• Unshielded Copper Jumper Cat.6A /Cat.6/Cat.5e RJ45
  • Unshielded Copper Jumper Cat.6A /Cat.6/Cat.5e RJ45

Unshielded Copper Jumper Cat.6A /Cat.6/Cat.5e RJ45

Product Description
Used for transmitting voice, digital, audio/video, and image signals, supporting various Ethernet applications, and suitable for applications specified by the GB 50311 and ISO/IEC 11801 standards for Ea-class, E-class, and D-class channels; meets the requirements specified by standards such as ANSI/TIA-568.2-D for Cat.6x/Cat.6/Cat.5e connectors, and is suitable for all corresponding grade applications; Standard RJ45 connector.

  • Unshielded Copper Jumper Cat.6A /Cat.6/Cat.5e RJ45

Description

Optimized Connectivity Solutions for Network Integrators
This unshielded copper jumper cable is engineered to support Cat5e, Cat6, and Cat6A networks, designed specifically for network cable manufacturers and system integrators requiring reliable patch connections with standardized RJ45 interfaces. The product targets IT infrastructure professionals and integrators deploying or maintaining structured cabling systems. Its compatibility with multiple Cat standards ensures versatility across enterprise environments. The availability of optional pull-tab structures and multiple jacket materials aids technicians in efficient network maintenance, providing practical solutions for both new LAN setups and routine upgrades. As part of a comprehensive fiber optic cable supplier’s portfolio, it complements fiber optic jumper cable offerings to deliver complete networking solutions.

Technical Specifications Ensuring High Performance and Compliance
Constructed with precision, the jumper wires feature injection-molded end sleeves designed to mitigate performance degradation from connector and cable movement. This design, along with anti-reverse protection on both ends, guarantees connection stability over extensive use cycles—rated for a minimum of 800 insertions/removals. Supporting bandwidths up to 500MHz for Cat6A, the cables exhibit a 100 Ω characteristic impedance conforming to ANSI/TIA-568.2-D specifications. Jackets are offered in flame-retardant PVC and low-smoke, halogen-free FRNC/LSOH variants to comply with diverse environmental and safety demands. Color coding options enhance network management, facilitating rapid identification within complex setups. These technical attributes provide quantifiable benefits and integration ease for network cable manufacturers focused on certified performance.

Application in Enterprise Network Infrastructures and Data Centers
The copper jumper wires are indispensable in data center rack-to-rack interconnections, office conference room networking, and temporary network expansions. Their compliance with GB 50311 and ISO/IEC 11801 standards endorses them for structured cabling systems requiring Ea, E, and D class channel integrity. Network engineers rely on these cables for LAN patching, network migration, and lab bench prototyping of Ethernet environments, ensuring consistent signal integrity across digital, voice, and audio/video transmissions. As products offered by fiber optic cable manufacturers often integrate with fiber jumper cables in hybrid infrastructures, these copper jumpers provide cost-efficient and flexible patch solutions critical for comprehensive network deployments.


Product Advantages

Design and Integration Enhancements for System Reliability
The jumper wires exhibit a purpose-built design with injection-molded end sleeves that minimize mechanical stress between cable and connector interfaces, reducing signal loss and physical wear. Anti-reverse connector protection safeguards against improper terminations, guaranteeing installation integrity in field conditions. Options in FR/PVC and FRNC/LSOH jackets enable environmental adaptability, catering to both general and low-smoke, zero-halogen safety requirements. The modular design complements fiber optic cable manufacturing systems by facilitating hybrid copper and fiber channel deployments, essential for network cable manufacturers aiming to deliver integrated solutions. This thoughtful structural approach ensures these jumpers meet stringent industry protocols and operational longevity standards.

Reliable Operational Performance and User Efficiency
Performance-wise, these jumper wires provide consistent impedance matching, supporting high-frequency data transmission without signal degradation, essential for bandwidth-critical applications. Their rated durability for a minimum of 800 plug/unplug cycles offers dependable longevity in intensive network maintenance scenarios. The availability of vibrant color options and optional pull-tab jumpers improves on-site handling and identification, accelerating troubleshooting and minimizing downtime for network administrators. By combining robust physical design with user-centric features, these cables enhance usability and provide network integrators with practical, value-driven components. As a trusted product line among fiber optic cable suppliers, their integration into broader systems ensures seamless network performance.


Product Features

Meets Cat.6/Cat.6/Cat.5e standards, supporting transmission bandwidths of 500MHz/250MHz/100MHz; the injection-molded end sleeve prevents performance degradation caused by movement between the cable and connector;
Both ends feature injection-molded connectors with anti-reverse protection design; the cable outer jacket offers two options: FR/PVC and FRNC/LS0H; additional color options beyond the primary color include red, yellow, and orange. Optional pull-tab structure jumpers are available for easier maintenance;

Product Performance

  • Physical Bandwidth:500MHz/250MHz/100MHz
  • Characteristic Impedance:100Ω
  • Number of plug-ins and unplugs:≥800 times
  • Temperature Range:-40°C to +70°C (during storage)
                                           -10°C to +60°C (during operation)

Order Information

RJ45-RJ45 Shielded Patch Cable Cat.6, FRNC/LSOH, 3m
Product Model Product Description Color Unit
TTX51A-RRU4PVL-GY01M0 RJ45-RJ45 Unshielded Patch Cable Cat.5e, FR/PVC, 1m   Gray 1PC
TTX51A-RRU4PVL-GY02M0 RJ45-RJ45 Unshielded Patch Cable Cat.5e, FR/PVC, 2m Gray 1PC
TTX51A-RRU4PVL-GY03M0 RJ45-RJ45 Unshielded Patch Cable Cat.5e, FR/PVC, 3m Gray 1PC
TTX60A-RRU4PZL-BU01M0 RJ45-RJ45 Unshielded Patch Cable Cat.6, FRNC/LSOH, 1m   Blue 1PC
TTX60A-RRU4PZL-BU02M0 RJ45-RJ45 Unshielded Patch Cable Cat.6, FRNC/LSOH, 2m   Blue 1PC
TTX60A-RRU4PZL-BU03M0 RJ45-RJ45 Unshielded Patch Cable Cat.6, FRNC/LSOH, 3m Blue 1PC
TTX65A-RRU4PZL-BU01M0 RJ45-RJ45 Unshielded Patch Cable Cat.6, FRNC/LSOH, 1m Blue 1PC
TTX65A-RRU4PZL-BU02M0 RJ45-RJ45 Unshielded Patch Cable Cat.6, FRNC/LSOH, 2m Blue 1PC
TTX65A-RRU4PZL-BU03M0 RJ45-RJ45 Unshielded Patch Cable Cat.6 FRNC/LSOH, 3m Blue 1PC

Note:
FR/PVC = Flame Retardant/Polyvinyl Chloride
FRNC/LSOH = Flame Retardant Non-Corrosive/Low Smoke Zero Halogen, Flame Retardant Compliant with IEC 60332-1.
For other lengths, please consult your local sales and technical representatives. Thank you.
 

Use Scenarios

Data Center Rack Interconnects in High-Density Environments
In data center environments where rapid, reliable, and flexible patching is essential, these unshielded copper jumper wires offer vital connectivity for inter-rack connections. Their construction meets strict compliance with Cat standards, ensuring high-bandwidth transmission within complex server setups. The physical robustness and flame-retardant jacket options contribute to enhanced fire safety and regulatory adherence in enclosed facilities. Network engineers utilize these jumpers to enable efficient patch panel and switch connections, facilitating streamlined workflows during expansions or emergency reconfigurations. Combining these cables with fiber optic jumper cable solutions supports hybrid architectures commonly specified by fiber optic cable manufacturers and network cable manufacturers for optimal data flow management.

Enterprise LAN Deployments and Network Maintenance Operations
Within enterprise and office LAN settings, these jumper wires perform critical roles in connecting modems, routers, and workstations while supporting digital voice and audio/video communications. Their anti-reverse design and injection-molded ends ensure installation reliability in environments requiring frequent patching changes or troubleshooting. The availability of multiple jacket materials supports diverse workspace safety protocols, and color-coded jumpers simplify network diagram adherence and physical layer troubleshooting. IT departments rely on these cables during network migrations and temporary expansions, ensuring minimal disruption. Their role as complementary components alongside fiber optic cable suppliers’ products affords comprehensive, modular networking solutions, enhancing overall system integration and operational efficiency.


FAQ

What materials are used in the Unshielded Copper Jumper Cat.6A/6/Cat.5e RJ45?
This jumper uses unshielded copper conductors conforming to Cat6A/6/5e standards, housed in a durable FR/PVC or FRNC/LSOH jacket for flame resistance. The design ensures compliance with ISO/IEC 11801 and ANSI/TIA-568.2-D, making it suitable for professional network cable manufacturer applications.

Can this jumper be customized in length or color to suit specific network setups?
Yes, the jumper is available in multiple lengths (1m, 2m, 3m) and offers jacket colors including gray, red, yellow, and orange. Optional pull-tab structures are also available to facilitate easier maintenance. This flexibility supports varied deployments in enterprise networks and fulfills needs common to jumper wires sourcing.

How does the Unshielded Copper Jumper ensure signal reliability during network maintenance?
The product features injection-molded end sleeves to minimize connector-cable movement and anti-reverse protection on both ends, preserving signal integrity through ≥800 plug/unplug cycles. This robust structure supports consistent Ethernet performance across multiple Cat standards, key for professional network reliability.

What are the installation and environmental limits for this RJ45 jumper cable?
Designed for indoor applications, it operates efficiently between -10°C and +60°C and can be stored from -40°C to +70°C. The jumper suits LAN setups, lab testing, and temporary network configurations, meeting stringent standards for engineering projects requiring dependable interconnection solutions.

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