L-com's MC-1GP+SFP is a PoE+ capable, triple speed media extender/convertor offering a cost-effective, PoE friendly solution for extending gigabit networks over fiber optic cabling. The MC-1GP+SFP's RJ45 port is PoE compliant to IEEE 802.3at standards of up 30 watts power and is excellent for powering hard to reach PoE capable IP devices such as traffic systems, security cameras, access points and IoT (Internet of Things) devices. The SFP/GBIC slot can accept any standard SFP (small form-factor pluggable), DAC (Direct Attach Copper) or AOC (Active Optical Cable) cable to extend and convert the network to lengths longer than typical copper will allow. The SFP module is sold separately and the distance limits and fiber type used are dependent on the particular SFP module utilized. The power supply is included. The L-com's MC-1GP+SFP media convertor is easy to use with an unmanaged, plug and play design including LED indicators for both data and PoE power usage. It will auto detect IEEE 802.3af and 802.3at equipment to protect devices from being damaged by incorrect installation. Contact L-com with your application needs today and don’t forget your Ethernet and fiber optics cables as well.
Features
MC-1GP+SFP is a gigabit PoE Ethernet media convertor with 1x triple speed 10/100/1000TX RJ45 port capable of delivering midspan PoE+ power at the IEEE 802.3at standard at a maximum of 30W and an SFP/GBIC 1000SX/LX Slot (SFP module sold separately) for Ethernet extension over fiber optics
Power requirements of 52-56V DC using the supplied power adapter
Easy to use unmanaged, plug & play design with LED indicators for both data and PoE power usage
Auto detects IEEE 802.3af or 802.3at equipment, protecting devices from being damaged by incorrect installation
Rear LFP (Link Fault Pass-through) switch; please see supplied manual for full details
Application
Industrial Ethernet, Factory Automation, Process Control and Process Industry Networking
High EMI/RFI environments
IP enabled devices such as meters, valves, drives, cameras, phones and IoT applications
Campus or Office Networks
LAN backbone
L-com's MC-1GP+SFP is a PoE+ capable, triple speed media extender/convertor offering a cost-effective, PoE friendly solution for extending gigabit networks over fiber optic cabling.
The MC-1GP+SFP's RJ45 port is PoE compliant to IEEE 802.3at standards of up 30 watts power and is excellent for powering hard to reach PoE capable IP devices such as traffic systems, security cameras, access points and IoT (Internet of Things) devices. The SFP/GBIC slot can accept any standard SFP (small form-factor pluggable), DAC (Direct Attach Copper) or AOC (Active Optical Cable) cable to extend and convert the network to lengths longer than typical copper will allow. The SFP module is sold separately and the distance limits and fiber type used are dependent on the particular SFP module utilized. The power supply is included.
The L-com's MC-1GP+SFP media convertor is easy to use with an unmanaged, plug and play design including LED indicators for both data and PoE power usage. It will auto detect IEEE 802.3af and 802.3at equipment to protect devices from being damaged by incorrect installation. Contact L-com with your application needs today and don’t forget your Ethernet and fiber optics cables as well.
Features
- MC-1GP+SFP is a gigabit PoE Ethernet media convertor with 1x triple speed 10/100/1000TX RJ45 port capable of delivering midspan PoE+ power at the IEEE 802.3at standard at a maximum of 30W and an SFP/GBIC 1000SX/LX Slot (SFP module sold separately) for Ethernet extension over fiber optics
- Power requirements of 52-56V DC using the supplied power adapter
- Easy to use unmanaged, plug & play design with LED indicators for both data and PoE power usage
- Auto detects IEEE 802.3af or 802.3at equipment, protecting devices from being damaged by incorrect installation
- Rear LFP (Link Fault Pass-through) switch; please see supplied manual for full details
Application
- Industrial Ethernet, Factory Automation, Process Control and Process Industry Networking
- High EMI/RFI environments
- IP enabled devices such as meters, valves, drives, cameras, phones and IoT applications
- Campus or Office Networks
- LAN backbone
