DDS / DPC-LSZHC6BC1M / UTP Patch Cord LSZH 1M Cat6

DDS / DPC-LSZHC6BC1M / UTP Patch Cord LSZH 1M Cat6

The Go-To Fire-Safe Cat6 Patch Cord for Every Installation

The DDS / DPC-LSZHC6BC1M / UTP Patch Cord LSZH 1M Cat6 is a premium, fire-safe Cat6 patch cord from DDS — engineered for structured cabling installations in hospitals, schools, data centres, public buildings, and any indoor environment where Low Smoke Zero Halogen (LSZH) compliance is a mandatory safety requirement. Constructed from 24 AWG stranded bare copper with moulded RJ45 plugs at each end, this Category 6 patch cord delivers full Class E performance — supporting 1000BASE-T Gigabit Ethernet and 250 MHz bandwidth across every connection. Furthermore, the 1 M length is the single most commonly specified patch cord length in professional structured cabling installations worldwide — providing just enough reach for clean, tidy patch panel dressing without excess slack. Consequently, it suits patch panel to switch connections, equipment room cross-connects, wall outlet terminations, and desktop workstation links equally well across virtually any project type.

LSZH Jacket — End-to-End Fire Safety Compliance

The LSZH outer jacket is the defining advantage of the DDS / DPC-LSZHC6BC1M over standard PVC patch cords. In the event of a fire, the LSZH compound emits minimal smoke and releases zero toxic halogen gases — protecting building occupants, first responders, and sensitive electronic equipment in enclosed spaces such as server rooms, ceiling voids, and cable risers. Additionally, LSZH compliance is a mandatory requirement under many national and international building codes for medical, educational, hospitality, and commercial premises. Moreover, specifying LSZH patch cords at every connection point ensures the entire structured cabling channel meets fire safety regulations from end to end — from horizontal cable run to final patch cord. Therefore, project inspections, building compliance sign-offs, and insurance documentation all proceed cleanly and without complication.

Universal Fit for Any Structured Cabling System

The 24 AWG stranded bare copper conductors provide the flexibility needed for repeated connect and disconnect cycles throughout the product’s lifetime — without conductor fatigue or signal degradation. Furthermore, the cord supports both T568A and T568B wiring schemes, ensuring correct pin-out alignment across all standard patch panels, keystone jacks, and active switch ports. Additionally, the snag-resistant moulded RJ45 boots protect the latch mechanism during repeated insertions and removals, delivering a secure, professional connection every time. Whether you are cabling a hospital ward, fitting out an office floor, completing a data centre deployment, or finishing the final links in a fire-rated structured cabling system, the DDS / DPC-LSZHC6BC1M / UTP Patch Cord LSZH 1M Cat6 delivers the fire safety, performance, and professional build quality your installation demands. To check availability, check our stock. For full official product details, visit the official DDS website.

Key Features:

• LSZH Jacket — Low Smoke Zero Halogen — Emits minimal smoke and zero toxic halogen gases in fire conditions, meeting mandatory LSZH requirements for hospitals, schools, data centres, and public buildings
• Cat6 Class E — 250 MHz / 1 Gbps — Full Category 6 performance supporting 1000BASE-T Gigabit Ethernet and 250 MHz bandwidth across every connection point in the cabling channel
• 1 M — The World’s Most Popular Patch Cord Length — The standard professional patch cord length for patch panel dressing, equipment room cross-connects, and desktop workstation links in any installation
• 24 AWG Stranded Copper — Moulded RJ45 Plugs — Flexible stranded conductors for repeated use, with snag-resistant moulded RJ45 boots protecting the latch and delivering a secure, professional finish every time
• T568A & T568B Compatible — DDS Original — Compatible with both standard wiring schemes for universal use across all patch panels, keystone jacks, and switch ports in any structured cabling system