UF9K UF9P UF9D UF9F

Product ID：ADT-UF9x

Interface: USB 19PIN

Application: USB 19PIN to Type-E key-B/Type A/Type C adapter

Transfer speed: USB3.0, 5Gbps/Sec (Max.)

Product description: USB 19PIN to Type-E key-B/Type A/Type C adapter

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ADT-Link USB 19PIN to Type-E/type-C/Type-A Adapter

Brand name: ADT-LINK

Product name: USB 19PIN to Type-E/type-C/Type-A Adapter

Product model: F9P,F9F,F9K,F9D

Transfer speed: USB3.0, 5Gbps/Sec (Max.)

Application: USB 19PIN to Type-E/type-C/Type-A

Restrictions on use: This product is specially designed for unit equipment testing and use. It is not suitable for civilian use and is not easy to use for general purposes. This product is a test product and can only be purchased by professional engineers. Please confirm the specifications before placing an order.
Procurement Tips: Be sure to buy 1~2 samples first and then purchase in bulk after testing and verifying that they are correct.

Part-Number Description:

Part-Number	Description	Speed
F9K	USB 19pin to type-E Key-A adapter	USB 3.0
F9P	USB 19pin to type-E Key-B adapter	USB 3.0
F9F	USB 19pin to type-C adapter	USB 3.0
F9D	USB 19pin to type-A adapter	USB 3.0

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Q&A:

Why can only achieve 5G/bps?

Because the motherboard design 19 PINs are all GEN1 signals (USB3.0 5G/bps), the product is an adapter board, which is consistent with the motherboard speed and cannot be improved.

What kind of motherboard can be used and will there be any interference in space?
A motherboard with a 19 PIN can be used, and the 19 PIN interface and product specifications are shown in the following figure.

What is the difference between Key-A and Key-B?
The difference between Key-A and Key-B on the front panel of USB 3.1 Type-C is that Key-A supports one USB Type-C port, while Key-B supports two standard A ports
Please refer to the USB specification for details: https://www.usb.org/sites/default/files/USB3p1_Front_Panel_CabCon_Implment_Doc_Rev1p1.pdf

The pin arrangement of USB Type-C Front Panel Key-A and Key-B is different. The design of these two pin arrangements is to prevent incorrect insertion, so their interface shapes are also different.
The purpose of the black Key-A is to convert it into a type-C motherboard interface
The purpose of the white Key-B is to convert it into two type-A motherboard interfaces