TRAINING
Size an FTTH Network
Educational objectives :
- Master the Engineering Rules in ZMD, ZTD-BD & RIP from PA to PB (PRE)
- Being able to design a fiber optic network (explore possibilities of optical cable routing and equipment / infrastructure set up) on a GIS.
- Read and interpret any kind of plan.
- Perform or update the synoptic.
- Modify the technical plans based on information provided by the field and finalize the study.
Training
70 hours spread over 10 days
- Hours: 8:30 a.m. to 12 p.m. - 1:30 p.m. to 5 p.m.
- Location: your local / virtual classroom
Not eligible for CPF
Training content
- Reminder of the PMZ downstream architecture
- Rules for connecting buildings and pavilions
- Technical aspects: - Single fiber engineering without coupler - PMZ distribution capacity - Metering of collective residences and professional premises - Creeping column and terminal distribution cables
- The different types of PB, their positioning and their area of influence
- General rule for the implementation of PRE
- Study of the back area of the PA
- Exercises
- Knowledge review of the QGIS Initiation cycle
- Selection of several plugins (extensions) that can be used in QGIS to add specific functionalities to the software in order to better size a fiber optic network.
- Use the mapping tools linked to QGIS (Google Maps, Street View, GéoPortail, ...
- Read and interpret any kind of plan.
- Update plans
- Creating plans from picketing
- Check the consistency between plans and terrain
- Casing and sizing (Distribution 2 & 3, ZAPA)
- Choice of material for sizing (cables, boxes, etc.)
- Automation of dimensioning thanks to plugins (extensions)
- Carry out the data transfer
- Production of ZAPA synoptics
Sizing of a ZPA with QGIS (D2 & D3)
Planning
Day 1 to 3
FTTH Engineering Rule and Rules of Application - 2.5 days:
Technical and practical development of regulatory and business aspects with practical exercises.
18 h
Day 3 to 6
Sizing of an FTTH network on the QGIS GIS:
Complete approach to the QGIS cycle: discovery and deepening, use of mapping tools. Reading, interpreting and updating plans.
24 h
Day 7 to 10
Practical exercises :
Practice of subjects studied with QGIS (D2 & D3) & sizing of a ZPA.
28 h
Each module will be followed by practical workshops on the supports provided in order to apply the subject addressed according to the trainee's situation
Profiles trainees
- All public
Materials Required
- A computer
- A remote connection
Prerequisites
-
- Have followed the QGIS initiation or QGIS mastery or Common use of technical infographic tools in a Windows environment.
- Knowledge of the topology of the fiber optic network.
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Accessibility for people with disabilities: For anyone with a disability, please tell us the type of disability at this address contact@scal.biz. We will adapt or can direct you to a partner who supports this kind of disability.
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Following your registration and validation of the prerequisites, we establish with you the schedule for setting up your training.
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