When you’re designing or upgrading data communications, the category metz connect lan computer network cables covers the essential backbone—copper and fibre cables engineered for structured networks, high transmission rates, future-proof installations. METZ CONNECT states that their “Cables and wires” range is designed for high-speed data transmission in local area networks: Ethernet 100Base-T, 1000Base-T and 10 Gbit.
For procurement and network infrastructure teams: choosing METZ CONNECT LAN cables means you get assured performance classes, detailed datasheets, compatibility across components and a vendor you can trust for large scale roll-out and service life.
Under the keyword metz connect ethernet cables you’ll find copper links (patch cables, installation cables) and even componentry for industrial/field applications (M12, PUR-jacketed etc). For example, a METZ CONNECT patch cable in category 6A (Class EA) is specified for 10 Gbit/s, AWG 26 stranded, shielded, halogen-free sheath.
In the spec-sheet you’ll check: conductor size (AWG), sheath diameter (e.g., 5.9 mm-6.3 mm), shielding method (S/FTP), bending radius, operating temperature range. With METZ CONNECT you get full data: e.g., maximum delay skew 12 ns/100 m, insulation resistance ≥ 500 MΩ. t
When deploying for offices or data centres, standardise on one brand to simplify spares, labelling and warranty handling.
The term metz connect cat5e cat6 cables addresses the commonly deployed classes in building cabling: Cat 5e (up to 1 Gbit), Cat 6 (up to 10 Gbit over shorter lengths), and increasingly Cat 6A or higher. METZ CONNECT in their reference guide lists performance up to 40 Gbit/s for copper cabling in Class I/II links.
From a specification angle: ensure you capture core count (4-pair), wiring standard (T568A/B), shielded vs unshielded (U/UTP vs S/FTP), jacket rating (LSZH, Eca, Cca for fire classification). By using METZ CONNECT for Cat5e/Cat6 you build on a credible performance baseline.
Under metz connect network wiring, you’re dealing with the complete infrastructure: horizontal cabling, patch panels, distribution frames, cable assemblies and connectivity modules. METZ CONNECT emphasises that their cables are tested for compatibility with their connectors and network systems.
For large projects: define pathways, cable trunking, labelling regimes, spare capacity and future requirements (e.g., PoE, 4-pair PoE up to 100 W). METZ CONNECT documentation covers remote powering and high-bandwidth use cases.
When you standardise on one wiring brand across network infrastructure you reduce procurement complexity, spare- parts diversity and installation risk.
Finally, the phrase metz connect structured lan cables indicates high-quality cables intended for building or campus structured cabling systems—covering performance classes, fire ratings, labelling and certification. METZ CONNECT’s specification book includes structured cabling for FTTH, modular plug-terminated links (MPTL), 25 Gbit/40 Gbit networks.
In practice: if you are specifying structured LAN for new build or renovation, the spec should include length (≤ 90 m for horizontal link), cable class (Cat 6A or above), jacket rating for the environment (plenum, riser), and future-proofing (support for 10 Gbit+, PoE up to 100 W). Using METZ CONNECT structured cables gives you a validated system with performance headroom.
For IT/OT integrators, network contractors, data-centre planners and procurement teams: the METZ CONNECT LAN computer network cables category offers high-value infrastructure components.
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We supply exclusively across Belgium, Germany, France, Spain, Italy, the Netherlands, and the Baltic states.