
( Brand: Extreme Networks ), ( Manufacturer Part Number: QSFP28-QSFP28 ), ( Part Type: Cable )
The Extreme Networks QSFP28-QSFP28 10411 100G Passive Copper Cable is a high-performance, reliable, and cost-effective solution for data center interconnect applications. This cable is designed to support 100G Ethernet data transfer rates over a copper infrastructure, making it an ideal choice for short-range, high-bandwidth connectivity.
The QSFP28-QSFP28 connector configuration provides a form factor that is compact and efficient, allowing for increased density in data center environments. The passive design of this copper cable eliminates the need for additional power sources or active components, simplifying the cabling infrastructure and reducing costs.
This Extreme Networks 100G passive copper cable is built with the highest-quality materials to ensure maximum durability and reliability. The cable is constructed with a robust, flexible, and tangle-resistant design, making it ideal for use in high-traffic data center environments. The copper conductors are made with OFC (Oxygen-Free Copper) material, which provides excellent conductivity and helps minimize signal loss.
The QSFP28 connectors on each end of the cable are designed to meet the latest industry standards, ensuring a secure and reliable connection. The connectors feature a latch mechanism that provides a positive locking mechanism, helping to prevent accidental disconnections. Additionally, the cable is backed by Extreme Networks' comprehensive warranty, giving customers peace of mind and protection against manufacturing defects.
The Extreme Networks QSFP28-QSFP28 10411 100G Passive Copper Cable offers a number of benefits for data center operators, including high-bandwidth connectivity, a compact and efficient design, and cost savings through the use of passive copper infrastructure. This cable is a smart investment for any data center looking to maximize performance, reduce costs, and simplify their cabling infrastructure.
Extreme Networks QSFP28-QSFP28 100G passive copper cables are high-speed data transmission cables designed for use in data centers and other networking environments. Here are some pros and cons of buying these cables:
Pros:1. Cost-effective: Passive copper cables are generally less expensive than active optical cables (AOCs) or single-mode fiber optic cables. 100G passive copper cables can provide significant cost savings in data center environments where large amounts of cabling are required.
2. Simplified cabling: Passive copper cables do not require power sources or additional components, which simplifies cabling and reduces the need for additional infrastructure.
3. Easy to install: Passive copper cables are easy to install as they do not require any special termination equipment or training.
4. Compatibility: These cables are compatible with a wide range of networking equipment that supports 100G QSFP28 interfaces.
5. Long reach: Passive copper cables can support longer reach distances compared to active copper cables, making them a good choice for larger data centers.
Cons:1. Limited reach: While longer than active copper cables, passive copper cables still have a limited reach compared to fiber optic cables. This may not be a significant concern in smaller data centers, but it is something to consider in larger environments.
2. Signal degradation: Passive copper cables are susceptible to signal degradation over longer distances, which can impact data transfer speeds and reliability.
3. Limited flexibility: Passive copper cables are less flexible than fiber optic cables, which can make them less ideal for environments where cabling needs to be frequently reconfigured.
4. Limited durability: Passive copper cables may not be as durable as fiber optic cables, as they are more susceptible to damage from bending and kinking.
In conclusion, Extreme Networks QSFP28-QSFP28 100G passive copper cables offer several advantages, including cost savings, simplified cabling, and easy installation. However, they also have some limitations, such as limited reach, signal degradation, and limited flexibility.
Based on the above considerations, these cables may be a good choice for smaller data centers or environments where cost savings are a priority and cabling needs are relatively stable. However, for larger data centers or environments where longer reach, greater flexibility, or higher durability are required, fiber optic cables may be a better choice. Ultimately, the decision to use passive copper cables or fiber optic cables will depend on the specific needs and requirements of the networking environment.
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