Globally available MILLENNIUM copper systems are made up of cable, jacks, patch cords, and patch panels
All MILLENNIUM copper systems feature global category-rated cable solutions, a wide array of options in modular or 110-style patch panels, Leviton's innovative global patch cord platform featuring a compact plug-and-boot for reliable high-performance connections, and industry leading ATLAS-X1™ or EXTREME™ copper jacks. These global systems are available through Leviton’s extensive global distribution network.
Global Copper Cabling and Connectivity Solution: Available Everywhere
MILLENNIUM™ Global Systems
MILLENNIUM systems now incorporate the smallest outside diameter Cat 6A cables on the market: RDT UTP and FDT shielded.
Check out these systems to learn more - ATLAS-X1 RDT | EXTREME RDT | ATLAS-X1 FDT
MILLENNIUM systems offer environmentally conscious solutions, including bulk packaging, sustainably smart packaging, and other environmentally optimized product designs. Look for this leaf throughout the System Data Sheets that highlight specific environmentally conscious design features or benefits.
Frequently Asked Questions
High density networks are placing greater demands on pathway space, cable management, airflow, and scalability. Small diameter Cat 6A cables improve pathway utilization, support tighter bend radii, simplify routing, and increase pathway capacity. In space constrained environments, small diameter designs can also make upgrades easier by allowing higher performance cabling to be installed in existing pathways.
High density environments require careful consideration of cable diameter, pathway fill capacity, airflow, bend radius, installation efficiency, and scalability. Designers should evaluate how cabling choices affect cooling, manageability, future technology migrations, and support for Power over Ethernet (PoE). Selecting infrastructure that balances density, performance, and operational flexibility can help reduce future disruption as network requirements evolve.
Shielded cabling can offer advantages in environments with significant electromagnetic interference (EMI), radio frequency interference (RFI), or elevated alien crosstalk (AXT) concerns. It is commonly considered in healthcare facilities, industrial environments, transportation infrastructure, financial institutions, government applications, and other networks with demanding performance or security requirements. Shielding may also support reliable operation in high bandwidth applications and electrically noisy environments.
As PoE is used to deliver increasing amounts of power to wireless access points, security devices, smart building systems, and other connected equipment, cable construction becomes increasingly important. Factors such as conductor design, heat dissipation, bundle size, operating temperature, and pathway conditions can affect performance. Infrastructure designed for higher power applications may help manage heat more effectively and support future network requirements as PoE power levels continue to grow.
Communications cable fire ratings help ensure that cabling is appropriate for the environment in which it is installed and complies with local building and safety regulations. Different ratings are designed for different spaces, such as general purpose areas, riser shafts, and air-handling plenums. Requirements vary by region, with standards such as CMP and CMR used in North America and CPR classifications such as Eca, Dca, Cca, and B2ca used in Europe. Selecting the appropriate rating is an important part of safe and code-compliant network design.