OV6946+ LED Industrial Medical Endoscope Module with Multi-Core Micro Coaxial Cable Assembly Wiring Harness

Engineering & Procurement Considerations

What Engineers Should Consider When Selecting an Endoscope Module Cable Assembly

An endoscope module cable assembly connects the imaging module, LED illumination system and electronic processing or control circuitry within an endoscope system. For compact medical and industrial endoscope designs, the cable must balance multi-core connectivity, fine-gauge conductors, micro coaxial signal transmission, compact routing, flexibility and connector integration.

The HOTTEN OV6946+ configuration combines an endoscope module application with a multi-core micro coaxial cable assembly, making the module interface, conductor configuration, cable diameter and termination important engineering considerations.

Product Configuration

The current HOTTEN product page identifies the product as a Medical Endoscope Handle Cable and provides the following configurable parameters:

These parameters are based on the current HOTTEN product page.

Key Engineering Requirements

OV6946+ Module Integration Considerations

For an endoscope module based on the OV6946+ platform, engineers should define the cable interface according to the actual module and system design.

Important information may include:

• Module connector interface

• Number of electrical connections

• Imaging signal paths

• LED power connections

• Ground / return connections

• Control lines

• Pin assignment

• Cable exit direction

• Required cable length

• Available installation space

The OV6946+ reference should therefore be treated as a module-level application entity, while the exact cable configuration should come from the customer's module drawing or electrical specification.

Multi-Core Cable Configuration

The current HOTTEN page supports multiple core configurations starting from 3C, 5C, 7C, 9C, 10C, 11C, 12C and 14C, with other configurations customizable.

For an endoscope module cable, procurement teams should specify which cores are used for:

• Imaging signals

• LED power

• Ground

• Control

• Auxiliary connections

A wiring diagram or pinout should be provided before prototype production so that each conductor is mapped correctly to the module interface.

Micro Coaxial Structure Considerations

Where high-density imaging signals are involved, micro coaxial construction can help provide individually controlled signal paths within a compact cable structure.

Engineers should define:

• Number of coaxial channels

• Conductor size

• Coaxial geometry

• Shielding structure

• Dielectric material

• Cable length

• Connector termination

• Grounding / shield connection

The final cable construction should be evaluated together with the camera module and receiving electronics.

LED Integration Considerations

Because this product is associated with an LED endoscope module, cable design may need to accommodate both optical-module signal connections and LED-related electrical connections.

Engineering teams should clarify:

• LED power requirements

• LED ground / return

• Signal channel requirements

• Separation between power and sensitive signal paths

• Required conductor size

• Pin assignment

• Connector configuration

The exact electrical allocation should always follow the customer's module specification rather than being inferred from the OV6946+ name alone.

Cable Diameter and Mechanical Routing

The current product page provides a customizable OD range of 0.1mm–20mm.

For a compact endoscope module, engineers should define:

• Target cable OD

• Maximum allowable OD

• OD tolerance

• Module-side routing space

• Connector entry dimensions

• Bend radius

• Strain relief

• Cable exit direction

For highly constrained endoscope designs, cable diameter and connector dimensions should be confirmed before finalizing the internal mechanical structure.

AWG and Fine-Wire Selection

HOTTEN's current configuration supports wire sizes from 28AWG through 48AWG, including 40AWG, 42AWG, 44AWG and 46AWG.

The appropriate gauge should be selected according to:

• Current requirements

• Signal requirements

• Available routing space

• Required flexibility

• Core count

• Connector contact size

• Mechanical strength

Fine-gauge conductors can help reduce cable dimensions, but the final AWG should be validated against the electrical and mechanical requirements of each circuit.

Jacket and Material Selection

The current product supports:

• PET Tape

• ETFE

• PFA

as outer material options.

Selection should consider:

Flexibility + Mechanical Protection + Dimensional Requirements + Operating Environment + Assembly Method

Customers should specify the required material according to the actual endoscope module environment and routing conditions.

Connector and Termination Considerations

For an endoscope module cable assembly, the connector is part of the complete system interface.

Customers should provide:

• Connector manufacturer

• Connector series

• Part number

• Pin count

• Pitch

• Pin assignment

• Connector orientation

• Mating interface

• Termination method

• Strain-relief requirements

For a module-specific assembly, the connector part number and pinout are especially important because the module interface determines the final cable geometry and termination.

Key Procurement Parameters

When sourcing an OV6946+ endoscope module cable assembly, procurement and engineering teams should confirm:

OEM Customization

HOTTEN supports customized endoscope cable configurations according to customer requirements.

Customization may include:

• Core count

• AWG

• Conductor configuration

• Micro coaxial structure

• Cable diameter

• Jacket material

• Cable color

• Cable length

• Connector type

• Pin assignment

• Termination

• Prototype samples

• Mass-production configuration

The current page specifically confirms customization of cores, AWG, outer diameter, color and length, as well as customized production.

Supplier Evaluation Checklist

When evaluating a supplier for an endoscope module cable assembly, procurement teams should consider:

① Micro Coaxial Manufacturing Capability
Can the supplier manufacture compact multi-core and micro coaxial structures?

② Fine-Gauge Processing
Can the supplier consistently process fine conductors down to the required AWG?

③ Module-Level Customization
Can the supplier work from a specific imaging-module drawing and pinout?

④ Connector Assembly
Can the supplier accurately terminate the module and equipment connectors?

⑤ Medical Endoscope Experience
Does the supplier have experience with medical or industrial endoscope cable applications?

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

Recommended RFQ Information

For faster engineering evaluation and quotation, customers should provide:

• OV6946+ or target imaging module

• Module datasheet / drawing

• Connector part number

• Pinout

• Number of signal channels

• LED power requirements

• Core configuration

• AWG

• Cable structure

• Shielding requirements

• Target cable OD

• Cable length

• Jacket material

• Flexibility requirements

• Prototype quantity

• Expected production volume

• Required electrical and mechanical testing

For this type of module-specific cable, the most important information is:

Module Part Number + Connector + Pinout + Core Configuration + Cable OD + Cable Length

HOTTEN Endoscope Module Cable Engineering Support

HOTTEN provides customized medical and industrial endoscope cable assemblies using multi-core micro coaxial cable and electronic-wire constructions. The current OV6946+ product configuration supports customizable core count, AWG, cable structure, outer diameter, color and length, with medical-endoscopy and industrial-endoscopy applications.

For OEM development, customers can provide the imaging-module drawing, connector information and electrical requirements so that HOTTEN can develop the corresponding cable assembly from prototype through production.

Why Choose HOTTEN

Professional Endoscope Cable Manufacturer

Micro Cable Engineering Capability

HOTTEN combines micro coaxial cable manufacturing and medical cable assembly experience to support compact imaging systems.

Flexible Customization

From cable structure selection to final assembly, HOTTEN supports customer-specific requirements.

Quality Control

Testing capability includes:

✔ Electrical performance

✔ Signal stability

✔ Insulation reliability

✔ Mechanical durability

FAQ

Q1: What is an OV6946 endoscope cable assembly?

An OV6946 endoscope cable assembly is a customized cable solution used to connect miniature camera modules with endoscope systems.

Q2: Can HOTTEN customize different core numbers?

Yes. HOTTEN supports customized multi-core structures according to customer requirements.

Q3: What applications use this cable?

It is suitable for medical endoscopy, industrial inspection endoscopy and miniature imaging equipment.

Q4: Can HOTTEN provide complete cable assemblies?

Yes. HOTTEN provides customized cable assemblies including cable design, material selection and production.