Cat6A FTP Screened Low Profile 45 Degree Toolless Cable Entry Jack for High-Density Networks

Modern structured cabling systems must support higher bandwidth, greater equipment density, and more demanding installation environments than previous generations of network infrastructure. As data rates increase and network cabinets become more compact, every component in the permanent link and channel must contribute to reliable performance. The SMT-1079T8C6A-FTP FTP Screened Low Profile 45 Degree Cable Entry Jack Toolless is designed for this type of application. It combines Category 6A compatibility, FTP screening, a low-profile housing, a 45-degree cable entry orientation, and a tool-free termination concept in one compact keystone jack format.

The product is intended for copper structured cabling systems where installation flexibility, electromagnetic protection, space efficiency, and dependable cable management are important. It can be used in suitable wall outlets, patch panels, faceplates, consolidation points, and other modular keystone applications. By directing the cable at approximately 45 degrees, the jack helps reduce sharp bends and supports cleaner cable routing in locations where a straight-entry jack may create excessive strain or consume valuable space.

Manufactured by Yuyao Simante Network Communication Equipment Co., Ltd., the jack reflects the company’s long-term focus on network cabling solutions, keystone jacks, patch panels, wall faceplates, data sockets, and related communication products. The manufacturer integrates product design, development, sales, and service, while operating multiple production lines, injection molding equipment, automatic assembly machinery, engineering resources, and testing capabilities.

This article examines the product’s construction concept, functional advantages, installation value, application range, manufacturing strengths, quality considerations, and purchasing guidance. It also explains why a screened low-profile 45-degree keystone jack can provide practical advantages over conventional straight, bulky, or more installation-intensive alternatives.

SMT-1079T8C6A-FTP FTP Screened Low Profile 45 Degree Cable Entry Jack Toolles

1. Product Overview

The SMT-1079T8C6A-FTP is a screened Category 6A keystone jack developed for copper data cabling installations. Its FTP designation indicates a screened or foil-screened construction intended to help control electromagnetic interference when used with compatible screened cable, connectors, patch panels, grounding paths, and installation practices.

The product is also identified as a low-profile 45-degree cable entry jack. These features are not merely cosmetic. The profile and entry angle directly influence how a cable is positioned after termination, how much room is needed behind a faceplate, and how easily the installer can maintain the recommended bend radius of the horizontal cable.

A toolless design further supports efficient field installation. Instead of requiring a dedicated punch-down tool for every termination, the cable conductors can be positioned according to the designated wiring scheme and secured through the jack’s integrated termination structure. The exact termination procedure should follow the product’s installation instructions and the selected T568A or T568B wiring configuration.

As a modular keystone component, the jack can be incorporated into a variety of standard mounting systems. This modular format gives system designers greater freedom to combine copper outlets, fiber adapters, blank modules, audio-visual modules, and other compatible inserts in the same faceplate or patch panel.

Product Feature	Practical Value	Typical Installation Benefit
Category 6A design	Supports high-performance copper structured cabling applications	Suitable for demanding data networks when the complete channel is designed correctly
FTP screening	Helps reduce the impact of electromagnetic interference	Useful in electrically noisy or high-density environments with proper bonding and grounding
Low-profile housing	Requires less space behind the outlet or panel	Improves compatibility with compact boxes, cabinets, and dense installations
45-degree cable entry	Promotes organized cable direction and reduced routing stress	Helps installers manage bend radius and cable exit direction
Toolless termination concept	Reduces dependence on separate termination tools	Can simplify field installation and support faster deployment
Keystone modular format	Works with suitable modular panels and faceplates	Provides flexible system design and convenient replacement

2. Why Category 6A Connectivity Matters

Category 6A cabling is widely selected for networks that require greater transmission capacity and improved performance margins than standard Category 5e or Category 6 systems. It is commonly associated with 10 Gigabit Ethernet over balanced twisted-pair cabling at appropriate channel lengths and under suitable installation conditions.

However, the performance of a Category 6A channel does not depend on one jack alone. The cable, patch panel, connectors, patch cords, equipment interfaces, installation workmanship, and testing process must all be compatible. The SMT-1079T8C6A-FTP is therefore best understood as one important component in a complete Category 6A structured cabling system.

A properly selected Cat6A jack helps preserve the geometry of the twisted pairs, maintain separation between pairs, and provide a secure connection point. The design must accommodate the larger conductor sizes and cable dimensions often associated with high-performance cabling. It must also support consistent termination so that variations between installation points are minimized.

High-frequency network signals are sensitive to several forms of degradation, including insertion loss, return loss, crosstalk, impedance discontinuity, and external interference. A well-designed jack uses controlled contact placement, suitable insulation materials, and a termination structure intended to keep the electrical path stable. When combined with correct cable preparation and testing, this supports dependable communication performance.

For organizations planning network upgrades, Cat6A infrastructure can offer additional capacity for servers, wireless access points, IP cameras, building automation, storage systems, and other devices. It may also provide a longer service life as bandwidth requirements continue to grow. The low-profile screened jack is particularly useful where the network must be upgraded without creating unnecessarily large outlets or congested cable pathways.

3. Advantages of the FTP Screened Construction

3.1 Electromagnetic Interference Management

Electrical equipment such as motors, variable-frequency drives, power supplies, fluorescent lighting systems, transformers, and industrial control devices can generate electromagnetic energy. In certain environments, this energy may affect unshielded communication cabling. A screened system adds a conductive layer around the cable structure and uses compatible screened connectivity to help reduce the influence of external interference.

The FTP jack is designed to work as part of that screened pathway. Its metal or conductive screening structure can help create continuity around the connection point when correctly mated with the cable shield and the grounding system. This is especially valuable in factories, data centers, transportation facilities, laboratories, commercial buildings with dense electrical infrastructure, and areas where network cables run near power equipment.

Screening is not a substitute for correct installation. The cable shield must be properly prepared, the jack must be compatible with the selected cable, and the panel or faceplate should provide an appropriate bonding path. The building grounding and bonding system must also be designed and maintained according to applicable electrical requirements.

3.2 Improved Protection in High-Density Environments

As more cables, switches, servers, and power systems occupy the same space, the risk of electromagnetic coupling can increase. Screened components can provide an additional layer of protection when the network design calls for it. The compact screened jack can be used in dense outlets and panels without requiring a large, separate connector format.

For network planners, the key advantage is system consistency. Using a screened jack with screened cable and screened patching components helps avoid weak points in the link. A single unshielded component may interrupt the shielding strategy, so a complete screened channel should be planned from the outlet to the equipment connection.

3.3 Mechanical Stability of the Screened Connection

In addition to electrical screening, a well-designed metal or conductive shell can add mechanical strength around the termination area. The shield may help protect the internal contact structure from accidental impact during installation and maintenance. It can also assist in maintaining a stable interface when the jack is installed in a compatible metal or screened panel.

The overall result is a connector suitable for applications where electrical performance and physical durability are both important. As with all network hardware, the installer should avoid excessive force, twisting, or repeated cable movement after termination.

4. Value of the Low-Profile Housing

Space is a major consideration in modern structured cabling. Wall boxes may be shallow, furniture outlets may have limited internal volume, and high-density patch panels may place modules close together. A bulky jack can make cable management difficult and may force the cable into a tighter bend than recommended.

The low-profile format of the SMT-1079T8C6A-FTP is intended to reduce the amount of space occupied behind the visible outlet. This helps when the jack is installed in compact faceplates, shallow back boxes, modular floor boxes, furniture systems, and densely populated panels.

A compact connector can also improve the appearance of the finished installation. Cables can be directed more naturally instead of being folded sharply behind the faceplate. This makes the outlet easier to service and may reduce the amount of pressure transferred to the termination point.

Low-profile construction is particularly beneficial in retrofit projects. Existing buildings may have limited wall depth, crowded conduits, or fixed furniture locations. Replacing a conventional connector with a more compact angled design can provide additional routing flexibility without requiring extensive changes to the surrounding infrastructure.

It is important to distinguish between a low-profile jack and a jack that has simply been made smaller without sufficient attention to electrical performance or mechanical strength. A suitable low-profile design must preserve the termination area, contact alignment, shielding continuity, and cable retention features required for reliable operation.

5. Benefits of the 45-Degree Cable Entry

5.1 More Natural Cable Routing

A straight-entry jack directs the cable directly toward the rear of the outlet. This can be acceptable in a deep enclosure, but it may be inconvenient where the cable must turn immediately after leaving the jack. A 45-degree entry changes the exit direction and can make the cable path more natural in compact spaces.

The angled path can reduce the need for abrupt bends. Maintaining the recommended bend radius is important because excessive bending can deform the cable geometry, disturb pair balance, increase return loss, and reduce the performance margin of the link.

5.2 Reduced Installation Congestion

In a dense patch panel, several straight-entry connectors may force cables to overlap or press against adjacent modules. The 45-degree orientation helps distribute the cable exits and can make patching areas easier to organize. It may also improve access to the termination area during installation and maintenance.

For wall outlets, the angled cable direction can help the cable turn toward a vertical or horizontal pathway without requiring a large loop behind the faceplate. This is useful in workstations, conference rooms, classrooms, retail spaces, and office environments where the outlet depth is limited.

5.3 Support for Better Cable Management

Good cable management is not only about appearance. It affects serviceability, airflow, strain control, and long-term reliability. A 45-degree cable entry helps installers establish a predictable routing pattern. Cables can be grouped according to their direction, supported with suitable management accessories, and labeled with less visual obstruction.

The angled arrangement may also reduce the chance that technicians will pull or twist the cable while installing the faceplate. A carefully managed cable path protects both the jacket and the termination point.

6. Toolless Termination and Installation Efficiency

Traditional keystone termination often requires a punch-down tool and careful handling of each conductor. A toolless jack uses an integrated closure or termination mechanism to secure the conductors without relying on a separate punch-down tool for the primary termination operation.

This can provide several practical advantages. First, it reduces the number of tools required at the worksite. Second, it can shorten the installation time for repetitive outlet deployments. Third, it may be convenient in locations where access is limited or where technicians need to complete quick changes during a live construction schedule.

Toolless termination can also simplify maintenance. If a jack must be replaced, a technician may be able to perform the work with fewer tools and less disruption. This is valuable in office buildings, hotels, education facilities, and other locations where access to network outlets must be restored quickly.

Even with a toolless design, the quality of the installation depends on preparation. The installer should use the correct stripping length, preserve pair twist as close as practical to the termination point, follow the color code, and ensure that each conductor is fully seated. The cable shield should be prepared according to the product’s instructions so that screening continuity is not compromised.

The termination cover or closure should be fully secured, and the completed jack should be checked for conductor displacement, exposed copper, damaged insulation, loose shield material, or excessive cable movement. A visual inspection should be followed by certification testing when required by the project specification.

Recommended Installation Sequence

1. Confirm that the cable type, conductor diameter, jacket diameter, and shielding construction are compatible with the jack.

2. Determine whether the project uses the T568A or T568B wiring scheme, and apply the selected scheme consistently throughout the channel.

3. Route the cable toward the 45-degree entry direction while maintaining the cable manufacturer’s recommended bend radius.

4. Remove only the necessary amount of jacket and prepare the shield without damaging the twisted pairs.

5. Arrange each conductor according to the color code printed or specified for the jack.

6. Place the conductors into the appropriate termination positions and verify that they are correctly seated.

7. Close or secure the toolless termination mechanism according to the installation procedure.

8. Confirm that the shield is in contact with the connector’s screening structure and that the grounding path is suitable for the system.

9. Install the jack into the compatible faceplate, patch panel, or modular housing.

10. Test the completed link and document the result for future maintenance.

7. Comparison with Conventional Alternatives

The advantages of this product become clearer when it is compared with common alternatives. A standard unshielded straight-entry Cat6 jack may be adequate in a low-interference environment, but it may not provide the same protection or routing flexibility. A larger screened jack may offer shielding but consume more space behind the outlet. A tool-dependent jack may provide familiar termination behavior but require additional equipment and more installation time.

Comparison Factor	Conventional Straight Unscreened Jack	Large Screened Jack	SMT-1079T8C6A-FTP Design Approach
Screening	Limited or unavailable	Available	FTP screened configuration for compatible screened systems
Cable direction	Primarily straight rear exit	Often straight or dependent on housing	45-degree entry supports directed routing
Space requirement	Varies, often moderate	May be greater because of shield structure	Low-profile format aims to reduce installation depth
Termination method	May require punch-down tool	May require punch-down tool or special accessories	Toolless termination concept can simplify field work
High-density suitability	Acceptable depending on design	May create congestion	Angled low-profile structure is suited to compact layouts
System flexibility	Common modular compatibility	Depends on panel and grounding design	Keystone format supports suitable modular applications

This comparison does not mean that one jack is correct for every project. The right selection depends on cable construction, environmental conditions, required data rates, grounding requirements, enclosure dimensions, and applicable standards. The value of the SMT-1079T8C6A-FTP lies in combining several installation-oriented features in one product rather than requiring the designer to choose between them.

8. Applications in Structured Cabling

8.1 Data Centers

Data centers require high-density connectivity, careful cable management, and predictable maintenance procedures. Screened Cat6A connectivity may be selected in areas where equipment density and electrical infrastructure create concerns about interference. The low-profile 45-degree format can help route cables in cabinets and patching zones where space is limited.

The product may be suitable for compatible copper patching systems, equipment cabinets, and structured cabling distribution areas. Before deployment, the data center designer should confirm rack-unit layout, grounding architecture, cable management direction, and testing requirements.

8.2 Commercial Offices

Office networks increasingly support high-speed workstations, wireless access points, video conferencing, IP telephones, security systems, and building management devices. A compact angled jack can fit well in wall outlets and furniture-based work areas while keeping cable exits organized.

The toolless installation concept may be useful during office renovation projects, where technicians must upgrade many outlets with minimal disruption to employees. The modular design also supports future replacement or rearrangement of outlets.

8.3 Industrial Facilities

Industrial sites often contain motors, controllers, welding equipment, variable-speed drives, and other sources of electromagnetic energy. In these environments, a screened copper channel may offer an important design advantage when correctly grounded and installed with compatible screened cable.

The mechanical routing advantages of the 45-degree entry can also help protect cables from sharp bends and accidental interference around machinery, control cabinets, and production lines. The jack should be installed in a housing suitable for the environmental conditions, including dust, moisture, vibration, and temperature requirements.

8.4 Education and Public Buildings

Schools, universities, libraries, hospitals, and public buildings require large numbers of reliable network outlets. Their installation areas may range from deep technical rooms to shallow wall boxes and furniture outlets. A modular low-profile jack can support standardized deployment across different spaces.

Where network equipment shares pathways with power systems or specialized electrical equipment, the screened configuration may be considered as part of the overall interference-control strategy. Consistent labeling and certification testing are especially important in large public installations.

8.5 Smart Home and Building Automation Systems

Structured copper cabling is increasingly used for connected lighting, access control, sensors, cameras, audio-visual systems, and building automation. These systems may require reliable outlets in compact panels or service areas. The small angled jack can support clean integration in modular communication outlets.

Although many automation devices use modest bandwidth, their long service life and distributed installation make dependable physical connectivity important. A well-organized outlet also simplifies future maintenance and system expansion.

9. Manufacturing Strengths Behind the Product

Product performance begins with design but depends heavily on manufacturing consistency. Yuyao Simante Network Communication Equipment Co., Ltd. has developed its capabilities around network cabling solutions and optical fiber products. The company integrates design, development, sales, and service, allowing product requirements and customer feedback to move through a connected internal process.

The manufacturer reports nearly 20 years of service in the network communication field. This experience supports an understanding of the practical issues encountered by installers, distributors, system integrators, and end users. Keystone jacks and related connectivity products must satisfy both electrical and mechanical requirements, so experience across product development and manufacturing is valuable.

9.1 Engineering and Technical Resources

The company has more than 10 engineers and over 30 full-time technical personnel. These resources support product development, manufacturing improvement, quality control, production support, and product updates. A technical team can help address issues such as material selection, contact alignment, mold design, assembly repeatability, screening continuity, and compatibility with customer applications.

Engineering involvement is particularly important for compact products. Reducing the size of a jack while preserving performance requires careful coordination between housing geometry, termination access, contact spacing, locking features, and cable routing. A 45-degree screened design must also balance electrical continuity with mechanical convenience.

9.2 Injection Molding Capability

The factory operates fully automatic and semi-automatic injection molding equipment. Injection molding is central to the production of keystone jack housings, covers, clips, insulation components, and other polymer parts. Stable molding conditions help maintain dimensional accuracy, repeatability, surface quality, and assembly fit.

For a low-profile connector, dimensional control is especially important. Small deviations may affect the fit inside a faceplate, the alignment of the termination cover, or the pressure applied to internal components. Consistent molding helps support efficient automatic or semi-automatic assembly and reduces variation between production batches.

Material selection and process control also contribute to product reliability. The insulating components must provide suitable electrical separation and mechanical stability, while the outer housing must withstand normal installation and service handling. Production controls should address temperature, pressure, cooling time, mold condition, and part inspection.

9.3 Automatic Assembly and Production Lines

The company maintains 10 regular and customization production lines and operates automatic installation machinery. Automated or semi-automated assembly can improve repeatability in processes such as contact insertion, shield placement, cover installation, clip fitting, and component alignment.

Automation does not eliminate the need for skilled personnel. Instead, it combines controlled machine operations with technical supervision, inspection, maintenance, and process improvement. This approach can support stable output while allowing customization for different customer requirements.

The factory reports an annual output of more than 9 million units. This production scale supports regular supply for distributors, contractors, system integrators, and OEM or ODM customers. Capacity is also important for project continuity, particularly when a structured cabling rollout requires consistent product availability across multiple sites.

9.4 Testing and Quality Assurance

Network connectivity products require more than visual inspection. Performance testing may include dimensional checks, contact continuity, insertion and removal evaluation, mechanical retention, insulation verification, shielding continuity, and electrical transmission testing. The precise test program should correspond to the product design and customer requirements.

The company emphasizes performance testing and the ability to meet comprehensive customer testing requirements. This is valuable for professional network projects, where customers may require samples, inspection records, batch controls, or pre-shipment verification.

Quality begins at the design source. Mold construction, component tolerance, contact positioning, and assembly sequence all affect the final product. A stable manufacturing system therefore reduces the likelihood that defects will be discovered only after installation in the field.

10. Customization, OEM, and ODM Support

Different markets may require variations in color, labeling, packaging, mounting clips, wiring identification, shield structure, cable compatibility, or faceplate integration. A manufacturer with regular and customized production lines can adapt selected features according to project requirements.

OEM and ODM services can be useful for distributors and brands that need products supplied under their own specifications. Cooperation may involve product identification, packaging artwork, carton design, inspection procedures, documentation, or engineering changes. Any customization should be confirmed through technical drawings, samples, and written specifications before mass production.

For contractors and system integrators, customization may help standardize outlets across a project. For distributors, it can support a product family with consistent appearance and packaging. For equipment manufacturers, an adapted keystone component may simplify integration into a proprietary panel or enclosure.

The most effective customization process begins with a clear technical brief. The customer should define the cable type, conductor size, shield construction, mounting format, performance category, operating environment, quantity, packaging needs, and required test documentation. The manufacturer can then assess tooling, materials, production capacity, and validation requirements.

11. Installation Quality and System-Level Considerations

Even a high-quality jack can perform poorly if installed incorrectly. The complete cabling channel should be designed as a system. Cable routing, separation from power, grounding, patching, bend radius, pulling tension, connector termination, and testing all influence the final result.

11.1 Cable Compatibility

Before ordering, confirm that the jack accepts the selected Cat6A cable. Cable diameter, conductor gauge, conductor type, insulation thickness, pair separator, and shield construction can vary. A jack designed for one cable geometry may not terminate correctly with another if the dimensions fall outside its intended range.

11.2 Shield Bonding

FTP screening is effective only when the screen is continuous through the channel and connected to an appropriate bonding path. The installer should confirm compatibility among the cable shield, jack shield, patch panel, faceplate, cabinet, and grounding system. Poorly bonded screens may provide limited protection and can create uncertainty during troubleshooting.

11.3 Pair Twist and Cable Geometry

Twisted-pair cables are manufactured with carefully controlled geometry. Excessive untwisting near the connector can reduce performance, especially at higher frequencies. Installers should preserve the pair twist as close as practical to the termination point and avoid flattening, crushing, or sharply bending the cable.

11.4 Testing and Documentation

Permanent links and channels should be tested according to the project specification. Testing may identify wiring errors, excessive resistance, return loss problems, crosstalk, shield discontinuity, or other issues that are not visible during installation. Test results should be retained with outlet identifiers, cable routes, rack positions, and date information.

12. Maintenance and Long-Term Serviceability

A structured cabling system may remain in service for many years. During that period, outlets can be moved, patch cords can be replaced, and equipment can be upgraded. A modular keystone jack makes future service easier because the connector can be replaced without rebuilding the entire faceplate or patch panel.

The low-profile design may also reduce the risk of accidental impact from furniture or equipment placed near the outlet. The 45-degree cable direction can help prevent patch cords or horizontal cables from being forced directly backward into the termination area.

Maintenance personnel should inspect the jack if a link experiences intermittent faults. Common checks include confirming that the plug is fully inserted, the latch is not damaged, the cable has not been sharply bent, the termination cover remains secure, and the screening path is intact. If the connector has been subjected to excessive pulling or impact, replacement may be more efficient than repeated retermination.

Clear labeling is recommended for every outlet. Labels should identify the outlet number, patch panel position, rack, room, or service area according to the project’s documentation scheme. Good records help technicians isolate faults and reduce the time required for future changes.

13. Purchasing and Project Selection Guidance

Buyers should evaluate more than the product name when selecting a Cat6A screened keystone jack. The following questions can help determine whether the SMT-1079T8C6A-FTP is suitable for a specific project.

Is the network designed for a screened or unscreened channel? If screening is required, are all related components compatible?

Does the selected cable fit the jack’s conductor and jacket specifications?

Will the low-profile housing fit the intended faceplate, patch panel, back box, or furniture outlet?

Does the 45-degree entry match the planned cable routing direction?

Is toolless termination desirable for the installation team and maintenance process?

Are samples required for testing before volume ordering?

Does the customer require OEM packaging, custom labels, or inspection documentation?

Will the product be installed in a standard office environment, an industrial area, a data center, or another location with special mechanical or environmental conditions?

By answering these questions early, project teams can avoid compatibility problems and ensure that the connector contributes to the intended performance of the complete cabling channel.

14. Why Work with an Experienced Network Cabling Manufacturer?

Network connectivity products are small, but they are essential to the operation of larger systems. A failure at the outlet can affect a workstation, access point, camera, controller, or server connection. Working with an experienced manufacturer gives buyers access to product engineering, production resources, inspection capabilities, and technical communication.

Yuyao Simante Network Communication Equipment Co., Ltd. focuses on network cabling solutions and optical fiber products. Its product range includes keystone jacks, patch panels, wall faceplates, and data sockets. This broader portfolio helps the company understand how individual components fit into structured cabling systems.

The company serves customers in Europe, Australia, Africa, the Middle East, and Southeast Asia and undertakes OEM and ODM projects. International supply experience can support communication regarding packaging, export procedures, product specifications, quality documentation, and delivery planning.

Its combination of engineering staff, technical personnel, injection molding equipment, automatic assembly machinery, regular production lines, and customization capability provides a foundation for consistent supply. For customers seeking a long-term component partner rather than a one-time purchase, these capabilities can be an important consideration.

15. Frequently Asked Questions

Q1: What type of product is the SMT-1079T8C6A-FTP?

It is a Category 6A keystone jack with FTP screening, a low-profile housing, a 45-degree cable entry, and a toolless termination concept. It is intended for suitable copper structured cabling applications.

Q2: What does FTP screening mean?

FTP generally refers to a foil-screened twisted-pair construction. In a compatible cabling system, the screen helps reduce the influence of electromagnetic interference. The screen must be continuous and properly bonded for the intended benefit.

Q3: Is the jack suitable for every Cat6A cable?

Not automatically. Cable diameter, conductor gauge, conductor type, insulation, pair separator, and shield construction must be checked against the jack’s compatibility requirements. A sample termination is recommended when the cable specification is unusual.

Q4: What is the advantage of the 45-degree cable entry?

The angled entry helps direct the cable away from the outlet in a controlled direction. It can reduce congestion, support bend-radius management, and make the cable path cleaner in shallow or high-density installations.

Q5: Does toolless termination mean no installation preparation is required?

No. The installer must still prepare the cable, preserve the pair arrangement, follow the wiring code, seat each conductor correctly, secure the termination mechanism, and verify the finished connection. Toolless refers primarily to the termination method, not to the elimination of installation procedures.

Q6: Can the jack be used in an unshielded system?

The product is designed as a screened component. Whether it can be used in a particular unshielded installation depends on the project design, compatibility requirements, and applicable specifications. In general, the complete channel should use a consistent screening strategy.

Q7: Where can the jack be installed?

It can be used in suitable keystone-compatible faceplates, patch panels, wall outlets, furniture outlets, and modular communication enclosures. The installer should confirm mechanical fit and grounding compatibility before deployment.

Q8: Does the product support 10 Gigabit Ethernet?

Category 6A systems are commonly used for 10 Gigabit Ethernet applications, but the final result depends on the complete channel, cable length, patch cords, installation quality, and testing. The jack should be evaluated together with all other components.

Q9: What testing should be performed after installation?

Testing should follow the project specification and may include wire mapping, continuity, resistance, return loss, insertion loss, crosstalk, and shield continuity. Certification results should be recorded for future reference.

Q10: Can the manufacturer provide customized products?

The manufacturer undertakes OEM and ODM projects and operates regular and customization production lines. Customers should provide detailed requirements for color, labeling, packaging, mounting, cable compatibility, quantity, and testing so that the feasibility can be reviewed.

Q11: What makes the low-profile design useful?

It can reduce the space required behind the outlet or panel, making cable routing easier in shallow boxes, compact furniture systems, dense patch panels, and retrofit installations.

Q12: How should the screened jack be maintained?

Inspect the outlet for loose termination covers, damaged latches, excessive cable bending, visible shield damage, and poor plug engagement. If the jack has experienced impact or repeated strain, replacement and retesting may be appropriate.

16. Conclusion

The SMT-1079T8C6A-FTP FTP Screened Low Profile 45 Degree Cable Entry Jack Toolless brings together several features that address the practical needs of modern structured cabling. Its Category 6A orientation supports high-performance copper networks, while the FTP screening is intended for applications requiring a controlled electromagnetic environment. The low-profile structure helps conserve installation space, and the 45-degree entry supports organized cable routing and bend-radius management.

The toolless termination concept can simplify field work, reduce dependence on separate punch-down tools, and support efficient deployment across large numbers of outlets. Its modular keystone format provides flexibility for faceplates, patch panels, and other compatible mounting systems.

The product is supported by the manufacturing capabilities of Yuyao Simante Network Communication Equipment Co., Ltd., including engineering personnel, technical teams, injection molding equipment, automatic assembly machinery, multiple production lines, quality testing, customization support, and international supply experience. These strengths provide a practical foundation for stable product development and volume manufacturing.

For the best result, the jack should be selected as part of a complete cabling strategy. Cable compatibility, shielding continuity, grounding, installation technique, testing, and documentation all contribute to network performance. When these factors are properly managed, a low-profile screened 45-degree Cat6A keystone jack can provide a reliable and space-efficient connection point for offices, data centers, industrial facilities, public buildings, smart infrastructure, and other demanding communication environments.

References

1. ANSI/TIA-568 series, Balanced Twisted-Pair Telecommunications Cabling and Components.

2. ISO/IEC 11801 series, Information Technology — Generic Cabling for Customer Premises.

3. IEC 60603-7 series, Connectors for Electronic Equipment — Detail Specifications for Modular Connectors.

4. TIA-606 series, Administration Standard for Telecommunications Infrastructure.

5. General manufacturer guidance for Category 6A cable preparation, termination, grounding, bonding, and certification testing.

6. Structured cabling installation practices for electromagnetic compatibility, bend-radius control, labeling, and permanent-link documentation.

Product: SMT-1079T8C6A-FTP FTP Screened Low Profile 45 Degree Cable Entry Jack Toolles