with a transparent, lightweight charging case that showcases a unique aesthetic Ailybuds Clear has superior performance Play music Answer calls Voice assistants Enable low latency mode Turn off timer Customize EQ and more
Exceptional Sound Quality The wireless earbuds feature a large 13mm dynamic diaphragm dynamic driver that delivers the most natural sound and deep bass.
4 Microphones for Crystal Clear Calls The Bluetooth earbuds are equipped with 4 professional microphones for hands-free stereo calling and with wind noise reduction technology you will always be heard crystal clear
68ms Low Latency and Bluetooth 5.3 Connectivity] The overall latency of these Bluetooth headphones is reduced to just 68ms. This optimization will provide almost instantaneous audio transmission with no lag, greatly enhancing your gaming or live audio experience as well as advanced Bluetooth 5.3 technology to provide you with a stable and fast connection.
ALL DAY COMFORTABLE] Each wireless earbud weighs less than 3.8 grams and is designed to provide a comfortable in-ear fit thanks to over 300,000 ear canal samples and simulation-based ergonomic analysis