• Unshielded Traceable Copper Jumper Cat.6 direct visible light seeking (DVL) RJ45
  • Unshielded Traceable Copper Jumper Cat.6 direct visible light seeking (DVL) RJ45

Unshielded Traceable Copper Jumper Cat.6 direct visible light seeking (DVL) RJ45

Product Description
Used for transmitting voice, digital, audio-video, image, and other signals, supporting a variety of Ethernet applications, and suitable for applications specified in standards such as GB 50311 and ISO/IEC 11801 for Category 6 channels;
Meets the requirements specified in standards such as ANSI/TIA-568.2-D for Category 6 connectors, suitable for all corresponding grade applications; standard RJ45 connector.

  • Unshielded Traceable Copper Jumper Cat.6 direct visible light seeking (DVL) RJ45

Description

Optimized for Structured Network Integration
The Unshielded Traceable Copper Jumper Cat.6 Direct Visible Light-Seeking RJ45 is engineered for network engineers and system integrators requiring dependable Ethernet patching solutions that align with GB 50311 and ISO/IEC 11801 Category 6 standards. Designed predominantly for enterprise and telecommunications environments, this jumper wire enables efficient voice, digital, and multimedia data transmission within LAN frameworks. Its compatibility with standard RJ45 interfaces ensures seamless connectivity for facility-wide cabling infrastructure managed by fiber optic cable suppliers and network cable manufacturers who prioritize industry compliance and interoperability.

Advanced Technical Attributes Ensuring Performance Integrity
This Cat.6 copper jumper cable is specified to deliver a 250 MHz physical bandwidth with a consistent characteristic impedance of 100 Ω, facilitating minimal signal attenuation and crosstalk. Injection-molded tail sleeves reduce mechanical stress between cable and connector, while anti-inversion connector designs prevent erroneous insertions. The cable sheath options—FR/PVC and FRNC/LSOH—offer flame retardant and low smoke zero halogen properties, respectively, supporting stringent safety standards. Designed for over 800 mating cycles and temperature endurance from -40°C to +70°C storage and -10°C to +60°C operation, this solution appeals to fiber optic cable manufacturers and network cable manufacturers emphasizing long-term reliability and maintenance efficiency.

Broad Application Spectrum with Industry Value
These copper jumper wires cater to applications ranging from small data rooms to large enterprise LAN deployments requiring high-grade, direct visible light-seeking patch connections. Their use in laboratory signal transmissions, network benchmarking, and classroom installations underscores their versatility in various project scopes. Providing compliance with ANSI/TIA-568.2-D standards ensures that system integrators working with fiber optic cable manufacturers and fiber optic cable suppliers can maintain stringent performance criteria across mixed infrastructure environments. This product thus supports infrastructure scalability while delivering measurable ROI in multi-tenant and corporate network facilities.


Product Advantages

Structural and Design Superiority in Cable Manufacturing
The design integrates industry-standard unshielded copper conductors with injection-molded connectors, optimizing physical integrity and preventing signal degradation caused by connector movement. The dual-sheath options, FR/PVC and FRNC/LSOH, accommodate diverse environmental and safety requirements, showcasing the adaptability demanded by fiber optic cable manufacturers and network cable manufacturers. This modular configuration facilitates simplified inventory management for fiber optic cable suppliers by aligning with multiple safety codes and reduces installation complexity within communication infrastructures.

Enhanced Performance Metrics and Operational Value
With a robust 250 MHz bandwidth and ≥800 insertions durability rating, this jumper cable provides consistent high-speed transmission and reliability vital for critical communications. The anti-inversion protection reduces human error during deployment, optimizing system uptime and lowering maintenance overhead. Designed by top-tier fiber optic cable manufacturers, its compliance with recognized standards offers network engineers a dependable solution that integrates effortlessly within existing copper and fiber optic cable manufacturing systems, ensuring predictable performance in diverse environments.


Product Features

Meets Cat.6 grade requirements, transmission bandwidth 250MHz; injection-molded tail sleeve prevents performance degradation caused by movement between the cable and crystal head;
injection-molded connectors at both ends feature anti-inversion protection design; cable outer sheath available in two options: FR/PVC and FRNC/LS0H.

Product Performance

  • Physical Bandwidth:250MHz
  • 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
TTX60B-RRU4PVL-GY01M0 RJ45-RJ45 Unshielded Traceable Patch Cable Cat.6, FR/PVC, 1m     Gray 1PC
TTX60B-RRU4PVL-GY02M0 RJ45-RJ45 Unshielded Traceable Patch Cable Cat.6, FR/PVC, 2m   Gray 1PC
TTX60B-RRU4PVL-GY03M0 RJ45-RJ45 Unshielded Traceable Patch Cable Cat.6, FR/PVC, 3m Gray 1PC
TTX60B-RRU4PZL-BU01M0 RJ45-RJ45 Unshielded Traceable Patch Cable Cat.6, FRNC/LS0H, 1m   Blue 1PC
TTX60B-RRU4PZL-BU02M0 RJ45-RJ45 Unshielded Traceable Patch Cable Cat.6, FRNC/LS0H, 2m Blue 1PC
TTX60B-RRU4PZL-BU03M0 RJ45-RJ45 Unshielded Traceable Patch Cable Cat.6, FRNC/LS0H, 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

Enterprise LAN Setup and Structured Cabling Systems
In corporate LANs requiring datacenter-grade patching, these jumper wires play a critical role in achieving standardized, high-speed Ethernet connectivity. Operating within office data rooms or server closets, the cables maintain signal integrity and bandwidth compliance, essential for enterprise workflows and network efficiency. Their flame retardant sheathing supports fire safety regulations often mandated in commercial buildings. Fiber optic cable suppliers ensure these jumper cables complement fiber backbone infrastructure, enabling cohesive hybrid fiber-copper networks designed by network cable manufacturers.

Educational and Laboratory Network Testing Environments
In academic institutions and laboratory settings, the Cat.6 jumper cable is vital for hands-on learning, prototyping, and performance testing of active Ethernet equipment. The product’s direct visible light-seeking capability facilitates simplified diagnostics and cable traceability, helping engineers and students verify network configurations quickly. Its compliance with category 6 standards allows fiber optic cable manufacturers and power cable suppliers engaged in educational markets to integrate these cables within their demonstration sets or testing rigs, enabling precise measurement and analysis within controlled environments.


FAQ 

What materials are used in the construction of the Unshielded Traceable Copper Jumper Cat.6?
This jumper uses unshielded copper conductors with sheaths made from either FR/PVC (Flame Retardant Polyvinyl Chloride) or FRNC/LSOH (Flame Retardant Non-Corrosive/Low Smoke Zero Halogen). These materials ensure safety and durability, meeting industry standards for network cable manufacturing.

Can the length and sheath type of this Cat.6 jumper be customized for different applications?
Available lengths are 1m, 2m, and 3m, with sheath options in FR/PVC (Gray) and FRNC/LSOH (Blue). While standard orders focus on these specifications, consult our team to discuss possible custom configurations suitable for your fiber optic cable supplier needs.

How does this unshielded jumper perform under repeated plug-in cycles during installation?
Designed for industrial use, the jumper supports durability of 800 or more mating cycles without performance loss. Its injection-molded connectors with anti-inversion protection enhance long-term reliability in demanding network or fiber optic cable manufacturer environments.

What temperature range and environments are suitable for this Cat.6 RJ45 jumper cable?
This cable reliably operates between -10°C and +60°C and can be stored from -40°C to +70°C. Its flame retardant sheath makes it appropriate for office, lab, or data room installations while complying with industrial safety standards for network cable manufacturer applications.

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