Shenzhen iseelink Communication Technology Co., Ltd.
Shenzhen iseelink Communication Technology Co., Ltd.
Add to Cart
OSP2800 Optical Cable Monitoring System with DWDM, CWDM, OADM Functions for Fiber Optic Monitoring
OSP2800 is a kind of optical communication integrated platform. We independently research, develop, and design it. Its high density and high integration enable the system to provide rich functions and flexible configurations. Otherwise, it provides an LCD GUI user interface and rich network management functions.
OSP2800 fiber monitoring system adopts the standard 19-inch chassis design, with the size of 1U, 2U,4Uetc. The redundant power and pluggable design support dual AC, dual DC, and AC&DC power supply modes. This equipment provides 20 function card slots maximum, two kinds of NMU and 50W,100W, and 200W power cards, and supports DWDM, CWDM, OADM, OTU, OEO, EDFA, SOA, OSW, OPD, LSU, VOA, and TMUX function card, thus it is widely used in optical transmission, optical protection, cable monitoring, and data safety field.
The fiber optic monitoring system is combined with OTDR, optical switch, and upper-level network management software, to form a systematic and intelligent system integrating functions of testing, analysis, alarm, positioning, information management, and worksheet.
Business card precision design, small size, high density.
Support dozens of boards, compatible with optical transmission, optical protection, and optical cable monitoring system applications.
Can provide 1 U,2U, and 4U different product forms, suitable for different application combinations.
It adopts plug and play design, easy to use, easy to upgrade, and short cycle of a new function board.
1U platform: Provision 4+1 single board slot 4 business cards,1 management card. Support dozens of business cards, such as OSW cards, and OTDR cards. Dual power hot plug,-48 V/220V optional. Support serial port, WEB, SNMP, TELNET, and SSH management.
| Graphic | Name | Parameter | |
 | NMS | display screen | HD Dual Color LCD Display |
| keying | Flexible and concise six key | ||
| interface | RJ45, Micro-USB | ||
| Optical module slot | Support 100/1000Mbps SFP | ||
| OTDR | Central wavelength | 1550nm土20nm/1625土20nm selectable |
| Event blind zone | ≤2m | ||
| Decay blind area | ≤12m | ||
| Minimum sampling spacing | 0.125m | ||
| dynamic range | 36/38/40dB selectable | ||
| Maximum number of samples | 32K | ||
| OSW | operating wavelength | 1260~ 1650nm . |
| insertion loss | Typ: = 0.8 dB,Max: <1.2 dB | ||
| repetitiveness | ≤士0.02 dB | ||
| return loss | ≥50dB | ||
| switching period | ≤10ms (Adjacent sequential switching) | ||
| Connector form | LC/PC | ||
| OPM | number of channels | 2/4/8/12/16 Optional |
| Calibration wavelength | 1310nm / 1550 nm | ||
| power bracket | -70 ~ +3 dBm (off-line ) | ||
| -50~+23dBm(on line ) | |||
| accuracy | 士5% | ||
| OS | number of channels | 2/4/8/12/16 selectable |
| wavelengh | 1550 nm | ||
| Short-term output stability | 士0. 03dB/15min | ||
| Long-term stability | 士0.1dB/8h (20C) | ||
| Optical output mode | continuous output | ||
| Connector form | LC/PC | ||
|
| WDM | Projected wavelength | 1625nm |
| Reflection wavelength | 1310/1490/1550nm | ||
| Projection bandwidth insertion loss | ≤1.0dB | ||
| Reflective bandwidth insertion loss | ≤0.80dB | ||
| Projection bandwidth isolation | ≥30dB | ||
| Reflection bandwidth isolation | ≥15dB | ||
OLM Network Management System
1. Test management: can provide roll call test, cycle test, alarm test, and other monitoring modes
2. Fault location: according to the node distance and cable winding length of optical cable routing, the most direct and specific information on fault repair is provided.
3. Decision support information: provide core line deterioration analysis, time deterioration analysis, fault type and cause statistics, and other decision support functions.
4. User level management: multiple access systems, different levels of user roles access different functional modules.
5. Graphical management: using the GIS platform system to realize the visual management of optical cable, pipeline, ground well, machine building, and other resources.
6. Historical data query: with complete historical data, convenient and fast query.
7. Timely fault alarm: through SMS and field sound and light and other alarm methods the first time to notify the maintenance personnel.