Payment & Shipping Terms:
|Product Name:||OBP Equipment||Protection Mode:||1:1|
|Connector:||SC/PC||Size:||2U:483 X 230 X 89mm|
OBP Fiber Bypass Switch,
300mW Optical Switch system,
1550nm OBP equipment
Optical Bypass Protection Equipment Optical Switch system
Live Monitoring the optical power of "protection equipment" and "ODF optical line"
Auto-switching without human intervention when the protection equipment encountering transmission obstacles.
Special Power storage function, which guarantees the right switching action in case of OBP itself power off or both equipments power off 1 / 2
Reduce the loss caused by network nodes breaking down
Dual 1+1 hot redundancy power supply, hot swappable, which is easy for future maintenances.
Optical links can be set up according to request by manual
Improve the reliability of the network transmission and service quality of network operator
Compatible with SNMP, WEB,CLI (Console, Telnet) network management ways.
GEZHI Optical Bypass Protection equipment (OBP) is a kind of intelligent switching system applied in the field of optical transmission, which can automatically overpass the broken-down network nodes. This Optical Bypass Protection equipment can automatically identify the status of the power supply of the network nodes and the optical signal output. When the network node is under the condition of breaking down, the OBP sypstem can switch to bypass link to avoid the cut down of SDH network, which can make sure the whole network in a complete running status.
1:1 Protection Illustration
|System Parameter||Technical Index|
|Calibration Wavelength||1310nm & 1550nm|
|Input/output Optical Access Port||SC/APC,SC/PC,FC/APC,FC/PC|
|Detecting Range of optical Power||-50dBm~ +20dBm|
Maximum Bypass Optical Power
|Network Management Access Port||RJ-45,RS-232|
|Network Management Mode||CLI ,SNMP,WEB|
|Product Dimension||One 19 inch standard Metal Chassis|
-10℃ ~ 60℃
-20℃ ~ 70℃
|Relative Humidity||5% ~ 95% no -condensing|
|Power Supply||DC:36 ～ 72V；AC:85 ～ 264V|
|Power Consumption||≤ 5W|
Contact Person: Ena Lin