Handsome Savings - Limited Time Offer 30% OFF - Ends In 0d 0h 0m 0s Coupon code: 50OFF
Trusted Worldwide Questions & Answers
Pass your Nokia 4A0-255 Exam with accurate Questions & Answers
Nokia Advanced Optical Network Design
Last Updated: Oct 3, 2024
40
40 Questions and Answers for the Nokia 4A0-255 exam
481
Students Passed the "Nokia 4A0-255" exam
93.5%
Average score during Real Exams at the Testing Centre
Nokia Advanced Optical Network Design Syllabus
- Define low Automatic Spontaneous Emission (ASE) OTs segregation/ Find alternative routes with better OSNR
- Define NE hardware manually to optimize cost/ Describe CDC-F 2.0 hardware with Integrated ROADMs (iROADMs)
- Design a CDC-F network with GMPLS enabled/ Describe the GMPLS (L0, L1 and MRN) control plane
- Describe the concept of trail grooming/ Design a network accounting for medium to long-term growth
- Describe how synchronization can be transported through a WDM network/ Implement solutions for synchronized applications
- Describe the advantages of Forward Error Correction (FEC)/ Configure grooming optimizing the equipment slot allocation
- How to determine the number of network elements and their location/ Design a network with no ASE noise OTs segregation
- Identify solutions for latency optimization and measurements/ Analyze traffic in the given double-ring design
- Describe SRG and “failure scope” configuration/ Design networks with control plane enabled
- Describe link power budget, OSNR, Q-factor and BER/ Assessing and improving the optical reach
- Explain advanced customer requirements (resilience, latency, encryption, synchronization)/ Describe advanced EPT design options (including CDC, GMPLS, flexible grid, C+L, etc.)
- Explain the concept of Probabilistic Constellation Shaping (PCS)/ Explain the advantages of DGE nodes in long-haul designs
- Analyze nominal and restoration routes in EPT/ Design networks with control plane enabled