[EXFO FG-750] Node iOLM
EXFO FG-750 Node iOLM

주요특징 (Features)

• iOLM-Ready: 멀티펄스와 특허 LinkAware 알고리즘 기술 사용
• 광케이블 해킹 탐지: P2P 및 P2MP(Point-to-Multipoint)를 사용하는 FTTx PON 망까지 광선로 이상 유무 감시
• 정밀 모니터링: PON 장비에 관계없이 가입자망(ONT)당 50cm 간격까지 구별
• 완전 자동화: 과거~현재 상태 비교하여 1625nm에서 파이버 결함 검출
• 아이콘화로 쉬운 결과 분석
• 반사필터(HRD): 1650nm에서 종단간 파이버 감쇄와 손실 측정
• 원격제어: 고정형 테스트 장비로 파이버의 상태, 길이, 고장유무 등 점검 및 제어
• 유연한 인터페이스: HTTP, XML(REST) 및 개방형 웹서비스를 바탕으로 어떤 관리 시스템과도 접속 가능
• 통합 제어: Core EMS S/W를 바탕으로 웹 GUI를 통해 스케줄링
• NMS 연동: 표준화된 SNMP 프로토콜을 이용한 장애 정보 수신
• 지원포트: SC/FC/LC/MTP (최대 96포트)
• 교체: 탈착식 카세트 구성
• 전원 이중화: 랙타입 (2U)
• 옵션: 3G 무선 지원, SSD(16/32GB)

상세설명 (Description)

An EXFO Link-Aware™ Product: Node iOLM

The Node iOLM provides intelligent test automation in addition to being a specialized OTDR for access network testing.
Compared to EXFO’s other portable iOLM solutions, the Node iOLM can define and test point-to-multipoint (P2MP) fibers, or it can test from the node, or central office, downstream to any passive optical network line type.
Essentially, what this means is that the Node iOLM can test before and after splitters. It is a node-based, fixed asset designed to expose test resources as web services so it can serve multiple workflows similarly to how a website supports multiple users.
By querying the test equipment with a topology template of the line, the application can define and run a series of OTDR acquisitions. It then assembles the information into a single XML dataset, merging the queried topological information, test results and quality assessment information associated with the discovered elements.

A Fiber Guardian Series Product and Application

The Node iOLM application is built on a specialized node OTDR, which is designed for in-service testing, monitoring and troubleshooting from the node. This means a test can be conducted from the field while the instrument is at the central office.
The solution is hosted on carrier-class hardware that is scalable, flexible and always available. Access to the various services is gained via a server that allows calls to be placed over IP in every network configuration.

This product is typically interfaced with solutions dealing with inventory or quality control, with the management systems of active transmission equipment, or any network management system designed to provide access to optical test resources for PON or point-to-point networks.
The product is a stand-alone, intelligent solution capable of mapping a line and producing structured and documented data (XML format) of all measurable elements using best-in-class OTDR technology. The elements discovered on the transport fiber are tested against pass/fail criteria, with loss/reflectance and distance values included in the same structured data. Reflective filters can also be used during testing to position and assess the quality of each branch beyond the splitter(s).

Specification Sheets

FG-750  

the fi rst practical Fttx line quality assessment solution from the node.

Key Features

• Remotely control fiber line quality, length(s) and connectivity in link certification, drop-cable installation and service activation with fixed test equipment
• Using EXFO's Link-Aware™ technology, conduct PON or P2P fiber line testing with the power of an OTDR without the skill sets required–then turn it into a troubleshooting and monitoring tool
• Measure end-to-end fiber attenuation at 1650 nm with a traceable test method using a reflective filter in the field and test equipment at the node
• Monitor up to a demarcation point (e.g., customer premises terminal) independent from PON equipment
• Measure short- and long-term link degradation with higher resolution and larger dynamic range than with PON equipment
• Detect and localize fiber fault at 1625 nm comparing past to current situations in a fully automated way
• Interface it to any management system using an open and fully documented resource-based web-services architecture that uses HTTP and XML (REST)

Technical specifications

All specifications valid at 23º C ± 2º C with an FC/APC connector, unless otherwise specified.