Siemon 9A6M4-A5 Networking Cable
The Siemon CAT6A Ethernet Cable provides high-performance data transmission for enterprise networks requiring 10Gbps speeds. This specific 9A6M4-A5 model utilizes a foiled/unshielded twisted pair (F/UTP) design to maintain signal integrity. Consequently, it effectively suppresses alien crosstalk and electromagnetic interference in high-density installations. The internal architecture features 23 AWG solid bare copper conductors for optimal conductivity. Therefore, network engineers can rely on this media for mission-critical data center links. It supports frequencies up to 500 MHz, exceeding standard Category 6 requirements significantly.
Key Features
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F/UTP Shielding Architecture
An overall foil shield protects the four twisted pairs from external electromagnetic interference and radio frequency noise. -
Pure Copper 23 AWG Conductors
Solid bare copper construction ensures lower DC resistance and superior heat dissipation during high-wattage PoE delivery. -
Advanced Internal Geometry
- Internal cross-isolator maintains pair separation to reduce near-end crosstalk.
- Tinned copper drain wire facilitates rapid and secure grounding to shielded connectors.
Specifications
| Feature | Specification |
|---|---|
| Cable Category | Category 6A (Augmented) |
| Shielding Type | F/UTP (Foiled) |
| Conductor Gauge | 23 AWG Solid Copper |
| Max Frequency | 500 MHz |
| Reel Length | 305 Meters (1000 ft) |
What’s in the Box
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1 x 305M Reel Siemon 9A6M4-A5 CAT6A F/UTP Cable
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Technical Compliance Documentation
Why Choose This Siemon Solution
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The 9A6M4-A5 series supports 10GBASE-T applications over a full 100-meter four-connector channel.
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Additionally, the pure copper design minimizes voltage drop in Power over Ethernet (PoE++) deployments.
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Consequently, the shielded construction allows for higher density cable tray filling without performance loss.
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The jacket features sequential meter markings to assist technicians with accurate inventory and length management.
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However, the robust build quality ensures long-term infrastructure stability and reduced maintenance overhead.





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