NCTS CAT7 S/FTP Indoor Network Cable – 23AWG Solid Copper, 4-Pair Shielded, 500MHz, 100Ω, CM/CMR PVC Jacket, Anti-EMI Structured Cabling, 80* 0.12AI Braiding Cover, 305-meters | NCTS-INSF072

153 $

Expert Features

  • True S/FTP Shielding Architecture : The NCTS-INSF072 uses individually shielded twisted pairs plus an overall braid, giving the cable much stronger protection against crosstalk and electromagnetic interference than basic unshielded Ethernet cable designs.
  • Designed to Control Crosstalk : NCTS specifically positions this CAT7 cable around improved crosstalk performance, helping maintain cleaner signal transmission when multiple network cables are routed together in structured cabling installations.
  • Anti-EMI Construction : The combination of pair shielding, overall braid, and insulated copper conductors is designed to reduce the effect of surrounding electromagnetic noise, making the cable more suitable for electrically busy environments.
  • Solid Copper Conductors : The cable uses solid copper rather than copper-clad aluminum, giving it the conductivity and structural characteristics expected from proper permanent-installation network cabling.
  • 23AWG Infrastructure-Grade Conductors : Its 23AWG solid conductors provide a substantial conductor size for fixed structured cabling runs between outlets, distribution frames, and patch-panel systems.
  • 500MHz Rated Bandwidth : The cable is specified for operation up to 500MHz, giving it significantly more transmission bandwidth than older low-category structured cabling.
  • Built for 1000Base-T Networks : NCTS explicitly describes the cable for use with 1000Base-T Ethernet, making it appropriate for Gigabit Ethernet structured cabling applications.
  • HDPE / PE Insulation System : The insulated twisted-pair structure helps maintain conductor separation and electrical performance while supporting the cable’s shielding architecture.
  • Structured Cabling Focus : The cable is intended for permanent wiring between work-area telecommunications outlets and distribution wiring frames, as well as residential structured-cabling runs between user outlets and patch panels.
  • CM / CMR Flame-Retardancy Classification : NCTS lists CM / CMR flame retardancy for the cable, making it more suitable for indoor structured cabling installations where jacket fire performance matters.
  • Wide Operating Temperature Range : The specified -40°C to +70°C operating range provides useful environmental tolerance for installation in different indoor infrastructure conditions.

Expert Specs

Specification Details
Brand NCTS
Model NCTS-INSF072
Category CAT 7
Cable Construction S/FTP 4P+F Twisted Pair
Application Indoor Structured Network Cable
Conductor Material Copper
Conductor Structure Solid
Conductor Size 23AWG / 0.58mm
Twisted Pairs 4 Pairs
Pair Shielding Yes
Overall Braid Yes
Braiding Cover 80 × 0.12 Al, as listed by NCTS
Insulation Material PE
Insulation Thickness 0.18mm
Insulation Diameter 1.0mm ±0.02mm
Jacket Material PVC
Jacket Thickness 0.68mm ±0.02mm
Outer Diameter 7.5mm ±0.2mm
Cable Color Grey
Nominal Impedance 100Ω ±15%
Frequency / Bandwidth 500MHz
Delay Deviation 4ns / 100m
Ethernet Application Mentioned 1000Base-T
Flame Retardancy CM / CMR
Operating Temperature -40°C to +70°C
Typical Installation Work-Area Outlet to Distribution Frame / User Outlet to Patch Panel

Features & Compatibility

CAT7-NCTS-SFTP-305M | NCTS-INSF072

NCTS CAT7 SFTP NETWORK CABLE COPPER 305M INDOOR NCTS-INSF072

NCTS CAT7 S/FTP Indoor Network Cable – 23AWG Solid Copper, 4-Pair Shielded, 500MHz, 100Ω, CM/CMR PVC Jacket, Anti-EMI Structured Cabling, 80* 0.12AI Braiding Cover | NCTS-INSF072


Generate an AI Image

  • Layout
    • Create a clean website product-profile composition for the NCTS-INSF072 CAT7 S/FTP 23AWG Solid Copper Indoor Network Cable.
    • Final image must be exactly 2048 × 2048 pixels, perfect 1:1 square ratio.
    • Make the actual network cable coil plus one enlarged cutaway section the overwhelmingly dominant foreground hero, occupying approximately 64–68% of the canvas.
    • Show the cable in a dramatic three-quarter macro composition with one clean exposed cross-section revealing the four twisted pairs, individual pair shielding, overall braid, insulation, and outer grey PVC jacket.
    • Maintain clear foreground, midground, and background separation.
    • Keep the cable, title, NCTS logo, icons, and technical cutaway fully inside safe margins.
    • No pedestal, conventional poster, stage, vertical banner, or cropped preview.
  • Product Presentation
    • Use the official NCTS cable construction and datasheet as the strict physical reference.
    • Preserve the authentic grey jacket, 7.5mm outer diameter character, four-pair structure, copper conductors, pair shields, braid, and cable-layer order.
    • Place the NCTS logo at the top-left.
    • Center “CAT7 S/FTP 23AWG Copper Cable” at the top using sophisticated 3D extruded pearlescent-metal typography with strong contrast.
    • Make the exposed copper strands and shielding layers extremely sharp and technically believable.
    • Do not turn the cable into a finished RJ45 patch cable unless connectors are explicitly shown in the source product.
  • Artistically Distinct and Detailed Background
    • Create a surreal “Shielded Data Corridor” visual story based directly on the cable’s real purpose.
    • Represent four clean data streams travelling through four separate transparent channels, each protected by its own luminous shielding membrane, while an outer braided energy lattice surrounds the entire group.
    • Outside the shielding, show restrained distorted electromagnetic waves and fragmented interference patterns attempting to enter the signal path but visibly deflecting away from the protected cable.
    • This must communicate S/FTP shielding, anti-EMI behavior, and crosstalk control without using random fantasy creatures.
    • Keep approximately 85–90% of the complete environment extreme high-luster pearlescent white.
    • Use a maximum of two texture families: opalescent/conch-pearl high-gloss architecture and deep transparent oily-iridescent data-fluid structures.
    • Introduce restrained copper, icy cyan, and electric-blue refractions around the technical cutaway.
    • Use refined global illumination, dielectric refractions, controlled caustics, and soft volumetric light.
    • Avoid dark server-room clichés, graphite smog, dirty smoke, generic matrix code, or cheap neon overload.
  • Icons — Bullet Listed
    • CAT7
    • S/FTP
    • 23AWG
    • SOLID COPPER
    • 500MHz
    • 100Ω
    • 4 PAIRS
    • CM / CMR
    • Render every icon as a completely different hollow 3D networking-tech freeform insignia.
    • Give CAT7 a layered network-node geometry, S/FTP a concentric shielding form, copper a conductive-core shape, and 500MHz an electromagnetic-wave form.
    • Use large, bold, condensed, ultra-readable typography suitable for e-commerce thumbnail viewing.
    • Align icons horizontally across the bottom while keeping the cable dominant.
    • CRITICAL DIRECTIVE [STRICT] The Icons MUST Have different shapes depending on the specific content of the icon
  • Output Requirements
    • Final image must be exactly 2048 × 2048 pixels, perfect 1:1 square, ultra-high-resolution.
    • Keep the product, cutaway, title, logo, and all icons completely inside safe margins.
    • Add “Infographics Designed by the Expert Zone Team” in super-small discreet typography at the bottom.
  • Constraints
    • Depict specifically NCTS-INSF072.
    • Preserve CAT7, S/FTP, 4 pairs, 23AWG solid copper, 500MHz, 100Ω ±15%, grey PVC jacket, PE insulation, and CM/CMR flame retardancy.
    • Do not invent a CAT7A rating.
    • Do not invent CAT8 performance.
    • Do not claim 10Gbps unless separately verified for this exact NCTS model.
    • Do not invent PoE wattage support.
    • Do not add RJ45 connectors unless they are actually part of the supplied product.
    • Do not invent LSZH; the datasheet specifies a PVC jacket.
    • Do not replace copper conductors with CCA.
    • Do not add unsupported ISO/IEC, TIA, or EN compliance statements.
    • Keep the environment overwhelmingly extreme high-luster pearlescent white.
    • Never use graphite smog.
    • Never make it look like a conventional premium advertising poster.
    • Before finalizing, ask “How does this image fare as a product-profile image?” and automatically correct inaccurate layer structure, wrong conductor count, misleading connector depiction, unreadable icons, weak cable dominance, or unsupported performance claims.