180 Degree Shielded CAT6A Toolless Keystone Jack for High-Performance Structured Cabling

In modern structured cabling, the quality of a single termination point can influence the stability, speed, and service life of an entire network. The SMT-1047T8C6A-FTP 180 Degree Shielded CAT6A Toolless Keystone Jack is designed for high-performance copper cabling systems that require reliable Category 6A transmission, strong electromagnetic protection, simplified installation, and long-term mechanical durability. Built for professional communication outlets, patch panels, distribution frames, and work-area connections, this shielded keystone jack provides a compact yet robust solution for demanding network environments.

This product belongs to the CAT6A keystone jack category and is suitable for copper structured cabling systems where stable high-frequency performance is essential. It supports a frequency range from 1 MHz to 500 MHz and is designed to comply with recognized cabling standards and wiring sequences, including T568A and T568B. Its 180-degree termination structure, toolless design, shielded metal housing, and clearly marked wiring label allow installers to complete accurate terminations efficiently while reducing installation errors.

Product Overview

The SMT-1047T8C6A-FTP is a shielded Category 6A keystone jack developed for connecting horizontal cabling to work-area outlets, patch panels, and modular distribution frames. It uses an RJ45 jack interface for patch cord connection and IDC terminals for horizontal cable termination. The product is engineered for compatibility with copper twisted-pair cables and copper patch cords used in structured cabling networks.

Category 6A cabling is widely selected for networks that require higher bandwidth and better resistance to alien crosstalk compared with earlier generations. With the growth of 10 Gigabit Ethernet, high-density office cabling, intelligent building systems, data centers, security networks, and automation applications, cabling components must perform consistently under complex electrical and physical conditions. This keystone jack addresses those requirements through its shielded construction, optimized contact layout, durable materials, and compliance-focused design.

The compact form factor makes the jack easy to integrate into wall face plates, information outlets, and modular patch panels. Its embedded installation design allows the module to be mounted in distribution frames to form modular cabling panels. This flexibility is important for contractors, system integrators, wholesalers, and OEM customers who need one connector platform for multiple project configurations.

Key Technical Specifications

Item	Specification	Application Value
Product Type	180 Degree Shielded CAT6A Toolless Keystone Jack	Suitable for high-speed copper structured cabling
Transmission Category	Category 6A	Supports high-bandwidth network applications
Frequency Range	1 MHz to 500 MHz	Meets demanding signal transmission requirements
Wiring Sequence	T568A and T568B	Compatible with common international installation practices
Connection Method	RJ45 jack with jumper; IDC termination with horizontal cable	Supports standard structured cabling architecture
Shielding Structure	360-degree all-metal shielded housing	Helps prevent electromagnetic interference
IDC Cable Range	22 to 26 AWG twisted pair	Compatible with common copper cabling sizes
Insertion Durability	750 plug-and-socket insertion cycles	Supports long-term repeated use
Wire Termination Durability	250 termination cycles	Improves installation and maintenance reliability
Operating Temperature	-25°C to +70°C	Suitable for diverse installation environments
Material	Phosphor bronze, zinc alloy, PC, PA66, FR4	Combines conductivity, strength, insulation, and heat resistance
Environmental Compliance	RoHS compliant	Supports modern environmental and safety requirements

Designed for Category 6A Network Performance

Category 6A networks require components that can maintain signal quality at higher frequencies and longer channel lengths. Compared with lower-category connectors, a CAT6A keystone jack must manage insertion loss, return loss, near-end crosstalk, far-end crosstalk, and electromagnetic interference more effectively. The SMT-1047T8C6A-FTP is designed for the 1 MHz to 500 MHz frequency range, making it suitable for applications where stable high-frequency transmission is required.

In real-world cabling projects, the connector is often the most sensitive point in the channel. Even when high-quality cable is used, poor termination or inferior contact geometry can create signal imbalance, reflections, and crosstalk. This keystone jack uses a carefully engineered internal contact arrangement, including high and low dislocation technology on the contact pins, to help reduce near-end crosstalk. By improving the physical relationship between signal pairs, the jack contributes to cleaner signal paths and more reliable data transmission.

Its compatibility with both T568A and T568B wiring sequences gives installers flexibility while maintaining professional cabling practices. The wiring label is clearly marked on the dust-proof wire cover, which helps technicians identify pair positions quickly. This reduces the chance of miswiring and shortens installation time, especially in large projects where hundreds or thousands of jacks may be terminated.

360-Degree Shielding for Electromagnetic Protection

One of the most important features of this keystone jack is its 360-degree shielded shell. In commercial buildings, factories, equipment rooms, and high-density cabling environments, electromagnetic interference can come from power cables, lighting systems, motors, wireless devices, and adjacent data cables. Shielded cabling systems are used to reduce noise and preserve signal quality, but the shielding effect depends on every component in the channel.

The product uses an all-metal zinc alloy die-casting design that provides comprehensive shielding around the jack body. This all-round protection helps block external electromagnetic interference and supports the performance of shielded cabling links. The unique grounding design also improves installation reliability by providing a practical and convenient path for shield continuity.

Compared with ordinary unshielded jacks or partially shielded connectors, a full-metal shielded keystone jack offers a significant advantage in environments where EMC performance matters. It is especially valuable for financial facilities, data rooms, industrial networks, intelligent buildings, surveillance systems, healthcare facilities, and other applications where data integrity and uptime are priorities.

Toolless Termination for Faster and More Accurate Installation

Installation efficiency is a major concern in structured cabling projects. Labor cost, installation speed, and termination consistency all affect the final quality of the network. The toolless termination design of this CAT6A keystone jack allows installers to terminate wires without relying on a separate punch-down tool. This improves convenience on site and helps reduce variation between installers.

The dust-proof wire cover includes clear universal wiring labels for both T568A and T568B. After the cable pairs are positioned according to the label, the cover assists in pressing the conductors into the IDC contacts. This design helps complete termination accurately and quickly while protecting the contact area. For contractors working under tight project schedules, this can result in faster deployment and fewer rework issues.

Traditional punch-down jacks can perform well when installed by experienced technicians, but they may be more dependent on tool condition, punch-down angle, and operator consistency. A well-designed toolless keystone jack reduces these variables. It is particularly helpful for high-volume projects, modular panel assembly, maintenance replacement, and field installations where portability and speed are important.

180-Degree Structure for Neat Cable Management

The 180-degree termination structure allows the cable to enter the jack from the rear in a straight orientation. This arrangement is useful in patch panels, wall outlets, and enclosures where cable routing must remain organized. Neat cable management supports airflow, makes troubleshooting easier, and reduces mechanical stress on cable pairs.

In structured cabling, the bend radius and pair twist retention near the termination point are important for performance. A 180-degree design can support clean cable entry and reduce excessive bending when properly installed. This can help maintain the geometry of the cable pairs and contribute to stable electrical performance.

For installers, the 180-degree format is also intuitive. It supports efficient assembly in modular distribution frames and can be used in work-area outlets where space is limited. The compact shape of the jack helps it fit into various compatible accessories, giving system designers more freedom when planning cabling layouts.

High-Quality Contact Materials and Surface Treatment

The electrical performance and service life of a keystone jack depend heavily on its contact materials. This product uses phosphor bronze gold-plated contacts for the RJ45 interface and phosphor bronze nickel-plated IDC terminals. Phosphor bronze is widely used in connectors because it offers good elasticity, conductivity, fatigue resistance, and corrosion resistance.

The gold-plated contact layer, available in a thickness range from 6U to 50U, helps maintain reliable electrical contact over repeated insertions. Gold plating resists oxidation better than many other metals, which is important for low-voltage signal transmission. The RJ45 interface is rated for 750 plug-and-socket insertion cycles, supporting long-term use in environments where patch cords may be moved or replaced during maintenance.

The IDC terminals are designed to clamp 22 to 26 AWG twisted-pair conductors and support 250 wire termination cycles. This durability is useful for professional installers and maintenance teams because it allows for dependable termination during initial installation and future service operations. The use of nickel plating on IDC terminals improves surface stability and helps maintain consistent connection quality.

Mechanical Reliability for Professional Projects

Network components used in commercial and industrial settings must withstand repeated handling, cable movement, and environmental changes. The SMT-1047T8C6A-FTP is specified with insertion force not more than 20 N and pull-out force not less than 20 N. These values help balance user convenience with secure connection retention.

The connector connection device is designed to withstand a 50 N load for 60±5 seconds, which reflects attention to mechanical robustness. A keystone jack installed in a wall outlet or patch panel may be exposed to cable pulling, accidental impact, or frequent patch cord replacement. Strong mechanical design helps protect the integrity of the connection and reduces failure risk.

The housing uses all-metal zinc alloy die casting for shielding and structural support, while non-metal components include PC polycarbonate and PA66 nylon 66. PC provides impact resistance and dimensional stability, while PA66 offers mechanical strength, heat resistance, and good insulation properties. The PCB material is FR4, a widely used glass-reinforced epoxy laminate known for stability and electrical insulation.

Environmental Performance and Compliance

The keystone jack is designed to operate in temperatures from -25°C to +70°C and relative humidity conditions up to 85% at 85°C±3°C. These ratings support use in a wide range of indoor environments, including office buildings, communication rooms, commercial facilities, and certain controlled industrial locations.

Environmental compliance is another important factor for global customers. The product meets RoHS requirements, supporting restrictions on hazardous substances and aligning with modern procurement standards. This is especially important for OEM buyers, international distributors, project contractors, and organizations that require environmentally responsible products.

The product is also specified for salt spray testing conditions. The test uses sodium chloride solution with a concentration of 5±0.1% and a pH value between 6.5 and 7.2 before atomization at 35±2°C. Continuous atomization for a recommended duration of 48 hours helps evaluate corrosion resistance. Such testing reflects the importance of surface protection and material stability in connector manufacturing.

Advantages Over Common Competing Products

Compared with many standard CAT6A keystone jacks in the market, the SMT-1047T8C6A-FTP offers several practical advantages. First, its 360-degree shielded zinc alloy housing provides stronger EMC protection than plastic-bodied or lightly shielded alternatives. This is valuable in high-density and interference-prone environments where signal noise can reduce network reliability.

Second, the toolless termination structure can reduce installation time and improve consistency. Some competing connectors still depend heavily on punch-down tools, which may cause inconsistent results if the technician is inexperienced or the tool is worn. A toolless system with clear wiring labels helps simplify termination and reduce the risk of errors.

Third, the compact embedded design supports modular installation in distribution frames and patch panels. This makes the product suitable for different cabling configurations and allows buyers to standardize on one connector platform across multiple projects. Standardization can simplify inventory management, training, and maintenance.

Fourth, the use of phosphor bronze contacts, gold plating, nickel-plated IDC terminals, PC, PA66, zinc alloy, and FR4 reflects a balanced material strategy. Low-cost connectors may reduce material quality, plating thickness, or shielding coverage, which can lead to shorter service life or inconsistent performance. This product is engineered for dependable use in professional cabling systems.

Fifth, the jack is built around recognized wiring sequences and applicable standards, including YD/T 926.1-2009 and YD/T 926.3-2009. Standards-based design helps ensure compatibility with structured cabling systems and related components. For contractors and project owners, this reduces compatibility risks and supports predictable network performance.

Manufacturing Strength Behind the Product

Yuyao Simante Network Communication Equipment Co., Ltd. is a professional manufacturer of network cabling solutions and optical fiber products. The company integrates design, development, sales, and service, supporting customers from early communication to product delivery. With nearly 20 years of service experience, the company has developed a practical understanding of structured cabling requirements in different markets.

The company’s product range includes keystone jacks, patch panels, wall face plates, data sockets, and other network communication components. These products are widely used in structured cabling, network communication, smart home systems, automation equipment, and related fields. This broad product foundation allows the company to understand how each component functions within a complete cabling system, rather than treating the keystone jack as an isolated part.

A key strength is the company’s mature research and development system. More than 10 engineers and over 30 full-time technical personnel support product development, quality improvement, and product updates. This engineering capability is important for CAT6A components because small design details, including contact layout, PCB structure, shielding connection, and material selection, can significantly affect performance.

Advanced Production Capacity and Process Control

Manufacturing stability is essential for structured cabling products. A connector may pass laboratory tests as a single sample, but professional buyers need batch-to-batch consistency. Yuyao Simante operates 10 regular and customized production lines, 10 fully automatic injection molding machines, 20 semi-automatic injection molding machines, and 8 automatic assembly machines. This production base supports a stable annual output of more than 9 million units.

Automatic and semi-automatic production equipment helps improve dimensional consistency, reduce manual variation, and support higher production efficiency. For keystone jacks, precision molding is particularly important because the plastic body, wire cover, latch structure, and contact positioning must fit accurately. Poor molding precision may cause installation difficulty, unstable contact pressure, or performance variation.

Automatic assembly equipment also contributes to consistent product quality. The alignment of metal contacts, IDC terminals, PCB components, and shielded housing must be controlled carefully. When assembly is unstable, electrical performance may vary across production lots. The company’s investment in production equipment supports repeatable manufacturing and reliable delivery for domestic and international customers.

Quality Stability from Design to Testing

High-end market requirements demand more than basic production capability. Quality must be built into the design source and verified through testing. Yuyao Simante emphasizes quality stability through its research and development system and production management. This approach is especially important for CAT6A shielded keystone jacks because performance depends on both material quality and precise geometry.

The company’s testing focus supports customer requirements for electrical performance, mechanical durability, environmental reliability, and appearance consistency. Electrical testing may evaluate transmission characteristics such as frequency response, crosstalk, insulation resistance, withstand voltage, and contact reliability. Mechanical testing may include insertion and pull-out force, repeated plug insertion, IDC termination cycles, and connector retention.

Environmental testing such as damp heat and salt spray evaluation helps confirm material and surface treatment stability. For international customers, the ability to meet comprehensive testing requirements helps reduce sourcing risk. It also supports OEM and ODM projects where products may need to be customized for specific market standards, packaging requirements, or installation systems.

OEM and ODM Flexibility

Many network cabling brands, distributors, and project suppliers require customized products. This may include private labeling, custom packaging, special plating thickness, color options, accessory combinations, or modifications for specific face plates and patch panels. Yuyao Simante undertakes OEM and ODM projects and supports customer-specified packaging.

The SMT-1047T8C6A-FTP is suitable for such customization because it is based on a modular connector concept. The product can be supplied in regular packaging, with 50 pieces per box, 10 boxes per carton, and 500 pieces per carton. The packaged products are stored under controlled conditions, with recommended warehouse temperature from -5°C to +30°C, relative humidity not more than 70%, and no acid, alkali, or corrosive gases in the surrounding air. The storage period is three years under specified conditions.

For distributors, reliable packaging and storage guidance help protect inventory quality. For OEM buyers, customer-specified packaging allows the product to fit into established sales channels. For project contractors, consistent carton quantity simplifies logistics planning and site distribution.

Application Scenarios

This shielded CAT6A toolless keystone jack can be used in a wide range of structured cabling applications. In office buildings, it supports work-area outlets for computers, IP phones, wireless access points, printers, and other connected devices. In data rooms and equipment rooms, it can be installed in modular patch panels to organize horizontal cabling and patch cord connections.

In intelligent building systems, the product can support network connections for security cameras, access control systems, building automation controllers, and monitoring equipment. In smart home and residential high-performance networks, it can provide reliable wall outlet connections for high-speed internet, multimedia distribution, and home office applications.

In industrial or electrically noisy environments, the shielded structure offers advantages when used as part of a properly grounded shielded cabling system. It helps reduce electromagnetic interference and supports stable communication for automation equipment, control networks, and monitoring systems. While installation conditions must always be evaluated by professionals, the product’s shielding and mechanical construction make it a strong candidate for demanding projects.

Installation Considerations

To achieve the best performance, installers should follow professional cabling practices. The cable jacket should be prepared carefully, and the shield should be handled according to the grounding requirements of the overall cabling system. The twisted pairs should be untwisted only as much as necessary for termination. Excessive untwisting can increase crosstalk and reduce channel performance.

The installer should choose either T568A or T568B wiring sequence according to the project standard and maintain the same sequence throughout the link unless a specific crossover application is required. The clear wiring label on the dust-proof cover helps guide the conductor placement. Once the wires are arranged, the toolless termination mechanism can be closed to seat the conductors into the IDC contacts.

After termination, the jack should be installed into a compatible face plate, data socket, or patch panel. Proper cable management should be maintained to avoid excessive bending, pulling, or pressure on the termination point. For shielded systems, continuity and grounding should be checked according to project requirements.

Why Shielded CAT6A Matters in Modern Networks

The demand for higher network bandwidth continues to rise. Businesses rely on cloud applications, video conferencing, real-time collaboration, large file transfer, surveillance systems, and smart building platforms. These applications depend on stable physical infrastructure. While wireless networks receive much attention, wired cabling remains the foundation for reliable high-speed connectivity.

CAT6A cabling is often selected because it supports higher performance than CAT5e and CAT6 in many demanding applications. It is designed to handle 10 Gigabit Ethernet over standardized channel distances when the complete cabling system is properly designed and installed. Shielded CAT6A components provide additional protection against interference, which is important as buildings become more densely packed with electronic equipment.

A keystone jack may appear small, but its role is critical. It serves as the transition point between fixed horizontal cabling and flexible patch cords or equipment cords. If the jack has poor contact stability, weak shielding, or inconsistent termination quality, the entire channel can suffer. Choosing a well-designed CAT6A shielded keystone jack is therefore a practical investment in network reliability.

Comparison with Lower-Grade Keystone Jacks

Lower-grade keystone jacks, such as CAT5e or basic CAT6 models, may be adequate for simple networks, but they are not always suitable for high-bandwidth or future-ready cabling. CAT6A connectors must manage higher frequency signals and stricter performance requirements. Using lower-grade components in a network expected to support high-speed applications can create bottlenecks.

Unshielded connectors may also be less suitable in environments with significant electromagnetic interference. While unshielded systems can perform well in many office settings, shielded systems provide an additional layer of protection when interference risk is higher. The SMT-1047T8C6A-FTP combines CAT6A performance with full shielding, making it better suited for demanding infrastructure planning.

Some low-cost jacks may also compromise on materials, plating thickness, or termination durability. These savings can lead to increased maintenance costs later. A connector that fails, loosens, corrodes, or performs inconsistently can require troubleshooting, retermination, and service disruption. Professional-grade materials and controlled manufacturing processes help reduce these risks.

Value for Distributors and Project Contractors

For distributors, a product must not only perform well but also be easy to stock, explain, and sell. This keystone jack offers a clear value proposition: CAT6A performance, 360-degree shielding, toolless installation, compact 180-degree design, standards-based wiring, and strong manufacturing support. These features address common customer concerns in both project and replacement markets.

For project contractors, installation speed and consistency are major advantages. A toolless jack with clear labeling can reduce training time and help teams complete large quantities of terminations efficiently. The 180-degree structure supports neat panel and outlet assembly, while the shielded housing helps meet project requirements for EMC protection.

For system integrators, compatibility with modular distribution frames and same-standard connectors supports flexible system design. The jack can be used with related structured cabling components to build complete network solutions. This is useful for projects that require coordinated products, including patch panels, wall face plates, data sockets, and patch cords.

Value for OEM Customers

OEM customers often need a manufacturer that can provide stable quality, flexible service, and long-term cooperation. Yuyao Simante’s production capacity, engineering team, testing approach, and experience in export markets support these needs. The company maintains stable export volume in Europe, Australia, Africa, the Middle East, and Southeast Asia, reflecting experience with diverse market expectations.

OEM and ODM cooperation may involve customized packaging, labeling, product configuration, or technical adjustments. Because the company integrates design, development, production, sales, and service, it can support communication throughout the product life cycle. This reduces coordination difficulty and helps customers bring products to market efficiently.

For brands that sell structured cabling components, consistent product appearance and performance are essential. The SMT-1047T8C6A-FTP offers a professional product platform that can support private-label strategies while meeting technical expectations for modern copper cabling systems.

Detailed Feature Analysis

Universal Connector Level Design

The product design level is described as universal connector level 2, reflecting its role as a standardized connection component within structured cabling systems. A universal connector concept is important because network infrastructure often combines components from multiple product lines. Compatibility and consistent interface design allow installers to work more efficiently.

Embedded Modular Installation

The embedded design allows the module to be installed on distribution frames, creating a modular patch panel. Modular systems are preferred in many professional installations because they simplify maintenance and replacement. If one port requires service, the individual module can be addressed without replacing an entire panel.

RJ45 and IDC Connection Architecture

The product uses an RJ45 jack for jumper connection and IDC termination for horizontal cabling. This architecture follows the common structure of modern copper networks. The RJ45 side provides easy patch cord access, while the IDC side creates a stable permanent link termination. The combination supports both flexibility and reliability.

Contact Pin Dislocation Technology

The contact pin structure adopts high and low dislocation technology to help reduce near-end crosstalk. Crosstalk is one of the most important performance challenges in twisted-pair cabling. By optimizing the position of contact pins, the connector can better control signal coupling between pairs.

All-Metal Zinc Alloy Housing

The all-metal zinc alloy die-cast housing provides strength and shielding. Zinc alloy is suitable for precise casting and durable mechanical construction. In a shielded keystone jack, the housing must provide coverage while maintaining accurate fit with the internal structure and external mounting accessories.

RoHS-Conscious Material Selection

RoHS compliance supports environmental responsibility and international market acceptance. Material selection is not only about performance but also about meeting regulatory and customer requirements. This is increasingly important for global procurement and public infrastructure projects.

Storage, Packaging, and Logistics

Reliable packaging protects the product during transport and storage. The keystone jack is placed into a special blister bag, then packed into a cardboard box with accessories. A label indicating the product model and quantity is placed on the upper left corner of the front of the carton. Regular packing quantity is 10 boxes per carton, 50 pieces per box, and 500 pieces per carton.

Proper storage conditions help preserve product quality before installation. Packaged products should be stored in a warehouse where the ambient temperature is between -5°C and +30°C, relative humidity is not more than 70%, and the surrounding air contains no acid, alkali, or other corrosive gases. Under these conditions, the storage period is three years.

These logistics details matter for wholesalers, contractors, and OEM customers that purchase in volume. Clear packaging quantities simplify inventory control. Storage guidance reduces the risk of material degradation. Customer-specified packaging can also support brand presentation and channel requirements.

Quality-Oriented Company Strength

The company positions itself toward the high-end market, which means product quality is treated as a central requirement. Strict production management and performance testing help ensure that components meet customer expectations. In structured cabling, quality problems can be costly because they may not appear until after installation, when troubleshooting requires additional labor and possible disruption.

By focusing on design, testing, and production control, the company helps customers reduce long-term risk. More than 10 engineers contribute to product development, while more than 30 full-time technical personnel support technical improvement and production quality. This professional team helps promote product updates and process optimization.

The factory’s combination of injection molding capacity, automatic assembly equipment, and customized production lines allows it to handle both standard and customized orders. This is important for customers who require stable supply and the ability to respond to market changes. A manufacturer with limited production flexibility may struggle to support large projects or customized requirements.

How the Product Supports Future-Ready Cabling

Network infrastructure is expected to serve buildings for many years. Replacing cabling after construction or renovation can be expensive and disruptive. Therefore, many building owners and system designers choose higher-performance components during initial installation. A CAT6A shielded keystone jack supports this forward-looking approach.

By selecting a component designed for 500 MHz transmission and shielded protection, project planners can better support high-bandwidth applications and future upgrades. Even if current network equipment does not fully use the available performance, the cabling infrastructure can provide room for growth. This is particularly valuable in office campuses, educational institutions, healthcare facilities, industrial parks, and smart buildings.

Future-ready cabling also depends on maintainability. Modular keystone jacks make it easier to replace or reconfigure individual ports. Toolless termination makes service work more convenient. Clear labels reduce errors during future maintenance. Durable materials help the product remain reliable over time.

Q&A Section

Q1: What is the main purpose of this 180-degree shielded CAT6A toolless keystone jack?

It is used to connect horizontal copper cabling with work-area outlets, patch panels, data sockets, or modular distribution frames. It provides an RJ45 interface for patch cords and IDC termination for fixed twisted-pair cable.

Q2: Why is 360-degree shielding important?

360-degree shielding helps protect the signal from electromagnetic interference. This is especially useful in high-density cabling, equipment rooms, industrial environments, and buildings with many electronic devices.

Q3: Does the product support both T568A and T568B wiring?

Yes. The dust-proof wire cover includes clear wiring labels for both T568A and T568B sequences, allowing installers to follow the project standard accurately.

Q4: What cable sizes can the IDC terminals accept?

The IDC terminals are designed for 22 to 26 AWG twisted-pair conductors, which are commonly used in copper structured cabling systems.

Q5: How does the toolless design benefit installers?

The toolless design reduces dependence on punch-down tools, improves installation speed, and helps make terminations more consistent. It is useful for large projects, field installations, and maintenance work.

Q6: What makes this product different from many ordinary keystone jacks?

Its advantages include CAT6A transmission capability, 1 MHz to 500 MHz frequency range, full metal shielding, zinc alloy die-cast housing, toolless termination, clear wiring labels, durable phosphor bronze contacts, and compatibility with modular distribution systems.

Q7: Is this keystone jack suitable for OEM or ODM projects?

Yes. The manufacturer supports OEM and ODM cooperation, including customer-specified packaging and project-based customization. The factory has strong production capacity and engineering support for customized requirements.

Q8: What is the rated insertion durability?

The RJ45 plug-and-socket interface is rated for 750 insertion cycles, while the IDC wire termination is rated for 250 termination cycles.

Q9: What materials are used in the product?

The product uses phosphor bronze gold-plated contacts, phosphor bronze nickel-plated IDC terminals, zinc alloy shielding, PC polycarbonate, PA66 nylon, and FR4 PCB material.

Q10: Where can this product be applied?

It can be used in office networks, data rooms, patch panels, wall outlets, intelligent buildings, smart homes, surveillance systems, automation networks, and other structured cabling applications that require high-performance copper connectivity.

Conclusion

The SMT-1047T8C6A-FTP 180 Degree Shielded CAT6A Toolless Keystone Jack is a professional copper cabling component designed for high-speed, reliable, and interference-resistant network infrastructure. Its CAT6A performance, 1 MHz to 500 MHz frequency range, full 360-degree shielding, zinc alloy die-cast construction, toolless termination, and clear T568A/T568B wiring guidance make it a strong choice for modern structured cabling systems.

Compared with ordinary connectors, it offers better installation efficiency, stronger shielding protection, durable contact materials, and broader application flexibility. It is suitable for work-area outlets, modular patch panels, distribution frames, smart building networks, office cabling, and other professional applications where stable connectivity matters.

Behind the product is a manufacturer with nearly 20 years of experience, a mature research and development system, more than 10 engineers, over 30 full-time technical personnel, multiple production lines, automatic and semi-automatic injection molding equipment, automatic assembly machines, and an annual output capacity exceeding 9 million units. This combination of product engineering and manufacturing strength supports consistent quality, OEM and ODM flexibility, and dependable supply for global customers.

For contractors, distributors, system integrators, and OEM brands seeking a reliable CAT6A shielded keystone jack, this product provides a balanced solution that combines electrical performance, mechanical durability, installation convenience, and manufacturing confidence.

References

1. ISO/IEC 11801, Information Technology: Generic Cabling for Customer Premises.

2. ANSI/TIA-568, Commercial Building Telecommunications Cabling Standard.

3. YD/T 926.1-2009, Generic Cabling System for Telecommunications.

4. YD/T 926.3-2009, Cabling Components and Related Sub-Standards.

5. IEC 60603 Series, Connectors for Electronic Equipment.

6. RoHS Directive, Restriction of Hazardous Substances in Electrical and Electronic Equipment.