Category 8 shielded network cable

Core transmission performance (in compliance with international/US standards)
Category 8 network cables comply with the ISO/IEC 11801-1:2017 international standard and the American ANSI/TIA-568.2-D standard. Core parameters:
It supports a maximum transmission frequency of 2000MHz, which is 8 times that of CAT6 network cables (250MHz) and 3.3 times that of CAT7 network cables (600MHz)
It supports a maximum transmission rate of 40Gbps, which is four times that of CAT6 network cables (10Gbps). It can support real-time transmission of 4K/8K ultra-high-definition videos, large-traffic data synchronization of data center server clusters, and real-time data updates of large e-commerce backends

Transmission distance adaptability
The transmission rate and distance matching of Category 8 network cables exactly correspond to the 0.5m-50m customized business you are doing:
Under the high-speed demand of 40Gbps, the maximum stable transmission distance is 30m
If the customer has a regular high-speed requirement of 10Gbps, the maximum stable transmission distance can reach 50m
Suitable for short-distance connection of equipment within the computer room, networking of workstations in the office area, and high-speed networking of the entire house for high-end overseas families (such as American detached villas and Australian home theaters)
Anti-interference performance (for the UTP unshielded version you made)
The UTP unshielded Category 8 network cable you made has optimized the core process
The core wire adopts a higher-density twisted design, and the anti-interference material of the insulation layer has been upgraded, which can reduce signal interference from power lines and other network cables
Compared with shielded Category 8 network cables, it does not require additional shielded cabling costs and is suitable for complex cabling scenarios where multiple lines coexist, such as office buildings and computer rooms
Transmission stability

The transmission delay is as low as 1ns/m (nanosecond/meter), far lower than that of CAT6 and CAT7 network cables, completely avoiding delay and lag. It is suitable for scenarios with extremely high real-time requirements: equipment connection in US e-sports venues, real-time transaction data transmission in US financial institutions, and high-definition live surgery broadcasts in Australian telemedicine
Compatibility
It is backward compatible with lower-grade network cables and network devices such as CAT6 and CAT7. Overseas customers do not need to replace their existing routers, switches and other equipment to directly upgrade their networks, reducing the cost of network upgrades