Cat7 Flat

Category 7 Network Cable (Cat7) : Core Guide to 10G Double-Shielded Network Cable
Cat7 network cable is a high-performance shielded network cable that complies with the ISO/IEC 11801 standard. Its core specifications include a bandwidth of 600MHz and a transmission rate of 10Gbps, supporting stable transmission over 100 meters. It adopts an S/FTP dual shielded structure and is a 10-gigabit network solution that combines high-speed performance with anti-interference capability. It is widely applied in medium and high-end scenarios such as enterprises, computer rooms, and industries.
I. Core Specifications and Technical Parameters
Key explanations of standard values for parameter items
The bandwidth of 600MHz far exceeds that of Cat6 (250MHz) and Cat6A (500MHz), providing a more abundant signal margin
The maximum transmission rate is 10Gbps. It stably supports 10GBASE-T within 100 meters and is downward compatible with 1G/100M/10M standards
Shielding structure S/FTP (double shielding) Each pair of twisted wires has independent aluminum foil shielding + the entire metal shielding layer of the cable (aluminum foil or tin-plated copper braided mesh)
Conductor specifications: 23AWG/24AWG high-purity oxygen-free copper (purity ≥99.95%), reducing resistance and signal attenuation
The standard transmission upper limit at a rate of 10Gbps over a distance of 100 meters far exceeds the 30-meter short-distance limit of Cat8
The metal casing of the connector shielding type RJ45 (50μm gold-plated) needs to be reliably grounded with the cable shielding layer to form a complete anti-interference circuit
The outer covering material is PVC/LSZH (low Smoke zero halogen). PVC is suitable for conventional scenarios, while LSZH is flame-retardant and low smoke, making it applicable to densely populated areas such as computer rooms and subways
The certification standards ISO/IEC 11801 and EN 50173 must be certified by authoritative authorities to ensure that the performance meets the standards
Ii. Core Structure and Performance Advantages
1. S/FTP dual shielding structure: Anti-interference core
The double-shielded design of Category 7 network cables is the key difference from unshielded network cables, and its advantages are reflected in two aspects:
Inner aluminum foil shielding: Each pair of twisted wires is independently wrapped with aluminum foil, effectively suppressing crosstalk (NEXT) between pairs and preventing mutual signal interference.
Outer overall shielding: The outer layer of the cable is wrapped with a metal shielding layer (braided mesh shielding has stronger anti-interference ability, and aluminum foil shielding has a lower cost), which can resist external electromagnetic interference (such as industrial equipment, motors, high-frequency signal sources).
Comparison: Cat6/Cat6A are mostly UTP (unshielded) or STP (single shielded), and they are prone to data packet loss in strong interference environments.
2. 10Gbps stable transmission: A must-have for 10-gigabit networks
Supports 10GBASE-T Ethernet protocol, with no rate attenuation within 100 meters, meeting the requirements of enterprise backbone networks, high-density server clusters, and 4K/8K audio and video transmission.
Compared with Cat6A (500MHz bandwidth), the 600MHz bandwidth offers more signal margin and stronger transmission stability under high loads.
3. Durability and compatibility
The circular wire body structure is stable, and its tensile and bending resistance performance is superior to that of Category 7 flat wire, making it suitable for long-term fixed wiring.
Fully backward compatible with Cat5e/Cat6/Cat6A devices, no need to replace existing network terminals, and can smoothly upgrade to 10-gigabit networks.
Supports POE + power supply (up to 30W), meeting the power supply requirements of wireless aps, surveillance cameras, IP phones and other devices.
Iii. Typical Application Scenarios
Category 7 network cables are positioned as mid-to-high-end 10-gigabit wired networks, suitable for scenarios with high requirements for stability and anti-interference.
Enterprise office network: backbone network of office buildings, multimedia conference rooms, video conferencing systems, supporting high-speed concurrent transmission of multiple devices;
Data center/computer room: Interconnection of servers and switches, storage area network (SAN), replacing part of short-distance optical fibers within 100 meters to reduce costs;
Industrial automation scenarios: Factory PLC control systems, industrial robots, machine vision equipment, resisting electromagnetic interference in workshops, ensuring stable data transmission;
High-end home/audio-visual: Home theater, 8K TV, NAS private cloud, supporting lossless audio-visual transmission and high-speed file backup;
Security surveillance: High-definition surveillance camera cluster, long-distance transmission without delay, avoiding picture stuttering.