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In-Building RF Wireless Fundamentals [SP6550]

This course will enable you to understand the main infrastructure challenges surrounding RF Wireless networks indoors, as well as some detailed information to help with equipment selection, infrastructure design and deployment. It discusses the IBW and Wi-Fi solutions available, and provides insight into indoor RF design, project planning and deployment procedures for In-Building Wireless and Wi-Fi. It covers the key terminology used in Cellular wireless networks, and the technical fundamentals needed to consider a project design and implementation.

 

Estimated study time: 6 hours 30 minutes

Overall content duration: 5 hours 46 minutes

Languages

The webcasts for this course are available in the following languages:

plus additional languages available for asssessments.

Audience

This course is for anyone involved in wireless communications inside buildings, from those just starting out to those specifying and designing, through to installation engineers. It has been designed to ensure that the student understands the components involved in creating a successful radio link. Looks at how radio transmission works, the technical considerations involved and also compares DAS and small cell systems in supplying the emerging and ever increasing information/communication demands.

Pre-requisite experience

No pre-requisite experience is required to take this course as the subjects covered will be of interest to anyone working in the RF and Wireless fields in any aspect.

Objectives

  • To provide the student with fundamental information to help them understand the basics of wireless systems and associated infrastructure inside buildings.
  • Understand the terms used in wireless including units of measurement
  • Discuss in building wireless design and the components involved from end to end
  • Look at cellular networks, with past, current and future technologies from 1G to 5G and Wi-Fi
  • Investigate different cabling options and look at antenna theory, design and placement
  • Show transmission methods including modulation schemes, data rates and spectrum
  • Discuss methods of increasing antenna coverage to meet ever increasing wireless demands
  • Explore the complexities of connectivity including Link Budget, Path Loss, Signal to Noise Ratio, receiver sensitivity and indoor propagation models
  • Consider In building wireless systems including DAS, small cell, C-RAN and Wi-Fi
  • The role of unlicensed frequencies in inbuilding systems
  • Consider cabling strategies for modern in building wireless systems
  • Indoor RF planning consideration
  • Indoor wireless project planning and implementation considerations

Key Topics

  • Fundamentals of RF Communications
  • Transmission Theory – radio waves – Units of measurement - Amplitude - Wavelength- Frequency- Impedance - Attenuation
  • Component matching – Phase and Frequency – VSWR-Gain – Amplitude Modulation
  • Signal to Noise Ratio – Radio Equipment – PIM (Passive InterModulation)
  • Frequency – Spectrum and Bands – Cellular Multiple Access Schemes
  • Standards relevant to Cellular Communications – 1G -5G and WiFi Networks
  • Path Loss – Propagation – Building Material Density
  • Link Budgets – Downlink –Uplink Parameters – Intermodulation Distortion
  • Free Space Path Loss – Connector and Cable Loss – Link Budgets- Receiver Sensitivity - Dynamic Range
  • DAS, Small Cell and C-RAN systems – Active – Passive – Femtocell – Microcell – Picocell
  • Digital DAS – CPRI
  • Unlicensed frequencies in inbuilding systems – LTE-U – VoWiFi – LAA – Multefire - CBRS
  • Antenna Types – MIMO - Placement and Planning
  • Indoor RF planning – design zones – high rise effect - corridor effect
  •  Wiring for Wireless – UCG – zone cabling – Category 6A – fiber optic
  • RF System design and commissioning – project planning – RF partners

How will I learn?

You will study this course online in a self-paced format. The course is made up of a number of webcast lessons and online multiple choice assessments giving immediate feedback. The course content is supplemented by some and PDF and video support material. It is highly recommended that the student augment their learning with real world design and installation experience, preferably with the help experienced colleagues or mentors.

Successful completion will require:

Any level of pass in the accumulative overall assessment score.

Is this the right course for me?

If you have an interest in indoor RF Wireless communication networks, specification, termination, cabling, antennas and need to understand the principals, then this course is for you. Even if you are unlikely to ever physically do any practical RF design work in your current job role, understanding what is involved is also very important to help in a project.

Upon successful completion you will:

Receive a course certificate that may be self-printed.

Course information:

BICSI CECs: 4 Event ID: OV-COMMS-IL-0917-1

Certificate valid for 3 years

Estimated study time: 6 hours 30 minutes

Overall content duration: 5 hours 46 minutes

Course Benefits

  • Learn at your own pace
  • Effective learning
  • Learn on the go and on-site
  • Cost effective
  • Consistent training globally
  • Available in many languages
  • Access latest material

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