Overview

OLP6300B-BP is a bypass protection device in OLP6300B Fiber Line Protection product series. When the optical node is failed, it can pass-by the optical node by connecting up-link and down-link directly and make the fiber trunk traffic without any interrupted.

OLP6300B-BP provides the advanced switching ability by separating the optical switching controlling and system networks management. Designed in the industrial level, even in the extremely environmental conditions, it can assure the switching time less than 15ms with the AC/DC power redundant protection. Due to the high stability, it can be widely used in PDH, SDH system, C/DWDM system, electric power communication private networks and CATV networks for the optical line monitoring.

OLP6300B-BP provides a strong system networks management with a friendly GUI. The user can read optical parameters on LCD screen in the front panel and do simple setting manually through buttons. Besides the button-setting, it also provides CLI and EMS networks management through RS232 console and RJ45 Ethernet ports, and supports the remote upgrading online.

Features

• Support optical by-pass routing
• Support optical by-pass protection for no optical signal/no power
• Support TFTP remote upgrading
• Support system networks management: Console, and EMS, button-setting.
• Provide operation modes: Manual mode, auto-returning mode, non-returning mode
• Support system alarms and corresponding voice warning synchronized with system networks management.
• Provide high-stability, well-reliability and reasonable design for the optical switching controlling module (AVR), which is independent with system networks management module (ARM) and avoid no interferers to each other.
• Provide the real-time parameters monitoring on LCD screen
• Adapt to the extremely environmental conditions by advanced heat dissipating and thermal design.
• Provide dual power redundancy design with a large voltage dynamic range.
• Provide 1U standard compact design which can be easily installed in the outdoor cabinet.

Optical Parameters

Physical Parameters

System Networks Management