QSFP4SFP25GCU5M Cisco 100GBase Passive Copper Splitter Cable

QSFP4SFP25GCU5M Cisco 100GBase Passive Copper Splitter Cable Overview

The QSFP4SFP25GCU5M Cisco 100GBase Passive Copper Splitter Cable is a versatile, high-performance networking solution designed to provide seamless connectivity for data centers, enterprise networks, and high-speed communication systems. It serves as a bridge to connect multiple devices through a single, reliable cable, facilitating data transmission between a QSFP port and multiple SFP25G ports. This cable is specifically engineered for 100G Ethernet applications, offering excellent signal integrity and reliable data transfer at high speeds. The 16.4-foot cable length ensures flexibility in system design, making it ideal for various networking environments.

Key Features and Specifications of QSFP4SFP25GCU5M Cisco 100GBase Passive Copper Splitter Cable

High-Speed Data Transmission

One of the standout features of the QSFP4SFP25GCU5M Cisco 100GBase Passive Copper Splitter Cable is its ability to support high-speed data transmission. This cable is optimized for 100G Ethernet, allowing for fast and efficient data transfer across network infrastructures. It provides an effective solution for scenarios requiring high bandwidth, such as cloud services, streaming, data-intensive applications, and server-to-server connections.

Passive Copper Design

The passive copper design of this splitter cable contributes significantly to its reliability. Passive cables are ideal for short-distance transmissions, as they do not require external power sources for signal amplification. The QSFP4SFP25GCU5M cable is engineered to handle the demands of high-speed communication without requiring power or complex management, ensuring easy installation and maintenance.

16.4 Ft. Length for Flexible Installations

The 16.4-foot length of the QSFP4SFP25GCU5M cable provides optimal flexibility for various network setups. Whether you are connecting network devices within a data center rack or linking switches and servers across multiple sections of an enterprise network, this cable offers ample length to ensure clean, efficient connections while maintaining proper cable management.

Compatibility with Cisco and Other Major Brands

The QSFP4SFP25GCU5M Cisco 100GBase Passive Copper Splitter Cable is designed to work seamlessly with Cisco hardware and other major networking equipment brands. This broad compatibility ensures that network engineers and IT professionals can rely on this cable for integration into existing infrastructures without concerns about brand-specific compatibility issues.

Durable and Cost-Effective Solution

Durability is a key characteristic of the QSFP4SFP25GCU5M cable. It is constructed from high-quality materials that ensure long-lasting performance even under heavy network traffic conditions. Additionally, as a passive copper cable, it is a cost-effective alternative to active optical cables, making it an ideal choice for large-scale deployments where budget considerations are important.

Application Use Cases

Data Centers

In data center environments, the QSFP4SFP25GCU5M cable is an invaluable tool for interconnecting various devices. Its ability to support 100G Ethernet ensures that data centers can efficiently handle large volumes of data traffic between servers, switches, and storage devices. The 16.4-foot length provides the necessary reach for connecting components in diverse rack configurations, while the passive copper design ensures low latency and high reliability without the need for additional power sources.

High-Performance Computing (HPC) Systems

For high-performance computing systems, where large datasets are processed rapidly, the QSFP4SFP25GCU5M cable ensures minimal signal degradation over its distance. This makes it an ideal choice for high-throughput tasks, such as scientific research simulations, big data processing, and cloud-based workloads.

Enterprise Networks

In enterprise network environments, this cable serves as an essential tool for optimizing bandwidth and connectivity between switches and servers. With businesses increasingly relying on real-time communication, the QSFP4SFP25GCU5M cable’s 100G Ethernet support guarantees fast and uninterrupted data flows. It is suitable for corporate networks where rapid communication and data exchange are critical for operational efficiency.

Benefits of Using QSFP4SFP25GCU5M Cisco 100GBase Passive Copper Splitter Cable

Cost Efficiency

The QSFP4SFP25GCU5M is a cost-efficient alternative to more expensive fiber optic cables, providing excellent performance without the high cost associated with optical solutions. By using a passive copper design, users can achieve the same high data transmission rates for shorter distances, making it a budget-friendly option for large-scale networks.

Energy Efficiency

Being a passive copper cable, the QSFP4SFP25GCU5M does not require external power sources or additional equipment for signal boosting, contributing to overall energy savings in the network environment. This makes it an eco-friendly option that reduces operational costs while maintaining high performance.

Easy Installation and Maintenance

The simplicity of the passive copper design also translates into easy installation and maintenance. There are no complex configuration settings or additional power requirements to worry about, making the setup process straightforward and hassle-free. Network administrators can easily install the cable, ensuring quick deployment with minimal downtime.

Signal Integrity and Low Latency

The QSFP4SFP25GCU5M cable ensures that data travels with minimal signal degradation. This is particularly crucial for applications requiring real-time communication or low-latency data transfer. Whether used for high-frequency trading or video streaming, the low latency of this cable ensures smooth performance without interruptions.

Technical Specifications

Connector Type

The QSFP4SFP25GCU5M cable features a QSFP connector on one end and four SFP25G connectors on the other. This allows a single cable to be split into four separate data streams, making it a highly efficient solution for connecting a 100GBase network device to multiple SFP25G-compatible devices.

Cable Length

With a length of 16.4 feet, the cable provides ample reach for most networking environments. This length is optimal for most data center setups, server rooms, and high-performance computing applications. It strikes a balance between reach and manageability, reducing cable clutter while still offering flexibility in device placement.

Data Rate

The QSFP4SFP25GCU5M cable supports a maximum data rate of 100G for efficient and high-speed communication. Each of the four SFP25G ports can handle up to 25Gbps, enabling the cable to support up to 100Gbps of total bandwidth when connected to compatible devices. This high data rate is ideal for intensive network operations and large-scale data transfers.

Cable Construction and Material

The cable is constructed using high-quality copper, ensuring durability and performance. The shielding and insulation materials used in the cable’s design help minimize electromagnetic interference (EMI) and maintain signal quality, ensuring that the data is transmitted without loss or degradation.

Compatibility and Interoperability

Supports Multiple Cisco Devices

The QSFP4SFP25GCU5M cable is fully compatible with Cisco’s 100GBase equipment, such as switches, routers, and network interface cards (NICs). Its plug-and-play nature allows for easy integration into Cisco-based networks, ensuring that businesses can quickly deploy and expand their infrastructures with minimal setup.

Works with Other Networking Brands

While designed with Cisco hardware in mind, the QSFP4SFP25GCU5M cable is also compatible with many other brands of networking equipment that support QSFP and SFP interfaces. This ensures flexibility in a multi-vendor environment, where organizations often utilize hardware from different manufacturers.

Protocol Support

The QSFP4SFP25GCU5M cable supports a range of networking protocols, including Ethernet, Fibre Channel, and InfiniBand. This broad protocol support makes it a versatile solution for various network setups, including those in cloud environments, data centers, and enterprise networks.