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

In modern structured cabling, the smallest connection points often determine the stability of the entire network. A wall outlet, modular patch panel, consolidation point, or equipment-room connection may appear simple from the outside, yet its electrical design, shielding structure, contact geometry, and termination reliability directly influence bandwidth, crosstalk performance, service life, and installation efficiency. The SMT-1038T8C6A-FTP 180 Degree Shielded Toolless Keystone Jack Short Body is designed for this critical role. As a CAT6A keystone jack engineered for copper structured cabling systems, it supports high-frequency transmission up to 500 MHz, provides a fully shielded connection interface, and offers a compact tool-less termination design for professional network installers.

This product is intended for communication socket connections between equipment areas and work areas, including modular patch panels, wall face plates, data sockets, and other structured cabling interfaces. It follows T568A and T568B wiring sequences, allowing integrators to select the wiring convention required by the project. Its short-body structure helps solve space limitations in dense panels, shallow back boxes, and modern office environments where cabling pathways are increasingly crowded. At the same time, its all-round shielding shell and metal die-cast structure help defend the link against electromagnetic interference, making it suitable for demanding network environments where stable signal transmission is essential.

Unlike generic unshielded jacks or low-cost modular connectors that focus only on basic connectivity, this CAT6A shielded toolless keystone jack is built around a complete performance concept: stable electrical contact, efficient termination, mechanical durability, corrosion resistance, shielding continuity, and manufacturing consistency. The result is a component that contributes to predictable cabling performance from installation through years of daily use.

Product Overview

The SMT-1038T8C6A-FTP is a 180-degree shielded toolless keystone jack with a short body design. It belongs to the CAT6A keystone jack category and is used as a modular connector in copper structured cabling systems. The product is designed to connect horizontal cabling with work-area cabling on the same building floor, and it can also be used for adapter conversion connection between cabling equipment and terminal equipment.

The keystone jack provides an RJ45 socket interface for patch cords and an IDC termination interface for horizontal twisted-pair cable. The IDC terminal is compatible with 22 to 26 AWG twisted-pair conductors. This range covers many common copper network cable sizes used in commercial buildings, communication rooms, intelligent buildings, data outlets, and equipment areas. The toolless design helps installers complete termination quickly without relying on a separate punch-down tool, reducing labor intensity and improving consistency across multiple installations.

Its compact shape is one of its practical advantages. Many wiring projects must place multiple ports into limited spaces, such as high-density patch panels, narrow distribution frames, or wall boxes with restricted depth. The short body allows easier cable management behind the panel or plate, especially when shielded cables are thicker and less flexible than ordinary unshielded cables. This advantage becomes more obvious in installations where cable bending radius, rear clearance, and neat routing are important.

The dust-proof wire cover includes clear universal wire sequence labeling. This helps installers identify the T568A and T568B wiring arrangement accurately and quickly. Incorrect termination is one of the most common causes of network faults, so a clearly marked termination cover is not just a convenience; it is a way to reduce rework, shorten project delivery time, and protect long-term link reliability.

Designed for CAT6A Transmission Requirements

CAT6A cabling is widely used where higher bandwidth and better noise control are required. Compared with older copper cabling categories, CAT6A is designed for higher frequency transmission and improved performance over longer channel lengths. The SMT-1038T8C6A-FTP is designed to meet category 6A transmission requirements and operates over a frequency range of 1 to 500 MHz. This high-frequency capability makes it suitable for modern data networks, office automation systems, smart building infrastructure, surveillance systems, and other applications that depend on reliable copper data links.

High-frequency transmission is sensitive to connector design. At 500 MHz, small variations in contact alignment, PCB layout, shielding continuity, material properties, and wire termination quality can affect performance. This keystone jack addresses these concerns through a combination of RJ45 contact engineering, high and low dislocation technology in the contact pins, a shielded metal shell, reliable IDC termination, and controlled material selection. These design features help reduce near-end crosstalk and improve signal integrity.

The product information specifies near-end crosstalk attenuation performance and emphasizes the use of dislocated contact technology to reduce crosstalk. In real network channels, crosstalk occurs when signal energy from one pair interferes with another pair. Reducing this interference is essential for stable high-speed operation. A CAT6A jack must do more than physically connect eight conductors; it must preserve the balanced pair relationship and reduce internal electromagnetic coupling within the connector. The 180-degree design helps maintain organized pair routing, while the IDC structure secures conductors in defined positions.

360-Degree Shielding for Electromagnetic Protection

One of the strongest advantages of this product is its 360-degree all-round shielding shell. Shielding is especially important in environments with electromagnetic interference, such as industrial automation areas, electrical rooms, data centers, security monitoring rooms, transportation facilities, hospitals, laboratories, and office buildings with high cable density. Unwanted electromagnetic noise can enter copper cabling if the shielding path is weak or discontinuous. A fully shielded jack helps maintain shielding continuity from the cable to the patch cord, improving the overall protection of the link.

The keystone jack uses an all-metal zinc alloy die-casting design. This structure provides both shielding performance and physical strength. Zinc alloy die casting allows the shell to be formed with precision, giving the product a robust external enclosure and a reliable grounding design. Grounding is a critical detail in shielded cabling. Without dependable grounding continuity, the shielding layer may not perform as intended. The unique grounding design of this jack provides reliable and convenient performance, helping installers create effective shielded links with less uncertainty.

Compared with common plastic-body connectors or partially shielded alternatives, the full metal shield provides better resistance to external electromagnetic disturbance. In competitive cabling projects, this can be a decisive advantage. Some inexpensive jacks may meet simple continuity checks but fail to maintain stable performance under real operating conditions where multiple cables, power lines, and active devices operate in close proximity. The shielded short-body jack is designed for environments where network quality cannot be left to chance.

Toolless Termination for Faster and More Consistent Installation

Installation time is a major cost factor in structured cabling projects. A large office, campus, hotel, hospital, or industrial facility can require hundreds or thousands of keystone terminations. Even a small reduction in termination time per port can produce significant savings. The toolless termination design of the SMT-1038T8C6A-FTP allows installers to complete wire termination without a traditional punch-down tool. This design reduces dependency on tool condition and installer force, helping achieve more consistent termination quality.

The clear label on the dust-proof wire cover further improves termination efficiency. Installers can select either T568A or T568B and place each conductor according to the indicated color sequence. Once the wires are arranged, the toolless closing mechanism presses the conductors into the IDC contacts. The IDC terminals cut through insulation and establish electrical contact with the copper conductor. This process is designed to be quick, clean, and repeatable.

Toolless termination also reduces the risk of over-punching or damaging the IDC contact, a problem that can occur when manual tools are used incorrectly. It supports cleaner workmanship in tight installation spaces and makes field maintenance easier. When a network point must be inspected, replaced, or reterminated, the short-body tool-less design helps technicians work efficiently even behind panels or inside crowded wall boxes.

Mechanical Strength and Service Durability

Network connectivity components are frequently handled during installation and may be repeatedly connected and disconnected over their service life. Therefore, mechanical durability is essential. This keystone jack is designed for 750 plug and socket insertion cycles, supporting long-term use in areas where patch cords may be changed during maintenance, equipment upgrades, desk relocation, or network troubleshooting. The product also supports 250 wire terminations, reflecting its ability to withstand repeated termination operations under specified conditions.

The insertion force is not more than 20 N, while pull-out force is not less than 20 N. These values indicate a balanced connection experience: the plug can be inserted without excessive force, yet the connection remains secure after insertion. The connector connection device can withstand 50 N for 60 ± 5 seconds, adding further confidence in its physical reliability.

The IDC terminal accommodates 22 to 26 AWG twisted pair. This compatibility range is important because different project specifications may use different conductor gauges depending on cable construction, shielding type, and installation environment. A connector that accepts this range gives contractors flexibility without sacrificing electrical contact integrity.

Materials Selected for Electrical and Environmental Performance

The product uses carefully selected metallic and non-metallic materials. The gold needles are made of phosphor bronze with gold plating. Phosphor bronze is commonly used in connector contacts because it offers good elasticity, conductivity, fatigue resistance, and corrosion resistance. Gold plating improves contact reliability by resisting oxidation and maintaining stable low-resistance contact at the plug interface. The specified gold-plated layer thickness range is 6 to 50 microinches, allowing the product to support different customer requirements and market positioning.

The IDC wire terminals are made of phosphor bronze with nickel plating. This material choice helps support reliable insulation displacement contact and long-term stability. Nickel plating improves corrosion resistance and supports mechanical durability at the termination point. The printed circuit board material is FR4, a widely used glass-reinforced epoxy laminate with stable electrical and mechanical characteristics for connector applications.

The non-metallic materials include PC polycarbonate and PA66 nylon 66. Polycarbonate offers strength, dimensional stability, and impact resistance, while nylon 66 provides toughness and durability. These plastics are suitable for modular components that must withstand installation pressure, handling, and environmental changes. The materials also help the product meet environmental requirements, including RoHS compliance.

Electrical Characteristics

The electrical characteristics of a keystone jack determine whether it can support stable network transmission. The SMT-1038T8C6A-FTP has a working voltage of 125 V and withstands DC 1000 V or AC 750 V for one minute without breakdown or arcing. The insulation resistance is initially at least 100 MΩ and remains at least 100 MΩ after a constant damp heat test. These values show that the jack is engineered for safe electrical separation and stable insulation under humid conditions.

The product’s frequency range of 1 to 500 MHz aligns with CAT6A performance expectations. Its contact pin design uses high and low dislocation technology to reduce near-end crosstalk. Because CAT6A networks can be sensitive to signal coupling inside connectors, this detail is an important competitive advantage. The connector is not just a metal shell around a basic jack; it integrates contact geometry and internal signal management to support high-frequency transmission.

Feature	Specification	Practical Benefit
Product Type	180 Degree Shielded Toolless CAT6A Keystone Jack	Supports structured copper cabling connections in panels, outlets, and work areas
Frequency Range	1 to 500 MHz	Suitable for CAT6A high-frequency network transmission
Wiring Sequence	T568A and T568B	Flexible installation according to project standards
Shielding	360-degree metal shield	Helps prevent electromagnetic interference and improves link stability
Shell Material	Zinc alloy die-cast metal	Provides strength, shielding continuity, and grounding reliability
Termination Method	Toolless IDC termination	Reduces installation time and improves termination consistency
Compatible Cable Size	22 to 26 AWG twisted pair	Works with common shielded copper network cables
Plug Insertion Durability	750 cycles	Supports long service life and repeated patch cord changes
Wire Termination Durability	250 cycles	Allows dependable retermination during installation or maintenance
Environmental Range	-25°C to +70°C, humidity up to 85%	Suitable for a wide range of indoor cabling environments

Compact Short-Body Advantage

The short-body structure is a practical advantage that becomes valuable during real installation. Many cabling products look similar in catalog images, but installers quickly notice the difference when working in a shallow wall box or a dense patch panel. A long connector body can force the cable into a sharp bend, place stress on the termination point, or make it difficult to close a face plate. The short body of this keystone jack helps create additional working space behind the front mounting surface.

This is especially useful for shielded cables, which are often thicker and less flexible than unshielded cables. When installers must preserve cable geometry and avoid excessive bending, a compact jack can improve the final quality of the link. The embedded design allows the module to be installed on a distribution frame to form a modular distribution frame. This modularity gives system designers flexibility in planning port counts, maintenance methods, and future expansion.

Compared with bulky shielded jacks that occupy too much rear space, this short-body design provides a better balance between shielding performance and installation convenience. It helps contractors build neat, serviceable cabling layouts and reduces the chance that mechanical stress will affect the IDC termination over time.

Standards and Compliance

The product is designed according to relevant structured cabling specifications. The general applicable standard is YD/T 926.1-2009, and the sub-standard is YD/T 926.3-2009. These standards relate to generic cabling requirements and components used in communication cabling systems. The product also meets RoHS environmental requirements, reflecting restrictions on hazardous substances and supporting environmentally responsible procurement.

For project owners, standards compliance matters because cabling infrastructure is a long-term investment. A building network may remain in service for many years, supporting multiple generations of equipment. Components that follow recognized standards help reduce compatibility risks and support predictable integration with patch cords, cables, panels, and outlets from the same standard series.

Environmental Resistance and Storage Stability

The jack is designed for operation in temperatures from -25°C to +70°C and humidity up to 85 percent under specified conditions. This range supports many indoor communication environments, including equipment rooms, offices, commercial spaces, public buildings, and controlled industrial areas. The insulation resistance after damp heat testing remains at least 100 MΩ, which is important for stability in humid climates or buildings where temperature and humidity may vary.

The product also includes salt spray test requirements. The salt solution has a pH value between 6.5 and 7.2 before atomization at 35 ± 2°C, and the concentration is 5 ± 0.1 percent by mass. Continuous atomization is recommended for 48 hours. These conditions help assess corrosion resistance, particularly for metal surfaces and plated components. Although structured cabling components are commonly installed indoors, corrosion resistance remains important for ports near coastal regions, humid environments, or facilities where air quality may include contaminants.

Packaging and storage are also specified. Products are placed into special blister bags and then into cardboard boxes with accessories. The carton label indicates product model and quantity. Packaged products should be stored in a warehouse with ambient temperature from -5°C to +30°C, relative humidity not more than 70 percent, and air free from acid, alkali, and corrosive gases. Under these conditions, the storage period is three years. Regular packing quantity is 10 boxes per carton, 50 pieces per box, and 500 pieces per carton.

Advantages Over Ordinary Keystone Jacks

In the market, many keystone jacks appear similar, but their real value differs greatly. Ordinary products may focus on low price while compromising shielding, contact quality, plastic stability, or termination convenience. The SMT-1038T8C6A-FTP offers several advantages that distinguish it from lower-grade alternatives.

First, it provides full 360-degree shielding rather than partial shielding or no shielding. This is critical for CAT6A systems in electrically noisy environments. A fully shielded metal enclosure helps reduce electromagnetic interference and supports stable channel performance.

Second, it uses a zinc alloy die-cast shell, which delivers both strength and shielding continuity. Some competing products rely on thin stamped metal or plastic housings with limited shield coverage. A die-cast structure offers a more robust enclosure and supports a reliable grounding arrangement.

Third, it features a toolless termination design. This helps improve installation speed and reduces the risk of inconsistent punch-down quality. In large projects, faster termination can reduce labor cost and shorten installation schedules.

Fourth, it supports a short-body configuration. This provides practical value in compact spaces and helps reduce cable bending stress. Installers benefit from easier rear cable management, especially in dense or shallow installation locations.

Fifth, it uses quality contact materials, including phosphor bronze gold-plated pins and nickel-plated IDC terminals. These materials support reliable electrical contact and mechanical durability. Low-cost connectors may use inferior materials that oxidize more easily or lose spring force over time.

Sixth, it is designed for repeated use, with 750 plug insertion cycles and 250 wire termination cycles. This durability supports maintenance, reconfiguration, and long service life.

Finally, the product is backed by an experienced manufacturing organization with strong production capacity, engineering support, quality control, and customization capability. The value of a connector is not only in its design but also in how consistently that design can be produced at scale.

Manufacturing Strength Behind the Product

Yuyao Simante Network Communication Equipment Co., Ltd. is a professional manufacturer of network cabling solutions and optical fiber products, integrating design, development, sales, and service. With nearly 20 years of service experience, the company has built its capabilities around meeting customer needs and providing value from the earliest stage of communication. This experience is important because structured cabling products require practical understanding of installation habits, market standards, electrical performance, and project requirements.

The company maintains a mature research and development system that supports quality stability at the design source. More than 10 engineers and over 30 full-time technical personnel contribute to product improvement, quality enhancement, and product updates. For a keystone jack, design capability is vital. The connector must balance electrical performance, mechanical size, shielding continuity, material cost, mold precision, assembly efficiency, and field usability. Engineering experience helps refine these details before mass production begins.

The factory has 10 regular and customization production lines, 10 fully automatic injection molding machines, 20 semi-automatic injection molding machines, and 8 automatic installation machines. These resources support stable annual output of more than 9 million units. High production capacity matters to distributors, contractors, and OEM customers because it helps ensure stable supply for large projects and repeat orders. It also supports customization programs where customers may require packaging, plating thickness, color options, labeling, or other project-specific details.

The company serves markets in Europe, Australia, Africa, the Middle East, and Southeast Asia, and undertakes OEM and ODM projects. This export experience gives the manufacturer exposure to diverse customer expectations and project standards. The high-end market positioning leads to stricter product quality requirements, including comprehensive testing and production management. For customers choosing a CAT6A shielded keystone jack, this manufacturing background provides confidence that the product is not a one-time sample but a repeatable, scalable, quality-controlled solution.

Advanced Production Processes and Quality Control

A high-performance keystone jack depends on controlled manufacturing processes. The plastic components must be molded accurately so the internal conductors, latch mechanisms, and termination covers fit precisely. The metal shield must be formed or die-cast to maintain correct geometry and grounding contact. The PCB must be manufactured from suitable FR4 material and assembled consistently. The contacts must be plated correctly, positioned accurately, and protected from contamination. Each process influences the final electrical and mechanical performance.

Automatic and semi-automatic injection molding capacity allows the manufacturer to control key plastic parts such as the termination cover, internal support body, dust-proof cap, and modular housing. Stable molding dimensions help maintain consistent conductor positioning and mechanical fit. Automatic installation machines improve assembly repeatability and reduce human variation. In connector manufacturing, repeatability is essential because a small dimensional deviation can influence insertion force, contact pressure, or crosstalk performance.

Quality management also involves material verification, assembly inspection, functional testing, and packaging control. The specified electrical parameters, mechanical characteristics, environmental requirements, salt spray conditions, and durability values provide a framework for quality evaluation. By combining design control with production testing, the manufacturer can deliver a product that performs consistently across batches.

Application Scenarios

The SMT-1038T8C6A-FTP is suitable for many structured cabling applications. In commercial office buildings, it can be installed in wall face plates and work-area outlets, connecting horizontal cable from the telecommunications room to user equipment. In data rooms and equipment rooms, it can be mounted in modular patch panels to support organized port management. In smart buildings, it can support network connections for automation controllers, IP cameras, wireless access points, access control terminals, and other connected devices.

Its shielded design makes it useful where power cables, electrical equipment, motors, lighting systems, or dense cable bundles may generate interference. Its CAT6A frequency range supports modern high-speed network requirements. Its short-body design helps in renovation projects where old wall boxes may have limited depth or where new cabling must be installed in restricted pathways. Its toolless structure supports fast deployment in large projects and easier replacement during maintenance.

The jack can be used with connectors of the same standard series, helping build integrated cabling systems. When combined with suitable shielded copper twisted-pair cable and shielded patch cords, it contributes to a continuous shielded channel from equipment to outlet.

Installation Considerations

To achieve the best performance, installers should follow good structured cabling practices. The cable jacket should be stripped carefully without damaging the shielding layer or twisted pairs. Pair untwist should be minimized as much as practical, especially for CAT6A links. The conductor sequence should match the selected T568A or T568B wiring plan, and the clear label on the cover should be used to avoid wiring errors. The shielding layer should be connected according to the product grounding design so that shielding continuity is maintained.

During installation in a patch panel or face plate, installers should avoid excessive cable bending behind the module. The short-body design provides more space, but cable routing still needs to respect bend-radius requirements. After termination, continuity and performance testing should be performed according to project specifications. Proper testing verifies that the jack, cable, patch cord, and installation workmanship together satisfy the required channel or permanent link performance.

Because the product is toolless, it is convenient for field technicians; however, care is still required. Conductors should be placed fully into the termination slots before closure. The mechanism should be closed evenly. If retermination is necessary, the product supports repeated wire terminations under specified conditions, but unnecessary repeated handling should still be avoided in professional installations.

Why This Product Adds Value to Cabling Projects

A structured cabling system is expected to serve for years, often through changes in network equipment, user layouts, and data demands. Choosing a reliable keystone jack helps protect that investment. The SMT-1038T8C6A-FTP adds value by reducing installation time, improving shielded link reliability, supporting CAT6A performance, and fitting into compact spaces. It is a small component with a large influence on final network quality.

For contractors, the product improves efficiency through toolless termination and clear wiring labels. For system integrators, it provides compatibility with modular patch panels and work-area outlets. For building owners, it supports stable network infrastructure and reduces the likelihood of failures caused by weak termination or interference. For distributors and OEM customers, it is supported by a manufacturer with strong production capacity and customization capability.

In competitive terms, the product stands out because it combines several desirable features in one module: CAT6A performance, 500 MHz frequency range, 360-degree shielding, zinc alloy die-cast housing, short-body design, toolless IDC termination, durable contact materials, and structured manufacturing support. Many products offer one or two of these advantages, but a balanced design that addresses electrical, mechanical, installation, and supply-chain requirements is more valuable for professional projects.

Q&A Section

Q1: What is the main purpose of the SMT-1038T8C6A-FTP keystone jack?

It is used as a CAT6A shielded modular connector in structured copper cabling systems. It connects horizontal wiring to work-area outlets, patch panels, data sockets, or other network interfaces through an RJ45 jack and IDC termination.

Q2: Why is 360-degree shielding important?

360-degree shielding helps protect the signal path from electromagnetic interference. It is especially useful in environments with power cables, electrical equipment, dense cable bundles, or other interference sources. It also helps maintain shielding continuity in a properly grounded shielded cabling system.

Q3: What does “toolless” termination mean?

Toolless termination means the installer can terminate the cable conductors into the IDC contacts without using a separate punch-down tool. This can save time, improve convenience, and reduce variation caused by manual punching force.

Q4: Which wiring standards does the product support?

The product supports both T568A and T568B wiring sequences. The universal wire sequence label on the dust-proof wire cover helps installers terminate accurately according to the selected project requirement.

Q5: What cable sizes can be used with the IDC terminal?

The IDC terminal is designed for 22 to 26 AWG twisted-pair conductors, covering common copper network cable sizes used in structured cabling systems.

Q6: What is the benefit of the short-body design?

The short body provides more working space behind patch panels, wall plates, and shallow boxes. It helps reduce cable stress and makes installation easier, particularly when using thicker shielded CAT6A cables.

Q7: How durable is the connector?

The plug and socket interface is designed for 750 insertion cycles, and the wire termination portion supports 250 termination cycles. This durability supports long-term use, maintenance, and reconfiguration.

Q8: What materials are used in the contacts?

The gold needles are phosphor bronze with gold plating, and the IDC terminals are phosphor bronze with nickel plating. These materials support conductivity, elasticity, corrosion resistance, and reliable long-term contact.

Q9: Is the product suitable for humid environments?

The product is designed for humidity up to 85 percent under specified conditions, and its insulation resistance remains at least 100 MΩ after damp heat testing. Proper installation and storage conditions should still be followed.

Q10: What makes this product different from low-cost keystone jacks?

It combines CAT6A performance, 500 MHz frequency capability, all-round shielding, a zinc alloy die-cast shell, reliable grounding design, toolless termination, short-body installation convenience, durable materials, and stable manufacturing support. These features make it better suited for professional structured cabling projects than basic low-cost connectors.

Conclusion

The SMT-1038T8C6A-FTP 180 Degree Shielded Toolless Keystone Jack Short Body is a professional CAT6A connectivity component designed for reliable structured cabling. It addresses the practical needs of installers, contractors, integrators, and end users by combining high-frequency performance, shielding protection, compact installation, quick termination, and durable materials. Its RJ45-to-IDC structure supports standard network connection methods, while its T568A and T568B compatibility offers wiring flexibility.

The product’s strongest advantages come from the integration of its design details. The 360-degree shield and zinc alloy die-cast housing help resist electromagnetic interference. The high and low dislocation contact technology helps reduce near-end crosstalk. The short-body structure improves installation in restricted spaces. The toolless IDC design increases efficiency. The phosphor bronze gold-plated and nickel-plated contact materials support dependable electrical performance. The environmental and durability specifications further reinforce long-term value.

Behind the product is a manufacturer with nearly two decades of experience, a mature R&D system, engineering and technical teams, multiple production lines, advanced injection molding capacity, automatic installation equipment, and large-scale annual output. This manufacturing foundation supports consistent quality, OEM and ODM capability, and stable supply for global markets.

For modern copper structured cabling systems, the quality of every termination point matters. A keystone jack must do more than provide a socket; it must preserve signal integrity, maintain shielding continuity, withstand repeated use, and simplify field installation. The SMT-1038T8C6A-FTP meets these needs with a balanced, professional design suitable for high-performance CAT6A cabling projects.

References

1. YD/T 926.1-2009, Generic Cabling for Customer Premises, General Specification.

2. YD/T 926.3-2009, Generic Cabling for Customer Premises, Cabling Components and Connection Hardware Specification.

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

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

5. IEC 60603-7 Series, Connectors for Electronic Equipment, Detail Specifications for 8-Way Shielded and Unshielded Connectors.

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