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LinITX Ubiquiti UISP Broadband Wireless Admin - UBWA Training Course - 2nd-3rd July 2025 - Needham Market
LinITX UBWA-020725-02
||||UISP Broadband Wireless Admin (UBWA) Training Course
Date: 2nd-3rd July 2025
Location: Needham Market
The Course:
The Ubiquiti Broadband Wireless Admin Course is a comprehensive hands-on two-day training course which dives deep into essential concepts of Wireless Broadband delivery using outdoor wireless networking, with special emphasis on how to design, build, manage and troubleshoot outdoor wireless networks.
The course starts by covering Ubiquiti Broadband Wireless specialist (UBWS) which gives an introduction to Ubiquiti’s powerful wireless products and covers best practices in outdoor wireless networking.
The course is taught using airOS version 8 and airMAX ac equipment in an instructor lead classroom.
The subjects covered within the UBWA course are:
The Ubiquiti Network
- WISP Past & Present
- Service Providers
- UISP Management
Point-to-Point Links
- Radios & Antennas
- Ubiquiti airOS
- Wireless Settings
- Link Planning
- Link Characteristics
Point-to-MultiPoint Links
- airMAX TDMA Protocol
- Best Practices for PtMP Network
RF Theory
- Frequency vs. Propagation
- Unlicensed Bands
- OFDM Spectral Masks
- Licensed Frequencies
- Decibels in RF Systems
- Free Space Path Loss
- EIRP
- Line of Sight & Fresnel Zones
- Link Power Budgets
- Fade Margin
Radio Operation
- Standard RF Circuit
- Carrier Signals
- Radio Sensitivity
- Radio Selectivity
- Signal, Noise & Interference
- Chains, Data Rates & MIMO
- Thermal Noise
- Channel Flexing
- airPrism Technology
- Modulation, EVM & Data Rates
Antenna Theory
- What is Gain?
- Isotropic Radiators
- Antenna Function
- Gain, Efficiency & VSWR
- Gain, Surface Area & Directivity
- Polar Plots
- MIMO, Polarization & XPD
- Types of Antennas
- Antenna Alignment
- Downtilt, Lobes & Nulls
Ubiquiti Service Providers
- TDMA & airMAX Protocol
- 802.11, CSMA/CA & Indoor
- Problem of Hidden Node
- airMAX-AC, airOS-6 & -8
- Traffic Shaping & Burst
- Scalability vs. Performance
- Security & VLANs
- airFiber Technology & Protocols
- airOS Tools & Redudancy
- Bridged vs. Routed ISP
The Trainer
The UBWA training course is being delivered by Jono Thompson and Ron Touw. Jono has 21 years of experience working on routing, switching and wireless in enterprise networks. Ron Touw's experience comes from over 40 years of wireless background working for the UK Government, including Ofcom.
Intended Target Audience:
This course is aimed at Support technicians, system integrators, installers and other technical professionals/users who already use or would like to start using Ubquiti UISP wireless system for delivering wireless based network connectivity.
Student Prerequisites:
- An understanding of TCP/IP and the difference between a Layer2 and a Layer3 network
- An understanding of IPv4 Subnetting
- An understanding of the OSI Model
- A working laptop with WiFi and Ethernet ports, and the ability to gain Administrative access rights to the operating system.
- If the student is wishing to take the UBWS and UBWA examination, then *Photo ID will be required to prove their identity before taking the exam.
- Previous experience of the Ubiquiti airOS is beneficial
*Acceptable types of ID are equal to that required for City and Guilds exams.
Timetable
1st Day: 09:00 - 17:00
2nd Day: 09:00 - 17:00
15 minute Breaks: 10:30 and 15:00
30 min Lunch: 12:30
Optional UBWA exam at the end of day 2 which runs for 1 hour.
Optional UBWS exam which runs for 1 hour
What is included?
- 2 days of training
- Tea/Coffee, etc at refreshment breaks
- Buffet Lunch
- UBWS exam - optional (included in cost)
- UBWA exam - optional (included in cost)
- Free Ubiquiti T Shirt (if you pass the exam)
- Digital Ubiquiti Certificate (if you pass the exam)
Note 1: We reserve the right to cancel the course, (e.g. if there are insufficient numbers of students booking the course, or the trainer falls ill). In accordance with our standard Terms & Conditions, the refund amount will only be what you have paid LinITX. Please bear this in mind when booking flights and/or hotels, especially if they are 'non-refundable"! :(
Note 2: If payment has not been made at least 14 days before the commencement date we reserve the right to cancel your booking.
Note 3: Refunds - A full refund for cancellations made at least 14 days before training date, 50% refund for 8-14 days notice and no refund for 7 days notice or less.
The Ubiquiti Network
- WISP Past & Present
- Service Providers
- UISP Management
Point-to-Point Links
- Radios & Antennas
- Ubiquiti airOS
- Wireless Settings
- Link Planning
- Link Characteristics
Point-to-MultiPoint Links
- airMAX TDMA Protocol
- Best Practices for PtMP Network
RF Theory
- Frequency vs. Propagation
- Unlicensed Bands
- OFDM Spectral Masks
- Licensed Frequencies
- Decibels in RF Systems
- Free Space Path Loss
- EIRP
- Line of Sight & Fresnel Zones
- Link Power Budgets
- Fade Margin
Radio Operation
- Standard RF Circuit
- Carrier Signals
- Radio Sensitivity
- Radio Selectivity
- Signal, Noise & Interference
- Chains, Data Rates & MIMO
- Thermal Noise
- Channel Flexing
- airPrism Technology
- Modulation, EVM & Data Rates
Antenna Theory
- What is Gain?
- Isotropic Radiators
- Antenna Function
- Gain, Efficiency & VSWR
- Gain, Surface Area & Directivity
- Polar Plots
- MIMO, Polarization & XPD
- Types of Antennas
- Antenna Alignment
- Downtilt, Lobes & Nulls
Ubiquiti Service Providers
- TDMA & airMAX Protocol
- 802.11, CSMA/CA & Indoor
- Problem of Hidden Node
- airMAX-AC, airOS-6 & -8
- Traffic Shaping & Burst
- Scalability vs. Performance
- Security & VLANs
- airFiber Technology & Protocols
- airOS Tools & Redudancy
- Bridged vs. Routed ISP
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