Parameter | Value |
---|---|
Conductor | 24AWG CCA |
Cable Type | CAT5E |
Jacket | PVC, LSZH, PE |
Insulation | HDPE |
Color | Customized |
Certification | SGS, CE, ROHS, ISO9001 |
MOQ | 50km |
Specification | Detail |
---|---|
Place of Origin | Hangzhou, Zhejiang |
Brand Name | ASTON or OEM |
Output Capacity | 200KM/day |
Outer Jacket | PVC, PE Flame Retardant |
Shielding | None |
In manufacturing CCA CAT6 cables, the process begins with carefully blending copper and aluminum to form strong CCA conductors. The conductors are then twisted into pairs with precise twists per inch to reduce electromagnetic interference. The twisted pairs are further insulated with HDPE to provide a durable and efficient transmission medium. The bundles of twisted pairs are enclosed in an outer jacket made of PVC or LSZH for protection and flame resistance. Quality control is performed at each stage to ensure that the cables meet performance standards. Although CCA CAT6 does not match the performance of pure copper cables, it serves as a cost-effective solution for applications where budget constraints exist.
CCA CAT6 cables are best suited for residential networking and light commercial applications that do not demand high data rates. For instance, CCA CAT6 can be used in connecting home network devices such as routers, switches, and computers, where the data transfer needs are moderate. They are also suitable for short-distance runs within small offices or retail environments where the primary aim is connectivity without a high throughput requirement. While not ideal for high-performance environments due to their lower conductivity and suitability for Power over Ethernet (PoE) applications, CCA CAT6 cables offer a budget-friendly option for general usage.
We offer a comprehensive after-sales service for our CCA CAT6 products. This includes a warranty policy covering material defects and manufacturing faults for a specified period. Technical support is also available to assist with any installation or operational issues that customers may encounter. Additionally, we offer a return policy for products that do not meet the specified quality standards, ensuring customer satisfaction and peace of mind.
Our CCA CAT6 cables are packed in easy pull boxes for efficient handling and reduced damage risk during transport. We ensure safe and timely delivery through our reliable logistics partners, and we provide tracking information to our customers for transparency. Our shipment services cover both domestic and international markets, depending on the client's location and requirements.
These are Ethernet cables made with Copper-Clad Aluminum for cost-effectiveness.
They are suitable for short distances; pure copper cables are recommended for longer runs.
They are not ideal due to higher resistance; copper cables perform better with PoE.
Cost savings compared to pure copper cables without significant performance sacrifices for basic use.
Yes, copper cables have better conductivity and durability.
They may not meet all standards like TIA/EIA due to material differences.
We offer customized colors to suit different aesthetic and functional needs.
Our PVC and LSZH jackets meet IEC's flame retardant requirements ensuring safety.
Due to its brittleness, careful handling is advised during installation to prevent damage.
The MOQ for our CCA CAT6 cables is 50km, catering to large installation projects.
Choosing the right Ethernet cable for your networking needs depends on various factors. If your priority is cost-saving and the network demands are not too high, CCA CAT6 from reliable suppliers can be a suitable choice. For environments where high-speed data transfer and long cable runs are needed, investing in pure copper CAT6 or CAT6A might be more beneficial.
With the increasing demand for higher data rates and more reliable connections, the trend in networking cables is moving towards higher quality materials. However, CCA CAT6 continues to hold a place in the market for budget-conscious projects offered by numerous suppliers, filling a niche for cost-efficiency.
The trade-off between cost and performance in CCA CAT6 is evident, with suppliers often promoting it for economically-driven projects. Its lower conductivity and durability compared to copper come at a significantly reduced price, making it viable for non-critical applications.
When installing CCA CAT6, suppliers recommend against excessive bending and pulling due to its weaker structure compared to copper cables. Proper installation is key to maximizing its lifespan and performance in any setup.
The material composition in networking cables, such as the use of CCA in place of copper, markedly influences network efficiency. Suppliers highlight that while CCA CAT6 can handle certain bandwidths, its capabilities are restricted by its material properties.
Industry insiders often note that while CCA CAT6 supplied by reputable manufacturers can meet demand for cost-effective installations, a growing preference for better performance is nudging some sectors towards copper-based alternatives.
One of the considerations when procuring CCA CAT6 from suppliers is its durability. While the cost savings are substantial, it is crucial to weigh these against potential replacements or repairs in the future due to its less robust nature compared to copper cables.
As market needs evolve, suppliers of CCA CAT6 are adapting their offerings with improved testing and quality assurance to enhance reliability, thereby maintaining relevance in the budget segment of networking solutions.
Emerging markets, where cost constraints are prevalent, continue to benefit from the availability of CCA CAT6. Reputable suppliers provide these markets with essential infrastructure components at an accessible price point without severely limiting performance.
When purchasing CCA CAT6, evaluating the warranty and support offered by suppliers is crucial. This ensures that even in case of issues, buyers have recourse and support to address any challenges that arise in using these economically advantageous cables.