400Gbps High-Speed & Low-Power Cisco Cables And Accessories QDD-400-AOC2M= With Flexible Cabling Design
The Cisco QDD-400-AOC2M= is a cutting-edge product among Cisco Cables And Accessories, boasting remarkable features that make it an ideal choice for modern data centers. With an astonishing 400Gbps high-speed transmission capacity, it leverages 8 channels (4 transmitting and 4 receiving), each with a 50Gbps rate, ensuring ultra-fast data transfer and seamless connectivity for bandwidth-intensive applications.
One of its standout features is the low-power consumption, consuming only around 440mW. This not only helps in reducing operational costs but also aligns with energy-efficient practices, making it environmentally friendly. Physically, it has significant advantages. Weighing just a quarter of traditional copper cables and being approximately half the size, it allows for better air circulation in the wiring system of data centers, improving heat dissipation. Its smaller bending radius enables more convenient cabling and management, optimizing the use of space in server rooms.
The QDD-400-AOC2M= also offers high reliability. Free from optical interface contamination issues, it ensures stable system operation. In case of failure, simple replacement minimizes maintenance costs. Additionally, its flexible connection design supports both intra-rack and inter-rack connections, facilitating efficient system airflow, especially crucial in high-density setups. As a Cisco product, it guarantees excellent compatibility with other Cisco network devices, streamlining integration into existing network infrastructures.
Parameter |
Details |
Model |
QDD-400-AOC2M= |
Transmission Rate |
400Gbps |
Channel Configuration |
4Tx + 4Rx, 8 channels |
Per-Channel Rate |
50Gbps |
Power Consumption |
~440mW |
Size & Weight |
Lightweight, 1/4 the weight and 1/2 the size of copper cables |
Application |
Short-distance connections, suitable for data centers |
In summary, the Cisco QDD-400-AOC2M= is a powerful, efficient, and reliable solution for high-speed networking needs.