Earphone Jack Adapter Audio Headphone To C Usb Type 3.5mm
15.000
₫ 10.500
Sản phẩm Earphone Jack Adapter Audio Headphone To C Usb Type 3.5mm đang được mở bán với mức giá siêu tốt khi mua online, Vừa được giảm giá từ 15.000 xuống còn ₫ 10.500, giao hàng online trên toàn quốc với chi phí tiết kiệm nhất,0 đã được bán ra kể từ lúc chào bán lần cuối cùng.Trên đây là số liệu về sản phẩm chúng tôi thống kê và gửi đến bạn, hi vọng với những gợi ý ở trên giúp bạn mua sắm tốt hơn tại Pricespy Việt Nam
Description:
Name: Interface Adapter
Features:
1. Plus Shell made of AluminumAlloy + TPE Material, It is finished with a high-class feeling. The High-Tech audio chip to make sure long lasting using, Pure sound quality , support calling and wire control, Perfect for all 3.5mm Earphones/ For Headset/ Speakers/ Car.
2. Compatible with devices that with All Type-C connector like For Xiaomi Mi Mix 2/ Mi Mix 2S/ Mi 6 / Note 3 / Mi A2 /Mi A2 Lite, For Huawei, For Letv, All Type C Interface Mobile Phones Fit For HTC / For Google Pixel / For Google Pixel 2 / For Google Pixel 2XL, For Macbook Pro, For Headset, Speakers,Car.
Packing list:
1* Convert Adapter
Note: Due to different personal displays, light and contrast differences, there may be slight color difference between the picture and the real ob
Name: Interface Adapter
Features:
1. Plus Shell made of AluminumAlloy + TPE Material, It is finished with a high-class feeling. The High-Tech audio chip to make sure long lasting using, Pure sound quality , support calling and wire control, Perfect for all 3.5mm Earphones/ For Headset/ Speakers/ Car.
2. Compatible with devices that with All Type-C connector like For Xiaomi Mi Mix 2/ Mi Mix 2S/ Mi 6 / Note 3 / Mi A2 /Mi A2 Lite, For Huawei, For Letv, All Type C Interface Mobile Phones Fit For HTC / For Google Pixel / For Google Pixel 2 / For Google Pixel 2XL, For Macbook Pro, For Headset, Speakers,Car.
Packing list:
1* Convert Adapter
Note: Due to different personal displays, light and contrast differences, there may be slight color difference between the picture and the real ob