Customizable Micro Coaxial Cable Harness LVDS Assembly -20634-2LP-60P0.4-36-40 -180-T-TP Micro Coaxial Cable Assembly

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting a Micro Coaxial LVDS Cable Assembly

A micro coaxial LVDS cable assembly is a high-density interconnect solution used for high-speed differential signal transmission in compact electronic systems.

The HOTTEN 20634-2LP-60P0.4-36AWG-40AWG-180-T-TP configuration combines fine-gauge conductors, micro coaxial construction and precision connector integration for applications where high-speed transmission, EMI control, compact routing and flexible assembly are required.

For OEM applications, the cable should be evaluated as a complete assembly rather than by cable type alone. The connector, pitch, pin configuration, impedance, cable length and mechanical routing requirements all need to be considered together.

Published Product Configuration

These values are based on the currently published HOTTEN product page.

Key Engineering Requirements

Model and Configuration Considerations

The model designation itself contains several useful engineering entities:

20634 + 2LP + 60P + 0.4 + 36AWG/40AWG + 180-T-TP

For an OEM project, these configuration elements should be confirmed from the customer's original drawing rather than interpreted solely from the model name.

Procurement teams should provide:

• Connector or product model

• Pin count

• Pitch

• Conductor configuration

• AWG for each conductor group

• Cable length

• Cable construction

• Impedance requirement

• Termination configuration

This is especially important for customized LVDS cable assemblies because a small change in connector, pitch or pin assignment can make the assembly incompatible with the target device.

60-Pin / 0.4mm-Pitch Considerations

The current product model includes 60P and 0.4mm configuration identifiers.

For high-density connector applications, engineers should confirm:

• Number of contacts

• Connector pitch

• Mating connector

• Pin assignment

• Connector orientation

• Contact configuration

• Termination method

• Connector insertion direction

The final assembly should be verified against the host PCB, display module, camera module or other electronic interface before mass production.

36AWG / 40AWG Conductor Considerations

The product supports a configuration incorporating both 36AWG and 40AWG conductors.

Different conductor sizes may be selected according to the electrical and mechanical function of each circuit.

Before production, the customer should define:

• Which channels use 36AWG

• Which channels use 40AWG

• Conductor material

• Plating

• Core insulation

• Signal assignment

• Ground / return configuration

Using multiple fine-gauge conductor sizes within a single assembly can help the design meet different electrical and mechanical requirements, but the exact allocation should always follow the customer's approved drawing.

Impedance and Signal Integrity

The published product supports characteristic impedance options of:

• 42.5Ω

• 45Ω

• 50Ω

For high-speed LVDS applications, engineers should evaluate impedance together with:

Conductor Geometry + Dielectric + Shielding + Cable Length + Connector Termination

A target impedance should be provided when the application has a defined system-level electrical requirement.

The cable should also be evaluated with the mating connector and PCB interface because termination and connector geometry can influence the complete transmission path.

Shielding and EMI Control

The current product supports:

• Silver plated copper shielding

• Silver plated copper alloy shielding

• Tinned copper shielding

• Tinned copper alloy shielding

The appropriate shielding structure should be selected according to:

• Signal frequency

• EMI environment

• Required signal integrity

• Channel density

• Grounding structure

• Connector termination

• Cable routing

For compact LVDS applications, shielding and grounding should be treated as part of the complete system design rather than simply adding a generic shield.

Cable Diameter and Mechanical Routing

The product page specifies a customizable cable OD range of 0.1mm–2.0mm.

For OEM procurement, customers should clarify:

• Target OD

• Maximum allowable OD

• OD tolerance

• Required bending radius

• Routing space

• Connector exit direction

• Strain-relief requirements

• Repeated flexing conditions

These details are especially important in laptop, tablet, camera and other compact electronic applications where cable routing space is limited.

Connector Integration

The current product supports connector configurations for HRS, FPC, FPCA, JAE, KEL, HONDA and other customized coaxial cable connectors.

Customers should provide:

• Connector manufacturer

• Connector series

• Part number

• Pin count

• Pitch

• Mating connector

• Pin assignment

• Connector orientation

• Termination method

• Strain relief

• Overmolding requirement, if applicable

Providing the exact connector part number is strongly recommended for prototype development.

Applications

The current HOTTEN page identifies applications including:

• Laptop display systems

• Tablet devices

• Foldable phones

• Surveillance cameras

• UAV imaging systems

• Medical endoscopes

• Ultrasound probes

• Other high-density electronic systems

The same micro coaxial LVDS architecture can therefore be evaluated for different equipment where compact, high-density high-speed interconnects are required.

Key Procurement Parameters

When sourcing this type of micro coaxial LVDS cable assembly, procurement teams should confirm:

OEM Customization

HOTTEN supports complete customization of the micro coaxial LVDS assembly.

Customization options include:

• Cable structure

• Connector brand

• Connector type

• Pin number

• Pitch size

• Cable length

• Impedance

• Shielding design

• Mechanical structure

• Pin assignment

• Single-end or double-end assembly

• Prototype samples

• Mass production

These customization capabilities are explicitly listed on the current HOTTEN page.

Supplier Evaluation Checklist

When evaluating a supplier for a high-density micro coaxial LVDS assembly, procurement teams should consider:

① Micro Coaxial Manufacturing Capability
Can the supplier manufacture fine-gauge micro coaxial structures consistently?

② High-Speed Signal Capability
Can the supplier control impedance, shielding and signal-transmission requirements?

③ High-Density Connector Assembly
Can the supplier accurately handle 60-pin / fine-pitch connector termination?

④ Mixed-Gauge Configuration
Can the supplier consistently process configurations incorporating 36AWG and 40AWG conductors?

⑤ Mechanical Precision
Can the supplier maintain the specified cable OD, connector orientation and routing geometry?

⑥ Prototype-to-Mass-Production Support
Can the supplier support engineering samples and subsequent recurring production?

Recommended RFQ Information

For faster engineering evaluation and quotation, customers are recommended to provide:

• Cable model or reference sample

• LVDS interface specification

• Pin count

• Connector part number

• Pitch

• Pinout

• 36AWG / 40AWG conductor configuration

• Conductor material

• Insulation requirement

• Shielding requirement

• Target impedance

• Cable OD

• OD tolerance

• Cable length

• Jacket material

• Bending / routing requirements

• Prototype quantity

• Production volume

• Required testing

For this type of precision assembly, the connector part number + pinout + cable drawing are particularly important because they determine the final assembly configuration.

HOTTEN Micro Coaxial LVDS Engineering Support

HOTTEN provides customized micro coaxial LVDS cable assemblies for high-density electronic and imaging applications. The current 20634 configuration supports fine-gauge 36AWG / 40AWG conductors, PFA insulation, multiple shielding options, 42.5Ω / 45Ω / 50Ω impedance and customized connector integration, with support for prototype development and mass production.

For OEM projects, customers can provide their cable drawing, connector specification, pinout and electrical requirements for technical review and customized production.

Why Choose HOTTEN

Professional Micro Coaxial Assembly Manufacturer

Cable + Assembly Integration

Unlike suppliers focusing only on cable production, HOTTEN provides complete solutions from fine wire manufacturing to finished cable assemblies.

Engineering Support

Our team supports customers from specification review, sample development to mass production.

Quality Control

Professional testing equipment ensures:

✔ Electrical performance

✔ Continuity

✔ Insulation reliability

✔ Signal stability

FAQ

Q1: What is a micro coaxial cable assembly?

A micro coaxial cable assembly combines multiple micro coaxial cables with precision connectors to create a complete signal transmission harness.

Q2: What applications use LVDS cable assemblies?

LVDS cable assemblies are widely used in displays, cameras, medical equipment, industrial systems and other high-speed electronic applications.

Q3: Can HOTTEN customize connectors and pin assignments?

Yes. HOTTEN supports customized connectors, pin configurations, cable lengths and assembly structures.

Q4: Does HOTTEN provide prototype development?

Yes. HOTTEN supports customized prototype samples and mass production according to customer requirements.