Brand name: ADT-LINK

Product name: USB 3.1 Type-C female to Type-E male flat cable

Product model: UTF3.1-FM-13P series

Transfer speed: USB3.1 Standard 10Gbps

Wire length: 3~300 cm, the length can be customized,

Current capacity: 1.5A within 50cm ; 1.9A within 1 meter Product application: ITX/ATX motherboard built-in internal 20Pin USB connector or type-e connector, suitable for A4-ITX chassis customized side panel USB type-C port. ADT USB series Part-Number Description:

S=USB-A ; C=USB-C ; W=USB-B ; F=USB-E

Cable length Description:

The length of the wire refers to the part of the visible wire. It does not include the PCB and the connector. For the wire length, please refer to the 5cm blue arrow in the figure below.

   Product Model description:

Note 1: Speed bandwidth: support full speed within 30cm of cable length, half speed within 1 meter. Note 2: More than two data lines connected in series with a USB cable can only reach 5G half-speed, but cannot reach 10G full-speed. Note 3: What is the difference between product model T4A and T4B?

T4A/T5A with chip, supports USB3.0 positive and negative plug, both are 5G high speed T4B/T5B does not have a chip, and also supports positive and negative insertion. The positive insertion can support USB3.0 high speed but the reverse insertion only supports USB2.0 low speed

Product image: Product real shot: Summary of technical issues:

1. Can wires and PCB connectors be split?

No, in order to purify the signal transmission and avoid the accident of wire falling off, our wire and PCB connectors is soldering and protected by the heat shrinkable tube sleeve, so the product can not be separated.

2. Cable thickness? Can it be bent?

The thickness of the wire is 1.4mm, and it can be bent and folded without affecting the use.

3. Is there any EMI shielding for Cable?

No metal shield. The extender utilizes the latest materials for EMI shielding with five sole flat cables design. This technique allows each cable to be fully covered by electromagnetic interference shielding with conducting polymer to guard against incoming or outgoing emissions of electromagnetic frequencies, minimize disturbance and degradation on performance, and reduce the weight of the extender.