Hotten Cable Professional Custom High-Speed TPE Data Transmission USB 4 Cable for Type C

Product Overview

Custom TPE USB4 Type C Cable for High-Speed Data Transmission

HOTTEN provides customized USB4 Type C cable solutions featuring high-speed data transmission capability, flexible TPE jacket design and reliable signal performance.

Designed for advanced electronic applications, this USB4 cable combines optimized conductor structures, shielding technology and customized material options to meet different OEM requirements.

HOTTEN supports complete cable customization from material selection and structure design to mass production.

Key Features

High Performance TPE USB4 Cable Solution

High-Speed Data Transmission

Designed for:

• High bandwidth communication
• Stable signal transmission
• Reliable electronic connectivity

Flexible TPE Jacket Design

The TPE outer jacket provides:

• Better flexibility
• Comfortable handling
• Improved mechanical durability

Advanced Shielding Structure

Supports:

• EMI reduction
• Signal protection
• High-frequency transmission stability

Custom Cable Structure

Available customization:

• Cable length
• Wire gauge
• Connector type
• Jacket material
• Shielding structure

OEM Manufacturing Capability

HOTTEN supports:

• Prototype development
• Engineering customization
• Mass production

Cable Structure

Customized USB4 Cable Construction

Conductor

Options:

• Silver plated copper
• Tinned copper
• Silver plated copper alloy
• Tinned copper alloy

Insulation

Options:

• PTFE
• ePTFE
• FEP
• PFA

Shield

Options:

• Tinned copper
• Silver plated copper
• CU/PET
• AL/PET

Jacket

Options:

• TPE
• TPU
• PVC
• Silicone
• PFA
• FEP

Applications

USB4 Cable Applications

适用于：

💻 High Performance Computers

🖥 Display Systems

📱 Smart Electronics

🎮 Gaming Devices

📷 Camera Equipment

🤖 Intelligent Devices

Customization Options

OEM USB4 Cable Service

HOTTEN supports：

✔ TPE jacket customization

✔ Cable length customization

✔ Connector selection

✔ Shielding optimization

✔ Electrical performance optimization

✔ Prototype samples

✔ Mass production

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a USB4 Type-C Cable

A USB4 Type-C cable is a high-speed data interconnection used between compatible electronic devices, where signal integrity, shielding, conductor construction, connector compatibility, cable length, flexibility and mechanical reliability all influence the final cable design.

For OEM applications, the cable should be evaluated as a complete interconnection system rather than by the USB4 or Type-C label alone. The required transmission performance, connector configuration, cable structure and mechanical requirements should be defined before production.

Key Engineering Requirements

High-Speed Signal Integrity Considerations

For USB4 cable applications, the cable should be considered as a complete high-speed transmission path.

Engineers may need to evaluate:

• Conductor construction

• Insulation characteristics

• Shielding structure

• Cable length

• Connector quality

• Termination consistency

• Internal cable routing

• Mechanical bending conditions

A change in one part of the cable construction may affect the overall transmission behavior, so the complete assembly should be evaluated against the customer's requirements.

Shielding and EMI Considerations

HOTTEN's current product configuration provides multiple shielding options, including:

• Tinned copper

• Silver plated copper

• CU/PET

• AL/PET

The existing product page specifically positions the shielding structure for EMI reduction, signal protection and high-frequency transmission stability.

The final shield construction should be selected according to the customer's cable architecture and required signal performance.

TPE Jacket Selection

The current product is positioned around a TPE outer jacket, with the page identifying flexibility, handling and mechanical durability as key benefits.

When specifying a TPE USB4 cable, customers should clarify:

• Required flexibility

• Cable routing conditions

• Minimum bending requirements

• Handling frequency

• Desired surface characteristics

• Cable diameter limitations

• Connector strain-relief requirements

TPE is only one part of the complete cable construction. The conductor, insulation, shielding, jacket and connector should be evaluated together.

Conductor and Insulation Selection

The current product page lists the following conductor options:

• Silver plated copper

• Tinned copper

• Silver plated copper alloy

• Tinned copper alloy

Available insulation options include:

• PTFE

• ePTFE

• FEP

• PFA

These materials can be selected according to the customer's electrical, mechanical and dimensional requirements.

Type-C Connector Considerations

For USB4 Type-C cable projects, connector selection should be confirmed during engineering development.

Customers should provide:

• Connector model

• Connector manufacturer

• Part number

• Contact configuration

• Pin assignment

• Termination requirements

• Connector orientation

• Strain relief requirements

• Overmolding requirements, where applicable

The existing HOTTEN page confirms that connector type can be customized.

Key Procurement Parameters

When sourcing a customized USB4 Type-C cable, procurement and engineering teams should define:

OEM Customization

HOTTEN supports customized USB4 Type-C cable development including:

• Cable length

• Wire gauge

• Connector type

• Jacket material

• Shielding structure

• Electrical performance optimization

• Cable construction

• Prototype samples

• Mass production

These customization options are already stated on the current product page.

For OEM development, the final cable should be based on the customer's actual device interface, transmission requirements and mechanical structure.

Supplier Evaluation Checklist

When evaluating a USB4 cable supplier, procurement teams should consider:

① High-Speed Cable Capability
Can the supplier develop and manufacture cables intended for high-speed digital transmission?

② Signal Integrity Control
Can the supplier coordinate conductor, insulation, shielding, cable length and connector termination?

③ Type-C Connector Assembly
Can the supplier provide the specified Type-C connector and termination configuration?

④ Flexible Cable Construction
Can the supplier provide a TPE or other jacket construction that meets the required flexibility and handling characteristics?

⑤ Prototype Development
Can the supplier provide engineering samples before mass production?

⑥ Production Consistency
Can the supplier maintain stable electrical, shielding and connector performance during recurring production?

Recommended RFQ Information

For faster technical evaluation and quotation, customers should provide:

• USB4 application

• Device interface

• Required transmission specification

• Cable drawing

• Conductor / wire gauge

• Insulation requirement

• Shielding requirement

• Jacket requirement

• Cable length

• Cable diameter

• Flexibility requirement

• Type-C connector model or part number

• Pin assignment

• Termination requirements

• Prototype quantity

• Expected production volume

• Required testing

• Applicable quality requirements

Providing an existing cable sample, connector part number or engineering drawing can help reduce uncertainty during customized cable development.

Quality and Testing Considerations

The current HOTTEN page lists:

• Continuity testing

• Insulation resistance testing

• Signal transmission testing

• Shielding performance testing

• Connector reliability testing

as part of its USB4 cable quality-control scope.

For OEM projects, the final inspection criteria should be aligned with the customer's product specification and required transmission performance.

HOTTEN USB4 Cable Engineering Support

HOTTEN provides customized USB4 Type-C cable solutions for high-performance computers, display systems, smart electronics, gaming devices, camera equipment and intelligent devices. The current product page supports customization of cable length, wire gauge, connector type, jacket material, shielding structure and electrical performance, together with prototype development and mass production.

For OEM projects, customers can provide the required interface, cable drawing, connector information and transmission requirements for engineering evaluation and customized production.