LTF8505-BE-IN Intel 25GBPS SFP28 LC MMF 10GbE Transceiver Module FTLF8538P5BCL-IT

Data Rate

The Intel LTF8505-BE-IN Transceiver Module boasts an impressive data rate of 25Gbps, making it a top choice for users who require high-speed data transmission capabilities. This feature enables the module to transmit data at lightning-fast speeds, ensuring efficient and reliable communication between devices.

Enhanced Performance

With a data rate of 25Gbps, the Intel LTF8505-BE-IN Transceiver Module offers enhanced performance compared to lower-speed alternatives. This high-speed capability allows for seamless data transfer, minimizing latency and ensuring smooth operation even in demanding environments.

Increased Bandwidth

The 25Gbps data rate of this transceiver module provides users with increased bandwidth, enabling them to handle larger volumes of data simultaneously. This is particularly beneficial for businesses and organizations that deal with large-scale data processing, such as data centers or cloud service providers.

Future-Proof Solution

Investing in a transceiver module with a high data rate like the Intel LTF8505-BE-IN ensures that your network infrastructure is future-proofed. As technology continues to advance and data requirements grow, having a module that can handle higher data rates allows for scalability and adaptability without the need for frequent upgrades or replacements.

Reduced Downtime

By utilizing a 25Gbps transceiver module, users can minimize downtime and maintain a highly efficient network. The faster data rate enables quicker transmission of information, reducing the time it takes for devices to communicate with each other. This can be crucial in time-sensitive applications or industries where delays can result in significant financial losses.

Improved User Experience

For end-users, the 25Gbps data rate translates into improved user experiences. Whether it's streaming high-definition videos, online gaming, or accessing cloud-based applications, faster data rates ensure that users can enjoy smooth and uninterrupted performance.

Connector Type

The Intel LTF8505-BE-IN Transceiver Module features an LC connector type, offering users a reliable and efficient means of connecting their devices. The LC connector has become a standard in the industry due to its numerous benefits and widespread compatibility.

Space-Saving Design

One of the primary advantages of the LC connector type is its compact size. The LC connector features a small form factor, allowing for high-density installations where space is limited. This makes it ideal for applications where multiple connections need to be made within a confined area, such as data centers or telecommunications facilities.

Easy Installation

The LC connector's design simplifies the installation process, making it user-friendly for both experienced technicians and individuals without extensive networking knowledge. The push-pull mechanism of the LC connector enables quick and secure connections, reducing the time and effort required for installation.

Low Insertion Loss

The LC connector's low insertion loss ensures minimal signal degradation during transmission, resulting in reliable and high-quality connections. This is particularly important in applications where signal integrity is critical, such as high-speed data transmission or fiber-optic networks.

Compatibility

The LC connector type offers a high level of compatibility with various devices and systems. It is widely used in both single-mode and multimode fiber-optic applications, making it a versatile choice for different network configurations. Additionally, many networking equipment manufacturers provide LC connectors as a standard option, further enhancing its compatibility.

Ease of Maintenance

Maintaining a network infrastructure that utilizes LC connectors is relatively straightforward. The design of the LC connector allows for easy cleaning and inspection, ensuring optimal performance over time. Regular maintenance and cleaning of the connectors help prevent signal loss and maintain the overall integrity of the network.

Fiber Type

The Intel LTF8505-BE-IN Transceiver Module is designed to work with multimode fiber (MMF), offering users flexibility and compatibility for their networking needs. The fiber type plays a crucial role in determining the performance and transmission characteristics of the transceiver module.

Cost-Effective Solution

Multimode fiber is generally more cost-effective compared to single-mode fiber, making it an attractive option for users looking to maximize their budget without compromising performance. The larger core size of multimode fiber allows for easier installation and termination, reducing overall installation costs.

Shorter Distances

Multimode fiber is well-suited for shorter distance applications, typically up to a few kilometers. This makes it an excellent choice for local area networks (LANs) or premises networks where devices are in close proximity to each other. The use of MMF can help minimize signal loss and maintain reliable data transmission over shorter distances.

Easy Upgrades

For users who already have existing multimode fiber infrastructure, the Intel LTF8505-BE-IN Transceiver Module offers a seamless upgrade path. By utilizing MMF, users can leverage their current fiber infrastructure without the need for costly replacements or major network reconfigurations.

Versatility

MMF provides users with versatility in terms of network design and deployment options. It can accommodate various network topologies and configurations, allowing users to tailor their network setup to specific requirements. Whether it's connecting multiple devices within a building or establishing connections between different floors or departments, MMF offers the flexibility needed for diverse networking scenarios.

High-Speed Applications

While single-mode fiber is typically preferred for long-distance applications, MMF is more than capable of handling high-speed data transmission within shorter distances. The Intel LTF8505-BE-IN Transceiver Module, coupled with MMF, offers users a reliable solution for high-speed applications such as data centers, video streaming, or enterprise-level networks.

Compatibility

The Intel LTF8505-BE-IN Transceiver Module is designed for compatibility with 10GbE (10 Gigabit Ethernet) networks, ensuring seamless integration into existing network infrastructures.

Interoperability

By supporting 10GbE, this transceiver module can seamlessly connect with other networking equipment and devices that adhere to the same standard. This interoperability ensures that users can integrate the module into their network without compatibility issues or the need for additional modifications.

Investment Protection

Opting for a transceiver module compatible with 10GbE networks ensures investment protection for users. As 10GbE continues to be widely adopted in various industries, having a module that supports this standard ensures long-term compatibility and avoids the risk of obsolescence.

Scalability

The compatibility with 10GbE networks allows users to scale their network infrastructure without major disruptions or expensive upgrades. As network demands increase, users can easily add more 10GbE devices or upgrade existing components while maintaining a cohesive and efficient network.

Broad Industry Adoption

10GbE has gained significant traction in various industries due to its high-speed capabilities and reliability. By choosing a transceiver module compatible with this standard, users can tap into a broad ecosystem of networking equipment and solutions that support 10GbE, making it easier to find compatible devices and expand their network infrastructure.

Future-Proofing

Investing in a transceiver module compatible with 10GbE networks ensures that your network infrastructure is future-proofed. As higher-speed standards continue to emerge, having a module that can support 10GbE provides a solid foundation for future upgrades and expansions. This future-proofing helps protect your investment and ensures that your network can keep up with evolving technology requirements.