OE9193 Patented CAT5A Shielded Crystal Head

Patented CAT5A Shielded Crystal Head Description

The Patented CAT5A Shielded Crystal Head is engineered to deliver unrivaled performance across demanding data networks. Constructed with robust zinc alloy shielding, it effectively mitigates electromagnetic interference, ensuring stable and lightning-fast data transfer. The high-grade contacts are plated with tarnish-resistant gold, significantly reducing signal loss and prolonging the lifespan of this innovative connector. Designed with durability in mind, the rugged outer shell provides optimum strain relief during installations.

Whether you’re upgrading office infrastructure or optimizing data center configurations, this shielded crystal head effortlessly meets industry benchmarks, including TIA/EIA and ISO standards. Its patented design guarantees reliable performance, making it an excellent choice for high-bandwidth applications like VoIP, HD video streaming, and cloud computing. Rely on this premium connector to experience exceptional quality, reduced crosstalk, and sustained network reliability you can trust.

Patented CAT5A Shielded Crystal Head Applications

This patented CAT5A shielded crystal head is designed with durable shielding and advanced conduction to ensure optimum signal quality. Its innovative design maximizes bandwidth, reduces electromagnetic interference, and improves data transmission reliability. As a result, it stands out as an ideal choice for a wide array of applications, from heavy industry to advanced research and commercial usage.

1. Industrial Applications

• Harsh environment manufacturing: The ruggedized shielding ensures stable data transmission despite heavy electrical noise.
• Automated assembly lines: The robust connection reduces signal degradation, improving efficiency in industrial automation.

2. Research Applications

• Precision instrument connectivity: High-fidelity signal support helps maintain accuracy in specialized research equipment.
• Data-intensive experiments: Enhanced shielding minimizes external interference, ensuring reliable measurements in laboratory settings.

3. Commercial Applications

• High-traffic office networks: The innovative design supports stable, long-distance data transfer for smooth operations.
• Broadcast media setups: Superior shielding preserves signal quality, enabling consistent and reliable live streaming or recording.

Patented CAT5A Shielded Crystal Head Packaging

Each Patented CAT5A Shielded Crystal Head is carefully enclosed in a static-shielding poly bag with moisture-resistant lining to prevent dust and humidity exposure. A firm corrugated box provides additional impact protection, while separate compartments reduce contamination risks. To maintain product integrity, store in a clean, dry environment at moderate temperature. Customized branding, labeling, and enclosure materials are available upon request, ensuring optimal presentation and professional handling throughout the transportation process.

Packaging: Vacuum sealed, Wooden Box, or Customized.

Patented CAT5A Shielded Crystal Head FAQs

Q1: What advanced materials are used in the Patented CAT5A Shielded Crystal Head to enhance performance and durability?

A1: The Patented CAT5A Shielded Crystal Head is constructed from high-grade polycarbonate and nickel-plated zinc alloy shielding to ensure superior strength and minimal signal interference. Its gold-plated copper contacts resist corrosion and maintain consistent conductivity, enabling stable data transmissions at high frequencies. Additionally, the low-smoke, zero-halogen (LSZH) composition reduces toxic emissions, making it safer within confined spaces while maintaining superior durability, even under harsh environmental conditions.

Q2: What are the recommended handling and storage practices for the Patented CAT5A Shielded Crystal Head?

A2: Always handle the connector by its outer casing to avoid direct contact with the gold-plated contacts, which could introduce oils or debris. Store the connectors in a cool, dry environment away from direct sunlight to prevent material degradation. Keep them loosely packed, ensuring no excessive bending or flattening of cables. Proper grounding procedures during installation help mitigate static interference, preserving optimal shielding and long-term performance.

Q3: Which industry standards and certifications does the Patented CAT5A Shielded Crystal Head meet for assured reliability?

A3: The Patented CAT5A Shielded Crystal Head meets strict compliance with TIA/EIA-568 guidelines for network cabling systems, ensuring high-speed data transfer capabilities. It also adheres to ISO/IEC 11801 specifications for structured cabling and undergoes UL testing for safety and flammability. Additionally, RoHS compliance confirms restricted use of hazardous substances, while FCC Part 68 certification verifies emission standards. These credentials guarantee reliability, performance, and global acceptance in various installations.

Related Information

1. Industry Standards and Certifications

Ensuring compliance with recognized guidelines is a critical aspect of the Patented CAT5A Shielded Crystal Head. Engineered to meet TIA/EIA-568 and ISO/IEC 11801 specifications, this connector undergoes rigorous testing for signal handling and shielding effectiveness. Its proven adherence to electromagnetic compatibility (EMC) standards helps reduce interference in environments where multiple electronic devices operate simultaneously.

Through successful certification under UL and RoHS regulations, the Patented CAT5A Shielded Crystal Head stands out for its safety and eco-friendly design. Testing protocols validate that materials used in its construction resist electrical fires and limit the presence of hazardous substances. These certifications underscore the connector’s reliable performance, making it suitable for infrastructure upgrades, high-frequency networks, and professional data centers.

2. Research and Development

Meticulous research efforts underpin the advanced features found in the Patented CAT5A Shielded Crystal Head. Engineers focus on refining foil shielding layers and proprietary contact pins to enhance signal integrity, allowing for robust data rates and stable network connections. This constant push for improved component architecture fosters consistent performance across a wide range of operating conditions.

Striving for innovation, the development team invests in prototype testing and simulations aimed at optimizing durability and ease of installation. Sophisticated design software helps identify subtle points of potential interference, ensuring each iteration outperforms traditional connectors in terms of crosstalk reduction. These unwavering R&D commitments lead to a connector capable of meeting tomorrow’s data demands while protecting signal quality in demanding applications.