KORENIX – JetCon3701GP-U Industrial IEEE 802.3bt Gigabit PoE Media Converter
- Description
Description
JetCon3701GP-U Industrial IEEE 802.3bt Gigabit PoE Media Converter
Converts 10/100/1000TX to 100/1000 Fiber
Flexible SFP Fiber transceiver design
High Power 90W PoE PSE Media Converter
IEEE 802.3af/at/bt Compliance
Fault Alert for power
Two way Link loss forwarding
Power redundancy with wide range input
Slim Case with IP-31 grade protection
Wide range operating temperature
Power Redundancy with 44~57V wide voltage input
Railway Certification EN50121-4 Compliance
Product Introduction
The JetCon 3701GP-U industrial Gigabit PoE Ethernet media converter is an advanced and cost effective high power PoE media converter. It is not only designed with IEEE 802.3af/at/bt compliance but also has slim metal case and IP-31 protection. For its strong characteristics, it has dual power input and the functionality of real time redundant power backup results in a real Industrial Gigabit Ethernet Media Converter with a non-stop transmission. It also has 44-57V wide voltage inputs for different field using. Most of Gigabit Ethernet Media converter features Link Loss Forwarding function (LLF) to forward link status change to alert remote or central management system. However, this is only for the cable event and is not enough for industrial network application. JetCon 3701GP-U provides an alarm relay to trigger out a real alarm signal for power event. It makes a result of maintenance time saving. As the trend of fiber interface, JetCon 3701GP-U, combines a hot-swappable socket for Small Form-Factor Pluggable (SFP) fiber transceiver. To adopt different type of fiber optical cable or enlarge fiber network campus, the JetCon 3701GP-U just replace new fiber transceiver to meet the specification of optical fiber cable and achieve best inventory performance.
The JetCon 3701GP-U supports graceful traffic management ability, it also compliance with EN50121-4 certification. All of traffic will be forwarding by the packet precedence or priority ID and result as different service priority. Besides, it also filter unnecessary broadcast packet by broadcast storm control and drop abnormal packet to enlarge network performance.
