ANDINALINK COURSES 2023
Technological Update Course II
“EDUCATION IS THE BEST TOOL IN THE FACE OF CONSTANT TECHNOLOGICAL CHANGE”
ANDINALINK 2023 COURSES
TECHNOLOGY REFRESHER COURSE 2
Objective
The Technology Refresher Course is taught by prestigious engineers of international renown, whose objective is to give you a clear overview, updating your knowledge through the analysis of different technologies, which will allow you to have a solid foundation and valuable tools to understand the operation of next-generation networks, as well as to develop the skills for their configuration, applied to production processes and to make day-to-day operations more efficient.
Target audience:
- Technical Department Managers
- Network Engineers and/or Technicians
- WISP and ISP
- Pre-sales and post-sales Network Engineers in corporate and SMB network support and installation
- Network Engineers, Network Administrators, Network Support Technicians, and User Support Technicians
- Network installation and support engineers
- Teachers
- Engineering Students
CERTIFIED BY:
TUESDAY, MARCH 7TH
IPV6 IMPLEMENTATION IN ISP SCENARIOS
11:00 – 12:00
BASIC CONCEPTS ABOUT IPV6 ADDRESSING
When implementing IPV6 on a network, we must all speak the same language, it is necessary to know how to configure the addressing with our provider and the addressing that will be configured at the end user’s home. IPV6 has differences from IPV4 that must be considered, in this introduction, we will explain these aspects.
13:00 – 15:00
PREFIXES, ADDRESS TYPES, SLAAC AND PREFIX DISTRIBUTION
For IPV6 operation, it is necessary to correctly identify IPV6 addresses, we can find: networks, subnets, and/or types of addressing. From the position of the ISP how we configure in a simple way the IPV6 addressing, how we can distribute the addressing to our nodes and our clients?
15:30 – 17:30
IPV6 OPERATION IN ISP ENVIRONMENT
When configuring IPV6 in an ISP, it is not simply a matter of providing addressing to end users, the routing configuration will allow us to provide Internet access to our users, but we must continue to apply policies. Currently, end users must work in dual-stack mode to enjoy all services, this implies that when the end user uses both IPV4 and IPV6 addresses at the same time, the speed profile is the same and should not be duplicated.
WEDNESDAY, MARCH 8TH
9:00-10:45
PREPARES THE FTTX NETWORK FOR THE NEXT LEVEL XG-PON AND XGS-PON
The evolution of Internet consumption by users requires ISPs to be prepared to migrate their topology without causing trauma to exist clients. XG-PON and XGS-PON networks allow upgrading the network while preserving GPON clients and reusing the existing FTTH or FTTX network, the success of this upgrade of active devices requires knowledge of the fundamentals to determine if our network is ready or requires changes.
11:00-13:00
UNLOCKING THE TRUE POTENTIAL OF WI-FI6 IN PUBLIC AND CORPORATE WI-FI PROJECTS
Wi-Fi connectivity has evolved as the demand for speed and the number of devices connecting to WLAN networks has increased. Learn the main aspects that differentiate Wi-Fi5 and Wi-Fi6, you will also learn how to correctly configure each standard to obtain the maximum speed. Additionally, we will explain the different fundamental aspects when designing and configuring a public and corporate Wi-Fi project in order to have an excellent wireless performance.
How to know when to migrate from Wi-Fi5 to Wi-Fi6?
The importance of the 6GHz band for the development of high-speed Wi-Fi networks and the new features that await us with Wi-Fi7.
thursday, march 9th
9:00-10:45
DESIGN AND PLANNING OF WI-FI NETWORKS FOR PUBLIC PROJECTS
Creating a public Wi-Fi network may seem simple, but public Wi-Fi projects have several requirements, such as page blocking, information portals, surveys, questionnaires, among others. Also, we are faced with the problem of bandwidth usage and how to design the network to support a high traffic load.
11:00-13:00
GARANTIZAR ALTAS VELOCIDADES DE INTERNET EN HOGAR INCLUYENDO WIFI
The health emergency caused by the pandemic revealed that a large number of ISPs were not ready for a large demand of traffic through the Internet network, the ISP infrastructure was not ready, neither were the elements installed at the user’s home, let alone the network configuration to act effectively in this scenario. Here you can learn how to correctly calculate the necessary bandwidth for the ISP. Also, plan the use of resources to obtain the expected results with low and high demand. Prevent customers from using tricks to get more internet than contracted in the different methods, PPPoE and IPoE. Prevent customers from having double bandwidth with the implementation of IPV6, and good practices for ISP network management.
