StarTech QSFP40SR4ST 40GBPS Transceiver MMF 150m 850nm

Data Transfer Rate

The StarTech QSFP40SR4ST Transceiver offers an impressive data transfer rate of 40Gbps. This high-speed capability is essential for users who require fast and efficient data transmission in their network infrastructure.

Improved Network Performance

With a data transfer rate of 40Gbps, this transceiver allows for significantly improved network performance. Whether you are transferring large files, streaming high-definition videos, or running bandwidth-intensive applications, the higher data transfer rate ensures a smooth and uninterrupted experience.

Reduced Latency

By utilizing the 40Gbps data transfer rate, the StarTech QSFP40SR4ST Transceiver minimizes latency in your network. This means that data packets can be transmitted and received more quickly, resulting in reduced delays and faster response times.

Enhanced Productivity

The high data transfer rate of this transceiver enables users to work more efficiently by reducing waiting times and increasing productivity. Whether you are working in an office environment or a data center, the faster data transmission allows for quicker access to critical information and improved overall workflow.

Seamless Multimedia Streaming

For users who rely on multimedia applications such as video conferencing or live streaming, the 40Gbps data transfer rate ensures a seamless and uninterrupted experience. The increased bandwidth allows for smooth and high-quality video and audio transmission without any lag or buffering issues.

Future-Proof Solution

Investing in a transceiver with a high data transfer rate like the StarTech QSFP40SR4ST ensures that your network infrastructure is future-proofed. As technology continues to advance and data demands increase, having a transceiver capable of handling higher speeds will prevent the need for costly upgrades or replacements down the line.

Fiber Type

The StarTech QSFP40SR4ST Transceiver supports multi-mode fiber, making it a versatile and flexible solution for various network setups.

Compatibility

Multi-mode fiber is widely used in local area networks (LANs) and data centers. By supporting this fiber type, the transceiver can seamlessly integrate into existing network infrastructures without the need for significant modifications or upgrades.

Cost-Effective Solution

Compared to single-mode fiber, multi-mode fiber is more cost-effective, making it an attractive choice for businesses and organizations with budget constraints. The compatibility with multi-mode fiber allows users to leverage existing infrastructure, reducing the need for costly investments in new cabling systems.

Flexibility in Network Design

With support for multi-mode fiber, the StarTech QSFP40SR4ST Transceiver offers flexibility in network design. Multi-mode fiber allows for shorter transmission distances compared to single-mode fiber. This feature is beneficial when setting up networks within limited spaces or buildings, where shorter distances are required.

Easy Installation and Maintenance

Multi-mode fiber is easier to install and maintain compared to single-mode fiber. Its larger core size allows for simpler termination and splicing processes, resulting in reduced installation time and costs. Additionally, troubleshooting and maintenance activities are more straightforward with multi-mode fiber, minimizing downtime and disruptions to network operations.

Scalability

Multi-mode fiber provides scalability options for future network expansion. As businesses grow and their data transmission requirements increase, the compatibility with multi-mode fiber ensures that the StarTech QSFP40SR4ST Transceiver can support higher bandwidths without the need for significant infrastructure changes.

Maximum Distance

The StarTech QSFP40SR4ST Transceiver has a maximum distance capability of 150m, allowing for efficient data transmission over extended distances.

Extended Reach

The 150m maximum distance capability of this transceiver ensures reliable data transmission even in large network environments. Whether you have a sprawling office space, a data center spread across multiple floors, or a network that connects multiple buildings, the extended reach provided by the transceiver allows for seamless connectivity and communication.

Cost Savings

By supporting longer distances, the StarTech QSFP40SR4ST Transceiver reduces the need for additional equipment such as repeaters or signal boosters. This results in significant cost savings during network setup and maintenance, as there is no requirement for extra devices to ensure data transmission over extended distances.

Flexible Network Layout

The capability to transmit data up to 150m allows for greater flexibility in network layout and design. This feature is particularly beneficial in scenarios where network components need to be placed far apart due to physical limitations or specific operational requirements. The extended distance support ensures that connectivity is maintained regardless of the network's physical layout.

Efficient Cable Management

With a maximum distance of 150m, the StarTech QSFP40SR4ST Transceiver enables efficient cable management. Longer distances reduce the need for excessive cable routing and minimize cable clutter, resulting in a more organized and streamlined network infrastructure. This not only improves aesthetics but also simplifies troubleshooting and maintenance tasks.

Reliable Data Transmission

The ability to transmit data over extended distances ensures reliable data transmission without any signal degradation or loss. This is especially crucial in critical applications such as financial transactions, healthcare systems, or industrial control systems where data integrity and reliability are of utmost importance. The 150m maximum distance capability of the transceiver guarantees that data reaches its destination accurately and securely.

Wavelength

The StarTech QSFP40SR4ST Transceiver operates at a wavelength of 850nm, providing several benefits for users in terms of compatibility, performance, and reliability.

Compatibility with Existing Infrastructure

The 850nm wavelength is widely supported in multi-mode fiber networks, making the transceiver compatible with a range of existing infrastructures. This compatibility ensures that users can seamlessly integrate the transceiver into their network setups without the need for significant modifications or upgrades.

Optimal Performance

The 850nm wavelength offers optimal performance in multi-mode fiber networks. It allows for efficient transmission of data signals over short to medium distances, ensuring reliable and high-quality data transfer. By operating at this wavelength, the transceiver maximizes performance and minimizes signal loss or degradation.

Reliable and Consistent Signal Transmission

The 850nm wavelength provides reliable and consistent signal transmission throughout the network. It minimizes the impact of external factors such as electromagnetic interference (EMI) or crosstalk, ensuring that data signals reach their intended destinations without distortion or interruption. This reliability is crucial in maintaining network stability and avoiding data transmission errors.

Improved Signal Integrity

The 850nm wavelength supports efficient signal propagation in multi-mode fiber networks, resulting in improved signal integrity. This means that data signals experience minimal attenuation or dispersion, leading to higher-quality transmissions with reduced errors or data loss. Users can rely on the transceiver's ability to maintain signal integrity even in demanding network environments.

Interoperability

Operating at the 850nm wavelength ensures interoperability with other networking devices and components that support the same wavelength. This compatibility allows for seamless communication between different network elements, enabling users to build efficient and interconnected network infrastructures. Whether you are connecting switches, routers, servers, or other devices, the transceiver's wavelength ensures smooth interoperability and reliable data exchange.