I-PEX 20454 40Pin to Dual 6Pin Molex LVDS Cable Assembly for Machine Vision

Product Details

The I-PEX 20454 40Pin to Dual 6Pin Molex LVDS Cable Assembly is a customized high-density interconnect designed for compact display and machine vision systems requiring a multi-connector cable configuration. Using an I-PEX 20454 40Pin interface on one end and dual 6Pin Molex connectors on the other, this cable assembly supports organized signal routing between display modules, vision electronics and compact computing hardware.

The hybrid connector configuration makes this cable suitable for applications where multiple signal paths need to be routed through a compact cable assembly. HOTTEN provides OEM and ODM customization based on customer drawings, BOMs, connector part numbers, pinouts, cable length and routing requirements.

Technical Specifications

Key Features

• I-PEX 20454 40Pin interface for high-density signal interconnection.
• Dual 6Pin Molex configuration for distributing signals to multiple system interfaces.
• Compact cable architecture for space-constrained electronic equipment.
• Suitable for customized LVDS and high-speed display interconnection.
• Flexible pinout, cable length and connector orientation customization.
• Designed for OEM/ODM and build-to-print cable assembly requirements.
• Suitable for prototype development as well as repeat production.

Typical Applications

• Machine vision display systems
• Industrial vision equipment
• Compact industrial display modules
• Embedded vision systems
• High-speed display interconnects
• Compact computing and electronic equipment
• Camera and vision processing systems
• Customized LVDS display architectures

Customization Options

HOTTEN can customize the cable assembly according to the customer's electrical and mechanical requirements, including:

• I-PEX 20454 and Molex connector configuration
• Pinout and signal mapping
• Cable length
• Connector orientation
• Cable routing and exit direction
• Cable construction and shielding requirements
• Connector part numbers specified by the customer
• Assembly configuration based on drawings, BOMs or samples

For RFQ evaluation, customers can provide the drawing, BOM, connector PN, pinout, required length, AWG or cable specification and annual demand. HOTTEN can review the requirements and provide a corresponding manufacturing solution.

Engineering & Procurement Considerations

For machine vision and display applications, connector configuration and signal routing are often as important as the cable itself. A 40Pin I-PEX 20454 to dual 6Pin Molex architecture can simplify system-level integration when signals need to be routed to separate downstream interfaces.

During procurement, customers should confirm:

• I-PEX 20454 connector part number
• Molex connector part numbers
• Pinout and signal assignment
• Cable length and routing constraints
• Connector orientation
• Required signal performance
• Shielding and EMI requirements
• Prototype quantity and expected mass-production volume
• Assembly tolerances and inspection requirements

For OEM/ODM projects, HOTTEN can work from customer drawings, BOMs, samples or defined connector and pinout requirements.

Prototype to Mass Production

HOTTEN supports customized cable assemblies from prototype development to mass production.

The typical process includes:

RFQ & Engineering Review → Prototype → Sample Validation → FAI / Testing → Production Approval → Mass Production

This allows customers to validate connector mating, cable routing, signal requirements and mechanical installation before moving into repeat production.

Quality & Testing

Depending on the project requirements, cable assemblies can be inspected and tested for:

• Connector assembly and visual quality
• Pin-to-pin continuity
• Short-circuit and open-circuit inspection
• Connector orientation
• Cable length and dimensional requirements
• Pinout verification
• Assembly workmanship
• Customer-specified electrical or functional testing

Quality documentation and inspection requirements can be discussed during the RFQ stage.

FAQ

Q1: Can HOTTEN customize the I-PEX 20454 40Pin to dual 6Pin Molex configuration?
Yes. Connector configuration, pinout, cable length, routing and connector orientation can be customized according to customer requirements.

Q2: Can this cable be used for machine vision displays?
Yes. The cable is designed for customized high-density LVDS and display interconnection and can be configured for machine vision and compact display systems.

Q3: Can HOTTEN manufacture according to customer drawings?
Yes. HOTTEN supports OEM/ODM and build-to-print manufacturing based on customer drawings, BOMs, samples and connector specifications.

Q4: Can the cable length be customized?
Yes. Cable length and routing can be customized to match the available installation space and system architecture.

Q5: What information should be provided for an RFQ?
Customers can provide the drawing, BOM, connector part numbers, pinout, cable length, AWG or cable requirements, application information and expected quantity. This helps HOTTEN evaluate the project accurately.

Q6: Does HOTTEN support prototype and mass production?
Yes. HOTTEN can support customized cable assemblies from prototype and sample validation through repeat and mass production.