I-PEX 20532 30Pin Micro Coaxial Cable Assembly for AI Vision & Display Devices
| Procurement Item | What to Confirm |
|---|---|
| Connector | I-PEX 20532 part number and mating interface |
| Pinout | Pin-to-pin assignment and signal definition |
| Cable Length | Required finished cable length and tolerance |
| Mechanical Routing | Bend direction, installation space and moving areas |
| Signal Requirements | Application-specific high-speed signal requirements |
| Drawing / BOM | Customer drawing, BOM and connector information |
| Prototype | Sample quantity and validation requirements |
| Production | MOQ, annual demand and delivery schedule |
| Quality | Electrical, dimensional and workmanship requirements |
- Overview
- Recommended Products
- I-PEX 20532 30-pin connector configuration for compact electronic systems
- Micro coaxial cable construction for high-density cable routing
- Suitable for LCD display panels and AI vision devices
- Compact cable assemblies for space-constrained equipment
- Custom pinout, cable length and connector orientation
- Supports OEM, ODM and build-to-print production
- Suitable for prototype development and mass production
- Engineering support for cable routing and mechanical integration
- AI vision systems
- Machine vision equipment
- LCD display panels
- Embedded vision devices
- Industrial cameras and imaging equipment
- Compact computing and electronic systems
- High-density display interconnections
- Robotics and intelligent electronic equipment
- I-PEX 20532 connector configuration
- 30-pin pin assignment and wiring
- Cable length
- Cable routing and bend direction
- Connector orientation
- Cable outer diameter
- Conductor and shielding configuration
- Cable termination requirements
- Labeling and identification
- Packaging for prototype and production shipments
- Pin-to-pin continuity testing
- Open and short circuit testing
- Electrical performance verification
- Connector appearance and mating inspection
- Cable length and dimensional inspection
- Connector orientation inspection
- Wiring and pinout verification
- Workmanship inspection
- First Article Inspection (FAI)
- RoHS / REACH compliance documentation where required
Product Details
The I-PEX 20532 30Pin Micro Coaxial Cable Assembly is designed for compact, high-density interconnection between LCD display panels, AI vision devices and other space-constrained electronic systems. Using an I-PEX 20532 30-pin connector configuration, the assembly combines fine coaxial conductors with a compact connector interface for applications where routing space, signal integrity and mechanical integration are important.
HOTTEN supports OEM and ODM customization based on customer drawings, connector part numbers, pin assignments, cable length and equipment requirements, from prototype samples through volume production.
Technical Specifications
| Item | Specification |
|---|---|
| Cable Assembly Type | Micro Coaxial Cable Assembly |
| Connector | I-PEX 20532 |
| Connector Configuration | 30 Pin |
| Cable Type | Fine / Micro Coaxial Cable |
| Application | High-speed display and electronic interconnection |
| Cable Length | Customized according to application |
| Pin Assignment | Customized according to customer specification |
| Connector Orientation | Customized according to mechanical requirements |
| Cable Construction | Application-dependent |
| Manufacturing | OEM / ODM / Custom Assembly |
Key Features
Typical Applications
Customization Options
HOTTEN can customize the cable assembly according to the customer's electrical and mechanical requirements, including:
For RFQ evaluation, customers can provide the I-PEX connector part number, pinout, cable length, wiring diagram, mechanical drawing, equipment interface requirements and expected annual volume.
Engineering & Procurement Considerations
For AI vision and display equipment, the cable assembly must be evaluated as part of the complete system rather than only by connector compatibility.
Important procurement parameters include:
| Procurement Item | What to Confirm |
|---|---|
| Connector | I-PEX 20532 part number and mating interface |
| Pinout | Pin-to-pin assignment and signal definition |
| Cable Length | Required finished cable length and tolerance |
| Mechanical Routing | Bend direction, installation space and moving areas |
| Signal Requirements | Application-specific high-speed signal requirements |
| Drawing / BOM | Customer drawing, BOM and connector information |
| Prototype | Sample quantity and validation requirements |
| Production | MOQ, annual demand and delivery schedule |
| Quality | Electrical, dimensional and workmanship requirements |
Customers can provide an RFQ drawing, BOM, connector PN, pinout and cable specification for engineering review and quotation.
Prototype to Mass Production
HOTTEN supports the complete development process from prototype samples to volume production:
RFQ & Engineering Review → Prototype Sample → Electrical / Mechanical Validation → Design Confirmation → Pilot Production → Mass Production
Prototype quantities can be used to verify connector mating, cable routing, pin assignment and equipment integration before production tooling and volume manufacturing decisions are finalized.
For repeat production, manufacturing parameters and inspection requirements can be standardized according to the approved drawing and sample.
Quality & Testing
Depending on customer requirements and application, inspection and testing can include:
Quality requirements can be defined according to the customer's drawings, specifications and production standards.
FAQ
Q1: Can HOTTEN manufacture an I-PEX 20532 30-pin cable assembly according to our drawing?
Yes. HOTTEN supports OEM, ODM and build-to-print manufacturing based on customer drawings and connector specifications.
Q2: Can the pinout of the 30-pin cable be customized?
Yes. Pin assignment and wiring can be customized according to the customer's electrical specification.
Q3: Can you customize the cable length and connector orientation?
Yes. Cable length, routing direction and connector orientation can be customized according to the equipment's mechanical requirements.
Q4: Is this cable suitable for AI vision equipment?
The assembly is designed for applications such as AI vision, machine vision and compact display systems where a high-density micro coaxial interconnection is required. Final cable construction should be selected according to the system's electrical and mechanical requirements.
Q5: What information should we provide for an RFQ?
The most useful information includes the I-PEX connector part number, 30-pin pinout, cable length, wiring diagram, mechanical drawing, application requirements and estimated quantity.
Q6: Can HOTTEN support both prototypes and mass production?
Yes. HOTTEN can support prototype sampling, engineering validation, pilot production and subsequent volume manufacturing.