6-Pin Magnetic Cable Assemblies for Your Device

A detachable six-contact magnetic interface can combine power, charging and signal paths in one cable assembly. Choose USB, bare-wire or terminal ends around the integration needs of your device.

Six-contact magnetic charging cable with USB-A termination and a device port.

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6 Pin Magnetic Charging Cable

6 Pin Magnetic Charging Cable Options

Choose the cable construction for external charging, internal wiring or prototype evaluation.

Six-contact magnetic cable head with USB-A termination and matching contact plate.

6 Pin Magnetic Cable Connector

A full assembly with a standard USB end can connect to an external adapter or suitable host. Its matching device connector is integrated into the housing; data functionality requires the appropriate wiring and circuit.

Six-contact magnetic wire harness pair with six separate black leads per connector.

6 Pin Magnetic Connector Cable Bare Wire

Open leads allow the engineer to specify strip lengths and conductor colors for direct PCB soldering or prototype evaluation.

Two original six-contact magnetic wire harnesses with four colored conductors and white terminal connectors.

Custom 6 Pin Magnetic Connector Cable

A project-selected terminal turns the cable into an internal harness. Match the terminal to the mating connector and PCB interface for repeatable production assembly.

Design the Cable and Device Connector Together

Design both mating sides together. The cable assembly needs a compatible device-side interface to form a complete system.

magnetic charging cable

Six gold pogo contacts between two circular silver end magnets on the original black cable head and mounting flange.

Cable-Side Head

Cable-side magnetic head for the power or signal input.

Six-flat-pad oval connector with six straight solder leads.

Device-Side Connector

Matching six-contact magnetic interface mounted on the device PCB.

6 pin magnetic connector

Confirm direction, magnetic polarity, housing opening, connector height, PCB position, contact compression and pull direction together before selecting the assembly.

6 Pin Magnetic Cable Specifications

Each OEM application defines its own electrical and mechanical requirements. Specifications depend on the chosen cable structure and the device integration.

Reference Configuration Example

The example below describes one catalog configuration. Different pitches, current requirements and cable constructions can be reviewed for a custom device.

Type: 6PIN M/F
Pitch: 2.0 mm
Current: 3A

Send Your Specifications

Parameter	Value / Range
Pin Count	6 Contacts
Pin Pitch	2.0 mm
Rated Current	Configurable by project
Rated Voltage	Defined according to device requirements
Magnetic Force	Available according to the selected structure
Cable Length & Gauge	Customizable
Pin Assignment	Defined from the device schematic

Scroll horizontally to view every column.

What Is a 6 Pin Magnetic Charging Cable?

A six-contact charging cable is a detachable assembly with a magnetic mating head and six electrical paths.

Engineers can assign those paths to power, ground, data, identification or control. The interface supports OEM integration between an external source and the internal PCB, with performance validated for the approved design.

Six-contact magnetic connector structure: pins, magnets, housings and complete USB-A charging cable assembly.

Six gold spring contacts identified as PIN1 through PIN6.

What Can 6 Pins Be Used For?

Six contacts offer more circuit-allocation options than two or four contacts. They do not define a universal six-contact magnetic pinout.

Contact count describes the physical interface, rather than a protocol. Depending on the device electronics, the contacts can serve:

Power & GroundData TransmissionDevice ID / DetectControl Signals

Use the device schematic, voltage and current, and signal requirements to define each contact.

Can a 6 Pin Magnetic Charging Cable Carry Power and Data?

A six-contact cable can carry power and signals together if its contact map, conductors and device electronics are designed for those functions.

Six contacts alone do not establish USB or data capability. Review current on each power path, ground return, signal allocation, conductor size, signal integrity and contact resistance before approving a power/data cable.

Six-contact connector drawing with original dimensions and four-row conductor list.

Choose the Cable End for Your Device

Specify the cable end for the external source or the internal production-assembly process.

USB-A

For external charging adapters or suitable standard host interfaces.

Three-contact proprietary magnetic cable head with original oval silver interface.

USB-C

A USB-C end can connect to modern power sources and compact host ports. Its shape alone does not establish PD or data capability.

Stripped five-conductor cable with separate red, black, white, yellow and green wires and five tinned ends.

Bare Wire

For prototypes, internal wiring or direct soldering to a PCB.

White four-cavity terminal housing with its original colored wiring.

Terminal Connector

A terminal end creates an internal PCB harness and simplifies repeatable assembly.

Configure the Cable Around Your Device

Match the head to the enclosure, PCB position and cable route rather than choosing only by contact count. When the PCB and housing are fixed, adapting the cable can reduce connector redesign before prototype approval.

Connector housing & pitch
Magnetic polarity & force
Cable length & wire gauge
Strain relief design
90° or 180° cable outlet
Waterproof structure (if applicable)

Send Your Drawing

Six-contact magnetic wiring assembly with two red, two black, yellow and gray wires and a six-position plug.

Where Are 6 Pin Magnetic Charging Cables Used?

Black smart glasses on a cream studio surface.

Wearable Electronics

A smartwatch or fitness tracker can use several contacts for charging, ground and data within a small housing opening.

Six-contact cable interface on a clinical monitor; application concept.

Medical Devices

Patient monitors and diagnostic tools may assign additional contacts to detection, ID or sensor signals alongside power. Medical requirements need complete-device validation.

Handheld device on a magnetic charging cradle

Industrial Handhelds

Industrial scanners and field terminals can combine rapid magnetic docking with charging and communication functions suited to their circuits.

White smart home hub, speaker and phone in a living room application concept.

Smart Hardware

IoT and smart home hardware can allocate separate contacts to power and control.

Mobile robot in a materials handling aisle.

Robotics

AGVs and service robots can use additional power and ground paths to meet charging requirements, with current distribution validated for the design.

Robot lawn mower in a garden; application concept.

Weed-Removal Robot

A weed-removal robot can use quick magnetic attachment with corrosion and vibration protection specified for its operating environment.

Laboratory operators checking connector samples.

Testing for Repeated Charging and Mating

For repeated-docking projects, laboratory equipment can be used to evaluate sample contact stability before production.

Cycle-Life Testing

Evaluate repeated mating for docks and portable devices that connect frequently.

DC Low-Resistance Testing

Identify unstable contact paths before approving the cable design.

Salt-Spray & Temperature Testing

Specify salt spray evaluation for humid or corrosive exposure. Temperature-rise equipment can assess thermal performance under the required load.

From Device Drawing to Cable Production

Sample timing depends on whether an existing interface is suitable or a new housing, tool or termination needs development.

1

Requirement Review

Agree on the contact map, device drawing and electrical requirements.

2

Prototype / Sample

Make samples for mechanical and electrical evaluation.

3

Sample Approval

The customer confirms cable routing and repeatable mating.

4

Mass Production

A pilot run precedes volume manufacture with the required checks.

Request a Sample

Professional Manufacturer of 6-Pin Magnetic Data Cables

More than a decade of spring-contact and magnetic connector development supports our in-house production and R&D teams. Advanced test equipment and repeated production checks are used to assess connector quality.

2009 — confirmation pending

Founded

12,000 m²

Factory Area

185

Employees

ISO 9001 / ISO 14001 / QC 080000

Project relationships include hardware teams at Intel, Medtronic, a device manufacturer, Lenovo, Hisense, SANY, Sunwoda and TCL.

Manufacturing Capability

17 Years of Connector Manufacturing

From design to mass production,

Magtor develops reliable magnetic connection solutions,with precision engineering and manufacturing quality checks throughout the process.

Automated connector production stations.

Dedicated Connector Factory

A workforce of 185 includes 12 R&D staff at our 12000-square-meter factory. This professional team supports customers with technical and manufacturing services.

Production inspection equipment and operator bench.

Production Equipment and Technical Expertise

Our technical team works with advanced production equipment to maintain consistent connector output and performance.

Incoming dimensional inspection station.

Inspection and Testing

Connector checks include lifespan, film thickness, elastic resistance, RoHS compliance and CCD inspection, using advanced test equipment.

Manufacturing and tooling workflow illustration; schematic process overview.

Engineering Support Customers Can Rely On

More than a dozen technical engineers review connector proposals carefully against the requirements of each application.

Automatic turning equipment in a production workshop.

Automated Production

17 years of manufacturing experience support concept development through mass production, with technical guidance and prompt project responses.

Supporting More Than 500 Enterprises Worldwide

Management Systems and Certificate Documents

New company certificate document pending; preview card, not a certificate.

ISO 9001

ISO 14001

QC080000

Frequently Asked Questions

Is there a standard pinout for a 6 pin magnetic charging cable?

No. Six contacts describe the physical interface. Define the contact map around the device schematic and PCBA requirements rather than assuming a universal protocol.

Can I use different pins for charging and data?

Yes, provided the contact assignments, cable construction and electronics are designed to carry those power and signal functions.

Can the cable be supplied with bare wires instead of USB?

The bare-wire configuration lets you specify strip lengths and conductor colors for prototype evaluation or direct PCB soldering.

Can you add a terminal connector at the cable end?

Choose a terminal that matches the mating connector and PCB interface to use the cable as an internal harness.

Do I need the device-side magnetic connector as well?

Both the cable-side head and matching device-side connector are needed. Check the pair together for mating direction and magnetic polarity.

Send Us Your 6 Pin Cable Requirements

Provide the following details to support an efficient engineering review of your cable project:

Device drawing or housing opening
Required pin functions (power, data, etc.)
Voltage and current requirements
Cable length and wire gauge (if specified)
Cable end (USB, bare wire, terminal)
Annual quantity and target environment

Development test — no email will be sent.

Name

Company Email

Preferred Cable End

Project Requirements