The Wozinsky WALA-01 adapter is a compact and practical accessory that allows you to charge and sync Apple devices using a USB-A cable. Thanks to its minimalist design and aluminum surface, the adapter is durable, wear-resistant, and dissipates heat well. It supports fast charging and data transfer, and its OTG function allows you to connect USB-A accessories to devices with a Lightning port. It works plug and play—no additional drivers required. Its small size and clip for attaching to a lanyard or cable mean you can always have the adapter with you.

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Specification:

• Brand: Wozinsky
• Model: Wozinsky WALA-01
• Entry:
  • Lightning
• Exit:
  • USB-A (OTG)
• Compatibility: iPhone 12, 11/11 Pro/11 Pro Max, Xs/Xs Max/Xr, X, 8/8 Plus, 7/7 Plus, 6/6s/6s Plus, SE (new and older), 5/5c/5s; iPad Pro 10.5", iPad Pro 12.9", iPad Air 2, iPad Air, iPad Mini 2/3/Retina, iPad 4, iPad 5; iPod Nano 7, iPod Touch 5 (iOS 10–14)
• Functions: charging, data synchronization, OTG
• Material: aluminum + plastic
• Color: black

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The most important advantages of the WALA-01 adapter:

• Charge and sync: Allows you to use USB-A cables for power and data transfer.
• OTG support: allows you to connect USB-A accessories to Apple devices with a Lightning port.
• Wide compatibility: works with many iPhone, iPad and iPod models.
• Compact and portable: The lightweight adapter with lanyard holder is easy to take with you on the go.
• Durable construction: Aluminum housing provides wear resistance and better heat dissipation.

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The adapter allows you to use USB-A cables for charging and data transfer on Apple devices with a Lightning port.

The OTG function allows you to connect USB-A accessories, such as flash drives or keyboards, directly to your iPhone or iPad.

Works with many iPhone, iPad, and iPod models, supporting iOS devices from version 10 to 14.

The lightweight and handy adapter easily attaches to a cable or lanyard, so you always have it at hand.

The minimalist aluminum housing protects against damage and ensures better heat dissipation during operation.