ARISKEEN Cat 8 Ethernet Cable 15m — 40 Gbps

This flat, braided Cat 8 Ethernet cable is built for high-speed local networks and demanding connections around the home or office. It supports very high bandwidth and is suitable for server use, gaming and 4K or higher video streaming, while the slim profile helps when running the cable along skirting boards or under carpets.

Key Points

The cable uses a flat design that reduces tangles and makes routing around doors and through tight gaps easier. According to the manufacturer, it delivers up to 40 Gbps transfer rates and supports frequencies to 2000 MHz, which helps sustain high throughput for short runs. The braided outer jacket increases resistance to everyday wear and provides a firmer feel than plain PVC sheathing. For neat installation, the product is supplied with cable clips to secure runs along walls and furniture. Consider that the top speeds are typically achieved over short distances and depend on connected equipment and network conditions.

Technical Specifications

• Name: ARISKEEN Cat 8 Ethernet Cable 15M
• Length: 15 m
• Supported bandwidth: 2000 MHz
• Maximum data rate: 40 Gbps (according to the manufacturer)
• Connector type: RJ45 with 50 micron gold-plated contacts

Advantages

The shielded twisted pair construction reduces crosstalk and protects against external electromagnetic interference, which can be particularly useful near other cables or electronics. Backwards compatibility with Cat7, Cat6a, Cat6 and Cat5 cabling means it can replace older cables without changing network hardware. The flat profile and braided surface combine to make it less likely to kink while remaining flexible, so it can be routed discreetly in living rooms, study spaces and server cabinets.

Usage Recommendations

Run the cable along skirting boards or tuck it under carpets where it will not be stepped on heavily to preserve the braided jacket and maintain performance. For the highest specified throughput, use with networking equipment rated for similar performance and keep the cable runs relatively short. If you need to join multiple runs, avoid crude splicing methods that may degrade shielding or contacts, and prefer connectors or patch panels designed for high-frequency cables.