<p>The <strong>Fibrain SFP+ 10GBase-SR</strong> is an advanced transceiver module designed for high-speed networking applications, boasting a transmission speed of <strong>10Gbps</strong>. This device is specifically engineered for use in <strong>10G Ethernet</strong> environments, providing reliable connections over multimode fiber (MMF) at a wavelength of <strong>850nm</strong>. With its <strong>LC duplex</strong> interface, it effectively supports data transfer over distances of up to <strong>300m</strong>, making it ideal for data centres and enterprise networking solutions.</p><br> <p>Operating effectively in a wide temperature range of <strong>-25 to 70 degrees Celsius</strong>, the Fibrain SFP+ module ensures stable performance in various environmental conditions. Compliant with the <strong>IEEE802.3-2005 10G BASE-LR</strong> standard, it guarantees interoperability with other compliant systems, while its low power consumption of just <strong>1W</strong> showcases its efficiency, providing an energy-saving solution without compromising on performance.</p><br> <p>Fibrain, a reputable manufacturer known for its quality in optical communication products, integrates cutting-edge technology within this model. The SFP+ transceiver is particularly advantageous for users seeking high bandwidth and performance, representing a significant enhancement compared to competing products in the market.</p><br>...
Senetic IE
<p>The <strong>FIBRAIN FTF-S1XG-B23Y-020D-CI</strong> is a high-performance <strong>SFP+ module</strong> designed for seamless integration with <strong>Cisco</strong> networking equipment. With a transmission speed of <strong>10Gbps</strong>, this module ensures efficient data transfer over long distances, achieving up to <strong>20km</strong> using single-mode fiber (SMF) technology. The Wavelength Division Multiplexing (WDM) capability operates at transmission wavelengths of <strong>1270 nm</strong> and receiving wavelengths of <strong>1330 nm</strong>, making it an ideal solution for high-density network environments.<br></p> <p>This module is engineered to operate under extreme conditions, with a temperature range of <strong>-25 to 70 degrees Celsius</strong>, ensuring reliable performance in various settings. The <strong>Digital Diagnostics Monitoring (DDM)</strong> feature allows for real-time monitoring of critical parameters, enhancing network management capabilities. Compliance with the <strong>IEEE802.3-2005 10G BASE-LR</strong> standard guarantees compatibility and performance consistency across various networking applications.<br></p> <p>FIBRAIN, known for its innovative optical technology, combines quality and efficiency in the <strong>FTF-S1XG-B23Y-020D-CI</strong> module, positioning it as a superior choice for those seeking reliable and high-speed networking solutions. With a power consumption of just <strong>1W</strong>, this module also promotes energy efficiency, further solidifying its value in contemporary network infrastructures.<br></p>...
Senetic IE
PLANET FST-802. Maximum data transfer rate: 100 Mbit/s, Converter input interface: 10Base-T, 100Base-TX, Converter output interface: 100Base-FX. Maximum transfer distance: 2000 m, Wavelength: 1310 nm, Fiber mode structure: Multi-mode. Product colour: Black. Fiber optic connector: SC, Connectivity technology: Wired. Input voltage: 5 V, Input current: 2 A...
Senetic IE
PLANET FST-802S15. Maximum data transfer rate: 100 Mbit/s, Converter input interface: 10Base-T, 100Base-TX, Converter output interface: 100Base-FX. Maximum transfer distance: 15000 m, Wavelength: 1310 nm, Fiber mode structure: Single-mode. Product colour: Black. Fiber optic connector: SC, Connectivity technology: Wired. Input voltage: 5 V, Input current: 2 A...
Senetic IE
PLANET FST-802S35. Maximum data transfer rate: 100 Mbit/s, Converter input interface: 10Base-T, 100Base-TX, Converter output interface: 100Base-FX. Maximum transfer distance: 35000 m, Wavelength: 1310 nm, Fiber mode structure: Single-mode. Product colour: Black. Fiber optic connector: SC, Connectivity technology: Wired. Input voltage: 5 V, Input current: 2 A...
Senetic IE
PLANET FT-802S35. Maximum data transfer rate: 100 Mbit/s, Converter input interface: 100Base-TX, Converter output interface: 100Base-FX. Maximum transfer distance: 35000 m, Wavelength: 1310 nm, Fiber mode structure: Single-mode. Product colour: Black, Housing material: Metal. Fiber optic connector: SC, Connectivity technology: Wired. Input voltage: 5 V, Input current: 2 A...
Senetic IE
PLANET FT-806B20. Maximum data transfer rate: 100 Mbit/s, Converter input interface: 100Base-TX, Converter output interface: 100Base-FX. Maximum transfer distance: 20000 m, Wavelength: 1550 nm, Fiber mode structure: Single-mode. Product colour: Black, Housing material: Metal. Fiber optic connector: SC, Connectivity technology: Wired. Input voltage: 5 V, Input current: 2 A...
Senetic IE
<p>The <strong>FTC11XG</strong> by <strong>MikroTik</strong> is an advanced <strong>fiber-to-copper converter</strong> designed to bridge the gap between high-speed <strong>fiber optic networks</strong> and traditional <strong>copper Ethernet infrastructure</strong>. This innovative device ensures seamless network connectivity, making it an essential component for modern networking solutions.</p><br> <p>Engineered for optimal performance, the <strong>FTC11XG</strong> supports <strong>SFP modules</strong> with speeds of up to <strong>1.25 Gb/s</strong>. This capability allows for rapid data transfer rates, suitable for a wide range of applications, from small office setups to larger enterprise environments. Its versatility makes it a valuable addition to any network configuration.</p><br> <p>With its robust design and reliable functionality, the <strong>FTC11XG</strong> is part of MikroTik's commitment to providing high-quality networking solutions. The device is built to withstand the demands of various networking tasks, ensuring consistent performance and longevity in diverse operating conditions.</p><br> <p>In summary, the <strong>FTC11XG</strong> is a key product in MikroTik's lineup, offering essential features for those looking to enhance their network infrastructure. Its ability to facilitate smooth transitions between <strong>fiber optic</strong> and <strong>copper connections</strong> makes it an indispensable tool for network administrators and IT professionals alike.</p><br>...
Senetic IE