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From core to access, and from SONET/SDH to Ethernet and FTTx, the wireline infrastructure is a vital component of any network-even wireless networks. More than ever, the goal is to extract every possible benefit out of these wire line assets while delivering the quality and performance expected by today's multiply services (voice, video, and data). Adding to this challenge, the high-bandwidth demands of these services are pressuring network service providers (NSPs) to rapidly incorporate faster technologies (FTTH,40G/100G Ethernet, DWDM multiplexing, etc.) to ensure the customer's quality of service (QoS) and quality of experience (QoE).


  • OFC Infrastructure / Outside Plant (OSP): HDPE, Blowing, Splicing, ,OTDR ,Joint pit, Couplers , HDD , Molling , Spool Fiber , GIS, End to End OSP Testing
  • Fundamental of ON (Optical Network): CCC concept, Why ON (Optical Network), Dispersion Vs Attenuation, Telecom wavelength, Guided Vs. Unguided, Losses.
  • Transmission Planning: Topology & Architecture, Express & Collector ring model, BSO/ POP/Micro PoP, SDH - Synchronous Digital Hierarchy.
  • Different ISP Broadband model (Vodafone, TTSL, TCL, Airtel etc.)
  • Connectivity Scenario E2E: NNI, MMR, IDC, POI.
  • Telecom Service Management: MTTR, SLA, SLM, TAT, FTs, UPTR, Network Architecture, Customer Segmentation & Network. Business Scenario.
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