HPE AP783A SFP+ Transceiver, 10Gbps MMF, 300m, 850nm

Data Rate

The HPE AP783A SFP+ Transceiver is a high-performance module that supports a data rate of 10Gbps. This impressive data rate ensures fast and reliable data transmission, making it an essential feature for users who require high-speed connectivity.

Enhanced Performance

The 10Gbps data rate provided by the HPE AP783A SFP+ Transceiver offers enhanced performance compared to lower-speed alternatives. With this high data rate, users can experience faster file transfers, reduced latency, and improved overall network performance. Whether you're streaming high-definition videos, transferring large files, or running bandwidth-intensive applications, the 10Gbps data rate ensures smooth and uninterrupted data transmission.

Seamless Data Transfer

One of the key benefits of the 10Gbps data rate is its ability to handle large amounts of data seamlessly. This feature is particularly important for businesses that deal with data-heavy operations such as data centers, cloud computing, and high-traffic networks. The HPE AP783A SFP+ Transceiver's 10Gbps data rate ensures that data can flow smoothly without bottlenecks or delays, enabling efficient and reliable communication between devices.

Future-Proof Solution

As technology continues to evolve, the demand for faster data rates will only increase. Investing in a transceiver with a 10Gbps data rate like the HPE AP783A ensures that your network infrastructure remains future-proof. By choosing a transceiver with a higher data rate, you can avoid the need for costly upgrades or replacements in the near future, saving both time and money.

Cable Type

The HPE AP783A SFP+ Transceiver is designed to support multimode fiber (MMF) cables. This cable type offers numerous benefits and is essential for users who require reliable and efficient data transmission.

Flexible Connectivity

The use of MMF cables provides users with greater flexibility in connecting devices. MMF cables are capable of supporting higher bandwidths and longer distances compared to other cable types such as single-mode fiber (SMF). This flexibility allows users to connect devices over greater distances without sacrificing performance.

Cost-Effective Solution

MMF cables are generally more cost-effective compared to SMF cables. This makes them an ideal choice for businesses and individuals looking to establish high-speed connections without breaking the bank. The HPE AP783A SFP+ Transceiver's compatibility with MMF cables ensures that users can achieve reliable and efficient data transmission at a reasonable cost.

Easy Installation

MMF cables are widely available and easy to install. Their popularity in the networking industry means that they can be easily sourced, minimizing installation delays and compatibility issues. Additionally, the HPE AP783A SFP+ Transceiver's compatibility with MMF cables simplifies the installation process, allowing users to set up their network quickly and efficiently.

Max Distance

The HPE AP783A SFP+ Transceiver offers a maximum distance of 300m, making it an excellent choice for users who require long-range connectivity without compromising on performance.

Extended Reach

The 300m maximum distance provided by the HPE AP783A SFP+ Transceiver allows users to establish connections over greater distances. Whether you need to connect devices in different rooms, floors, or even buildings, this feature ensures reliable communication without any degradation in signal quality. This extended reach is particularly beneficial for large-scale deployments such as data centers or enterprise networks.

Flexible Network Design

The ability to transmit data up to 300m enables users to design flexible and scalable networks. With the HPE AP783A SFP+ Transceiver, you can connect devices located far apart, allowing for efficient network expansion and connectivity in various environments. This flexibility is crucial for businesses that require a versatile network infrastructure capable of adapting to changing needs.

Improved Reliability

Long-distance connectivity can often be challenging, with signal degradation being a common issue. However, with the HPE AP783A SFP+ Transceiver's maximum distance of 300m, users can ensure reliable communication without compromising on signal quality. This enhanced reliability minimizes the risk of data loss or interruptions in critical operations, providing peace of mind to users who depend on consistent and uninterrupted network connectivity.

Wavelength

The HPE AP783A SFP+ Transceiver operates at a wavelength of 850nm, offering significant benefits in terms of performance and compatibility.

Optimal Performance

The 850nm wavelength provides optimal performance for multimode fiber-based networks. This wavelength is specifically tuned to work efficiently with MMF cables, ensuring maximum data transmission speeds and minimal signal loss. By utilizing the appropriate wavelength, the HPE AP783A SFP+ Transceiver delivers superior performance and reliability, making it an ideal choice for users seeking high-speed connectivity.

Compatibility

The HPE AP783A SFP+ Transceiver's compatibility with the 850nm wavelength ensures seamless integration with existing network infrastructure. Many networking devices and equipment are designed to operate at this specific wavelength, making the HPE AP783A a versatile choice for various applications. This compatibility reduces the need for additional modifications or upgrades to the network setup, saving both time and resources.

Interoperability

The 850nm wavelength is widely adopted in the industry, ensuring interoperability with a wide range of networking devices and equipment. This interoperability allows users to mix and match different devices and components, providing flexibility and scalability in network design. Whether you're building a new network or expanding an existing one, the HPE AP783A SFP+ Transceiver's compatibility with the 850nm wavelength ensures seamless integration with other networking equipment, simplifying the setup process and ensuring smooth communication between devices.