Dell C5RNH SFP Sr Transceiver 10Gigabit 850nm

Data Rate

The Dell C5RNH Transceiver is designed to provide high-speed data transfer with its impressive data rate of 10Gigabit. This feature allows users to transmit and receive data at a much faster rate compared to traditional transceivers, making it ideal for applications that require quick and efficient data transmission.

Improved Performance

With a data rate of 10Gigabit, users can experience improved performance in their network infrastructure. This high-speed data transfer capability ensures that data is transmitted and received rapidly, reducing latency and improving overall system performance. Whether it's for file transfers, multimedia streaming, or real-time data processing, the Dell C5RNH Transceiver's 10Gigabit data rate ensures smooth and efficient operations.

Enhanced Productivity

By utilizing a transceiver with a 10Gigabit data rate, businesses can significantly enhance their productivity. Large files can be transferred quickly, allowing employees to work more efficiently and complete tasks in less time. This feature is particularly beneficial for industries that rely heavily on data-intensive operations such as video editing, graphic design, and scientific research.

Future-Proof Solution

The 10Gigabit data rate supported by the Dell C5RNH Transceiver ensures that your network infrastructure is future-proofed. As technology continues to advance, the demand for higher data transfer speeds will only increase. By investing in a transceiver with a 10Gigabit data rate, you can ensure that your network is capable of handling future requirements without the need for costly upgrades or replacements.

Compatibility

The Dell C5RNH Transceiver's 10Gigabit data rate is compatible with a wide range of devices and networking equipment. Whether you are using it in a small office environment or a large data center, this transceiver can seamlessly integrate into your existing network infrastructure. Its compatibility ensures that you can enjoy the benefits of high-speed data transfer without the hassle of compatibility issues.

Wavelength

The Dell C5RNH Transceiver features a wavelength of 850nm, offering users several benefits and important features. This wavelength is commonly used in fiber optic communication systems and provides optimal performance for various applications.

Optimal Signal Quality

The 850nm wavelength of the Dell C5RNH Transceiver ensures optimal signal quality during data transmission. This wavelength is well-suited for multi-mode fiber optic cables, which are commonly used for short-range communication. By using the appropriate wavelength for your fiber optic infrastructure, you can ensure that the signal quality remains high, resulting in reliable and error-free data transmission.

High Bandwidth Capability

The 850nm wavelength offers high bandwidth capability, making it suitable for applications that require large amounts of data to be transmitted simultaneously. This feature is particularly beneficial in data centers or networks where multiple users need to access and transfer large files simultaneously. The high bandwidth capability provided by the Dell C5RNH Transceiver ensures smooth and uninterrupted data flow, preventing bottlenecks and congestion.

Wide Compatibility

The 850nm wavelength is widely supported by various networking equipment and devices. This ensures that the Dell C5RNH Transceiver can be easily integrated into your existing fiber optic infrastructure without compatibility issues. Whether you are upgrading your network or expanding your current setup, the wide compatibility of the 850nm wavelength ensures seamless integration and hassle-free deployment.

Cost-Effective Solution

The 850nm wavelength is a cost-effective solution for short-range communication. Compared to other wavelengths, such as 1310nm or 1550nm, the 850nm wavelength is more budget-friendly while still providing excellent performance for short-range applications. Choosing the Dell C5RNH Transceiver with an 850nm wavelength allows you to achieve high-quality data transmission within a cost-effective budget.

Connector Type

The Dell C5RNH Transceiver features an SFP (Small Form-factor Pluggable) connector type, which offers several benefits and important features for users. The SFP connector type is widely used in networking equipment and provides flexibility and ease of use.

Flexibility and Interchangeability

The SFP connector type of the Dell C5RNH Transceiver offers flexibility and interchangeability, allowing users to easily switch between different transceiver modules without the need for complex reconfiguration. This feature is particularly beneficial in dynamic network environments where equipment needs to be upgraded or replaced frequently. With the SFP connector type, users can simply plug in the transceiver module and start using it without any hassle.

Compact Design

The SFP connector type features a compact design that allows for higher port density on networking equipment. This means that you can have more transceiver modules installed in a limited space, maximizing the efficiency and capacity of your network infrastructure. The compact design of the SFP connector type also makes it easier to manage and maintain, as it takes up less physical space and reduces cable clutter.

Hot Swappable

The SFP connector type is hot swappable, which means that transceiver modules can be inserted or removed from networking equipment without powering down the system. This feature eliminates downtime during maintenance or upgrades, as you can simply replace or add transceiver modules on the fly. The hot swappable capability of the Dell C5RNH Transceiver ensures uninterrupted network operations and increases overall system availability.

Cost-Effective Solution

The SFP connector type provides a cost-effective solution for network upgrades or expansions. Since SFP modules can be easily replaced or added without the need for replacing the entire networking equipment, it allows for gradual upgrades and reduces overall costs. Additionally, the compact design of the SFP connector type reduces space requirements, resulting in lower infrastructure costs.

Distance

The Dell C5RNH Transceiver is optimized for short-range (SR) communication, offering users several benefits and important features. This transceiver is specifically designed to provide reliable and efficient data transmission over short distances.

Optimal Performance

The Dell C5RNH Transceiver's short-range (SR) capability ensures optimal performance for data transmission over short distances. Whether you are setting up a local area network (LAN) or connecting devices within a confined space, this transceiver can reliably transmit data without signal degradation or loss. The short-range capability of the Dell C5RNH Transceiver guarantees high-quality data transmission within its specified range.

Reduced Signal Loss

By using a transceiver optimized for short-range communication, users can minimize signal loss during data transmission. Short-range transceivers are specifically designed to operate within a limited distance, ensuring that the signal remains strong and stable throughout the transmission process. This feature is particularly important in applications where data integrity is crucial, such as in financial transactions or critical communications.

Cost-Effective Solution

The short-range (SR) capability of the Dell C5RNH Transceiver provides a cost-effective solution for various applications. Since this transceiver is optimized for short distances, it eliminates the need for expensive long-distance transmission equipment or fiber optic cables. The cost savings associated with using a short-range transceiver make it an attractive option for small to medium-sized businesses or organizations with limited budgets.

Easy Deployment

The short-range (SR) capability of the Dell C5RNH Transceiver makes it easy to deploy within confined spaces or local area networks. Whether you are setting up a small office network or connecting devices within a single room, this transceiver can be easily integrated into your existing infrastructure. Its short-range capability allows for simplified installation and reduces the complexity associated with long-distance transmission.