1 Meter RJ45 8P8C Male to Female Network Extension Cable with Molded Connectors, designed for Ethernet port extension, device integration, industrial equipment, routers, switches and custom OEM cable assemblies.
RJ45 8P8C Male to Female Ethernet Extension Cable
This RJ45 8P8C Male to Female Ethernet Extension Cable is designed to provide a convenient and reliable way to extend an existing Ethernet connection without replacing the original network cable or modifying the device interface.
The cable features a standard RJ45 8P8C male plug on one end and an RJ45 8P8C female socket on the other end, with a 1-meter black cable assembly. It can be used as an Ethernet port extension for computers, networking equipment, communication devices, industrial controllers, embedded systems, test equipment and customized electronic products.
For OEM projects, we can customize the cable length, cable category, conductor specification, shielding structure, connector type, connector housing, overmolding, color, labeling and packaging according to your application.
As a professional custom cable assembly manufacturer, Goochain supports product development from initial concept and engineering evaluation through prototyping, testing and volume production.
Extend Your Existing Ethernet Connection Without Replacing the Original Cable
This RJ45 male-to-female extension cable provides a simple solution when additional cable length is required between an Ethernet device and an existing network connection.
Instead of replacing the original Ethernet cable with a longer cable, users can simply connect the RJ45 male plug to the existing network port or cable and use the RJ45 female socket as the extended connection interface.
This makes the cable particularly useful for equipment integration, network testing, device installation and custom electronic systems.
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The cable uses an RJ45 8P8C male connector and RJ45 8P8C female connector, providing a familiar interface for Ethernet and LAN connectivity.
The RJ45 male-to-female structure is commonly used when an Ethernet connection needs to be extended or relocated without redesigning the main equipment interface.
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The RJ45 connector and cable are assembled as a complete cable assembly with molded strain-relief protection.
The molded section helps provide mechanical support at the connector-to-cable transition, reducing excessive bending stress during installation and normal handling.
Compared with a simple loose connector and cable combination, a properly designed molded cable assembly provides a cleaner finished appearance and can be optimized according to the customer's mechanical requirements.
For OEM projects, the overmold shape, dimensions, color, logo and strain-relief structure can also be customized.
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The flexible cable construction allows the cable to be routed through relatively narrow spaces and around equipment during installation.
This is especially useful for applications where cable management is important, such as:
A properly selected cable diameter and jacket construction can help balance flexibility, durability and installation requirements.
For customized projects, we can recommend different cable constructions based on the customer's required bending radius, installation environment and electrical specifications.
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For standard applications, we can manufacture the cable using conventional RJ45 connectors.
For equipment manufacturers and OEM projects, we can also evaluate customized connector structures, including:
If your product has limited internal space or a special enclosure design, the connector orientation and cable exit direction can be optimized accordingly.
This is where our engineering capability becomes particularly valuable for custom equipment manufacturers.
Keep required fields minimal. Attach drawings/photos for accurate quoting.
Tip: A simple installation photo often saves 2–3 rounds of questions.
Quotation 1–2 days; development 15–20 days; mass production 20–25 days (project dependent).
Yes. Reference sample + requirements helps confirm drawings and test plan.
Depends on materials and complexity. We support prototypes and scalable mass production.