MIKROTIK SFP+ FIBER OPTIC TRANSCEIVER 1G / 10G DUAL LC UPC MM 300M

The Mikrotik SFP+ Fiber Optic Transceiver S+85DLC03D is a reliable solution for demanding network connections. It provides fast and stable data transmission, ideal for use in data centers, corporate networks, and other environments where reliability and performance are important. Thanks to Dual LC UPC MM technology, this transceiver offers excellent signal quality and minimal losses, resulting in reliable network operation.

• High bandwidth: Support for speeds of 1G / 10G ensures fast data transmission.
• Dual LC UPC MM Technology: Excellent signal quality and minimal losses.
• Range up to 300m: Ideal for use in various network environments.
• Compatibility: Works with Mikrotik devices and other devices that support the SFP+ standard.
• Reliability: Stable operation under demanding conditions.
• Easy installation: Simple installation and configuration.

Mikrotik is a renowned manufacturer of network solutions, known for the high quality and reliability of its products. The SFP+ Transceiver S+85DLC03D is designed to ensure stable and efficient data transmission in fiber optic networks. Thanks to the use of high-quality components, this transceiver guarantees long-term and trouble-free operation.

The Mikrotik SFP+ Fiber Optic Transceiver S+85DLC03D is used in data centers, corporate networks, monitoring systems, and other environments where fast and reliable data transmission is required. It can be used to connect servers, switches, routers, and other network devices. Thanks to the range of up to 300 meters, this transceiver is ideal for use in buildings and over short distances.

The Mikrotik SFP+ Transceiver S+85DLC03D is characterized by high quality workmanship, reliability, and easy installation. Thanks to Dual LC UPC MM technology, this transceiver offers excellent signal quality and minimal losses, resulting in reliable network operation. It is an ideal solution for companies and institutions that require stable and efficient data transmission in fiber optic networks.