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    Richtfunk Evolution von der E1 bis 10G für 5G (N1011)

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    tfk technologies Training

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    Richtfunk Evolution von der E1 bis 10G für 5G (N1011)

    Below you will find the course details. Should you have any further questions, please feel free to contact us: training@tfk-technologies.de.

    Duration: 2 days onsite or 3 half days online.

    The training covers theoretical basics about waves/frequency, bands and current developments. Data- and connection- handling is discussed in detail for all transport modes; SDH cross connect, switching, latency-optimzed L3 routing for 5G as well as multiband antennas, 20G over the air.

    It is possible to analyze high level network designs within the training.

    Requirements

    • Basic knowledge about data and mobile networks is recommended.

    what will you get?

    1. The training covers theoretical basics about waves/frequency, bands and current developments.
    • Introduction microwave link

      • Use cases, definition, evolution, PtP, PtMP
      • Adaptive modulation, development of frequency bands
      • Relationship between channel spread, modulation and data rate
      • Protection mechanisms
      • Dual-band, multiband, carrier aggregation, E-Band, XPIC, MIMO, CCIC
      • Frequenznutzungsparameter gemäß Bundesnetzagentur
    • Microwave link and data

      • Historical overview
      • CrossConnect, SNCP
      • Mobile networks as driver for microwave link development
      • Data rate demand based on Mobile Network demand
      • Hybrid networks with flexible data rates
      • 5G-Topology and microwave links
      • Fronthaul vs. backhaul
      • Technical integration
      • Microwave links as interconnect between router and DWDM
      • Link status in Service Defined Networks
      • Richtfunk als Glied einer Kette zwischen Router und DWDM
      • Linkstatus im Service Defined Network
    • Microwave link and 5G

      • Consequences of mMTC, uRLLC and eMBB for microwave links
      • Latency sub 3ms
      • Synchronization
      • Intelligent OAM
      • Slicing and differentiated SLAs
      • Exponential data rate growth
      • Development towards mashed networks
      • Flexible frequency plan: C-Band and mmWave
      • Competition between optical fiber and microwave link
    Type Language File
    Course Description English n1011e-microwave-link-evolution1773410323.pdf Download
    Course Description German n1011d1773410323.pdf Download
    • tfk technologies Trainer
    Dates Seats Type Language Instructor Schedule
    26.10.2026 - 28.10.2026 6 Online German tfk technologies Training 09:00 - 13:00

    Next Batch

    • Online-only Training
    • 26 October 2026 - 28 October 2026
    • 09:00 - 13:00 (Europe/Berlin)
    • 6 seats left
    • language
      German

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