SFP+DAC Dual Core Passive Cable-HUB Blue Dual Core Cable

DAC Dual Core Passive Data Cable is a high-speed data transmission cable for scenarios such as data centers, servers and storage devices. The product is designed with dual-core copper wire, which can achieve high-speed data transmission rate up to 40 Gbps. at the same time, the product adopts passive design without external power supply, saving energy cost.

DAC dual-core passive data line has the advantages of low latency, low power consumption and high bandwidth, which can meet the needs of high-performance computing, cloud computing and big data. The product also features easy installation and use, and users can quickly install and remove it via plug-in connectors.

1. High-speed transmission: The DAC dual-core passive data line is made of high-quality copper wire, with a transmission rate of up to 40Gbps, which can meet the demand of high-speed data transmission.

2. High reliability: The product adopts a dual-core design with bidirectional transmission function, which can realize bidirectional data transmission. In addition, the product adopts passive design without external power supply, thus improving its reliability and stability.

3. High compatibility: DAC dual-core passive data cable adopts standard SFP+ interface, which is compatible with various brands of servers, storage devices, network switches and other devices, and is easy to use.

4. Power saving and environmental protection: The product adopts passive design and does not require external power supply, thus saving energy and reducing the impact on the environment.

1. Data center: DAC dual core passive data cable can be used to connect servers, storage devices and network switches and other equipment to achieve high-speed data transmission and data center connectivity.

2. Cloud computing: DAC dual-core passive data line can be used in cloud computing environment to connect cloud servers and storage devices to support high-speed data transmission and the realization of cloud computing applications.

3. Supercomputing: DAC dual-core passive data lines can be used to connect supercomputers and storage devices to support high-speed data transmission and the implementation of supercomputing applications.

4. Financial industry: DAC dual-core passive data lines can be used to connect servers, storage devices and network switches in the financial industry, supporting high-speed data transmission and the implementation of financial industry applications.

1. Confirm device compatibility: DAC dual-core passive data cable adopts standard SFP+ interface, but there may be compatibility problems with devices from different manufacturers, so you need to confirm the compatibility of the device before use.

2. Pay attention to the strength when plugging and unplugging: When plugging and unplugging the DAC dual core passive data cable, you need to pay attention to the strength to avoid excessive force causing damage to the interface.

3. avoid bending: when using DAC dual-core passive data cable, you need to avoid bending the cable excessively to avoid affecting the transmission effect.

4. avoid electromagnetic interference: DAC dual-core passive data line transmission rate is high, prone to electromagnetic interference, so you need to avoid placing too close to power lines, cables and other equipment.

1. Confirm the interface type: DAC dual core passive data cable has various interface types, such as SFP, QSFP, QSFP+, etc. Before use, you need to confirm the required interface type to avoid incompatible situations.

2. Confirm the wire length: DAC dual core passive data cable has a variety of wire length options, such as 1m, 3m, 5m, etc. Before use, you need to confirm the required cable length to avoid insufficient or excessive cable length.

3. pay attention to protection: the ports of the DAC dual-core passive data cable need to pay attention to protection to avoid mechanical damage or electrostatic interference, etc.

4. Confirm the use of the environment: DAC dual-core passive data cable in the use of the environment needs to pay attention to, such as temperature, humidity, etc.. Use in high temperature, high humidity and other harsh environments may affect its performance.