
( Brand: Hp ), ( Manufacturer Part Number: 834973-B23 ), ( Type: Cable )
The HP 834973-B23 Twin Axial (Twin-Axial) 1.5 meter InfiniBand EDR Quad Small Form-factor Pluggable (QSFP-DD) Copper Cabling Solution is an advanced connectivity product designed for high-performance data centers and computing environments. This copper cabling system, specifically engineered by HP, delivers superior data transfer rates and reliability for IB EDR-enabled systems.
Measuring 1.5 meters in length, this cable is suited for mid-length interconnect requirements. It is built using Twin Axial configuration, which eliminates signal crosstalk and electromagnetic interference to ensure optimal signal integrity and minimize signal loss. The use of Quad Small Form-factor Pluggable connectors (QSFP-DD) allows for high-density cable routing, ideal for the compact and space-constrained conditions of modern data centers.
This copper cabling solution supports InfiniBand Enhanced Data Rate (EDR) technology, which enables data transfer rates of up to 200 Gbps bi-directionally. This means that the HP 834973-B23 can accommodate the growing need for fast, efficient, and consistent data transfer in data-intensive applications, such as artificial intelligence, machine learning, virtualization, and high-performance computing.
To ensure maximum durability and compatibility, the HP 834973-B23 is constructed using high-quality materials, copper conductors, and features thoughened, mechanically-tested boot cables. Furthermore, it adheres to InfiniBand standards, ensuring seamless integration with a wide range of IB-enabled servers, switches, and storage systems.
With the HP 834973-B23 Twin Axial 1.5m IB EDR QSFP-DD Copper Cabling Solution, you can take advantage of the increased performance, reliability, and density gains offered by InfiniBand EDR technology, while confidently addressing your connectivity needs in your high-performance data center infrastructure.
The HP 834973-B23 Twin Axial (Twin twister pair, Twinlex, or Twinax) 1.5m International Business Machines (IB) EDR (Extended Data Rate) Quad Small Form-factor Pluggable (QSFP) copper cable is a high-performance data cable used for data center applications requiring high-bandwidth and short transmission distances. Here are some pros and cons of purchasing this cable:
Pros:1. High Bandwidth: The HP 834973-B23 cable supports 16GBps data transfer rate over 100Gbps Ethernet and 32GBps over 400Gbps Ethernet.
2. Short Transmission Distance: The cable's 1.5m length makes it suitable for short-haul applications, such as server-to-switch or switch-to-switch connections in data centers, reducing the requirement for more expensive fiber cables for longer transmission distances.
3. Copper Construction: Copper cables typically cost less than fiber optic cables, making them a more cost-effective option for shorter transmission distances where high bandwidth is required.
4. Easier Installation: Copper cables are generally easier to install than fiber optic cables due to their simpler design and lack of complexity, such as fiber splicing or connectors requiring alignment.
5. Power Efficiency: Copper cables are more power-efficient than fiber optic cables, as they don't require additional power for signal amplification over long distances.
Cons:1. Limited Transmission Distance: Compared to fiber optic cables, copper cables have a limited transmission distance due to signal degradation caused by impedance mismatches, electromagnetic interference (EMI), and radio-frequency interference (RFI).
2. Signal Degradation: Copper cables have a limited number of signal transmissions, which can lead to slower data transfer speeds, signal attenuation, and increased power consumption due to signal regeneration.
3. EMI and RFI Susceptibility: Copper cables are more susceptible to electrostatic discharge (ESD), EMI, and RFI interference than fiber optic cables, which may impact data reliability and transfer speeds.
4. Limited Flexibility: Copper cables aren't as flexible as fiber optic cables, especially when using QSFP connectors, which can make installing or moving the cable difficult if the cable must be bent or flexed.
Conclusion:The HP 834973-B23 Twinax copper QSFP cable is a cost-effective solution for short-haul, high-bandwidth applications in data centers. The advantages include its high data transfer rate, short length, power efficiency, and ease of installation. However, the limitations, such as its limited transmission distance, susceptibility to EMI and RFI interference, signal degradation, and rigidity, must be evaluated carefully when making a purchasing decision. Determine if the benefits outweigh the limitations based on the specific requirements of your data center environment.
Recommendation:The HP 834973-B23 Twinax copper QSFP cable is a suitable option for short-haul connections within data centers, particularly in applications that require high bandwidth but don't necessitate extended transmission distances. If your requirements involve longer distances or more stringent specifications for data reliability, power efficiency, and noise resistance, consider fiber optic cables. Carefully evaluate your infrastructure's needs and design a cabling plan accordingly.
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