MikroTik S+31DLC10D | 10G SFP+ Transceiver | Single Mode | 1310nm | 10km | Dual LC

MikroTik S+31DLC10D 10G SFP+ Optical Transceiver

The MikroTik S+31DLC10D is a 10G SFP+ optical transceiver designed for high-speed data transmission over single-mode fiber optic networks. Supporting 1G and 10G data rates, this optical module is suitable for network infrastructure requiring reliable fiber connectivity over distances of up to 10 km.

With a 1310nm operating wavelength and a dual LC connector, the MikroTik S+31DLC10D is designed for full-duplex optical communication over two fiber strands. It is a suitable choice for enterprise networks, ISP infrastructure, data center interconnections and high-speed network backbone deployments.

10G SFP+ Connectivity for Long-Distance Fiber Links

The MikroTik S+31DLC10D supports 10 Gigabit Ethernet connectivity over single-mode fiber for links up to 10 km under suitable optical link conditions. It can help connect switches, routers and other compatible networking equipment through fiber optic infrastructure.

Its SFP+ form factor makes it suitable for compatible devices equipped with SFP+ ports. Before purchasing, verify the supported transceiver type, data rate and optical specifications of the host device.

Single-Mode Fiber and 1310nm Wavelength

This MikroTik optical module operates at a wavelength of 1310nm and is designed for single-mode fiber applications. Single-mode fiber is widely used for longer-distance network links because it supports connectivity across extended cable runs.

The 10km reach makes the S+31DLC10D suitable for connecting network equipment across buildings, campus networks, enterprise sites and ISP access or aggregation infrastructure, provided the complete optical link meets the required specifications.

Dual LC Connector for Full-Duplex Communication

The MikroTik S+31DLC10D features a dual LC optical connector for transmitting and receiving optical signals over separate fiber strands. This configuration supports full-duplex communication, allowing data to be transmitted and received simultaneously.

For installation, use compatible single-mode fiber cabling with the appropriate dual LC termination and ensure that the connected optical equipment uses compatible wavelength and link specifications.

Digital Diagnostics Monitoring (DDM)

The MikroTik S+31DLC10D SFP+ module includes Digital Diagnostics Monitoring, which helps administrators monitor important optical transceiver operating parameters. Supported diagnostics include optical power, voltage, temperature and laser bias current.

These monitoring capabilities can help identify abnormal operating conditions and support troubleshooting and preventive maintenance in professional fiber optic networks.

Wide Networking Application Support

The MikroTik S+31DLC10D can be used in suitable networking environments that require 1G or 10G single-mode fiber connectivity. Common applications include:

• 10 Gigabit Ethernet network backbone links
• ISP fiber access and aggregation networks
• Enterprise switches and routers with compatible SFP+ ports
• Campus network interconnections
• Building-to-building fiber connectivity
• Network infrastructure upgrades requiring 10G optical links

MikroTik S+31DLC10D Technical Specifications

Why Choose MikroTik S+31DLC10D?

• 10G SFP+ connectivity for high-speed optical networks
• Single-mode fiber support for links up to 10 km
• 1310nm wavelength for compatible optical infrastructure
• Dual LC connector for full-duplex fiber communication
• 1G and 10G data-rate support
• DDM functionality for optical diagnostics
• Suitable for enterprise, campus and ISP networking applications

Buy MikroTik S+31DLC10D in India

If you are looking to buy the MikroTik S+31DLC10D 10G SFP+ transceiver in India, IPVoice Technologies offers networking products for enterprise, ISP and professional infrastructure requirements.

The MikroTik S+31DLC10D is an option for network deployments that require 10G optical connectivity over single-mode fiber up to 10 km. Check the compatibility of your networking equipment and fiber infrastructure before ordering.