
Introduction to the Course.
Explore wired and wireless transmission types, from optical fiber and copper ethernet to microwave links, with single-mode and multi-mode fiber, high speed, high bandwidth, and half-duplex and full-duplex.
Assess factors shaping microwave link signals, including site proximity to water, rain, and power lines, and determine elevations and line of sight to route traffic to BECC.
Examine microwave link configuration one plus one hot stand-by, using two RAUs, two IFP cables, and site couplers to secure traffic, enable fault tolerance, and note higher costs.
MBL microwave links combine traditional microwave and E-band links into a single system using a dish, a coupler, and multi-band channels to boost capacity and reliability.
Explore the ags-20 indoor unit with 2 or 4 IF radio interfaces, enabling multiple chains and directions toward different sites, plus two serial ports for 16 e1s and LAN ports.
Configure SEIA AGS-20 link by selecting link type and creating or removing links, set bandwidth, modulation, frequency, power, and ACM profiles; configure ports and vlans from LAN 1 to OduA.
Back up AGS-20 node via ftp using cssct, specify the laptop IP and backup path, and save a .bk file; restore requires the same path, software release, and hardware version.
Explains SEIA E-Band nodes Alpha 80 HD and HDX, their electrical and optical connections, 1+0 and 2+0 configurations, and how to access and manage via ports and console steps.
Examine how to perform a local login on the SIAE e-band within microwave links for mobile networks.
Analyze the SIAE e-band software upgrade and its role in advancing microwave links for mobile networks.
Explore Huawei RTN nodes for microwave links in converged networks, showcasing high capacity transmission, flexible configurations, and protection schemes across the ten 980, 950, 910, 905, and 380 series.
Configure the Huawei RTN microwave link by aligning node settings, enabling ports, and setting channel bandwidth, TX frequency, modulation, and power, then establish VLANs and OSPF.
Learn to back up, restore, and upgrade Huawei RTN using the DC software and FTP transfers. Configure the laptop IP and partition E to manage backup files and configurations.
This comprehensive course is designed to provide a deep understanding of transmission in mobile networks, focusing on microwave links and their role in modern telecommunications. Students will learn about the fundamentals of microwave links, including their characteristics, advantages, and factors that affect their performance. The course will cover various types of microwave links, their configurations, and applications in mobile networks.
The course will also provide hands-on experience with configuring and optimizing microwave links from scratch using industry-leading equipment from SIAE and Huawei. Students will learn about the specific microwave link solutions used by these companies and gain practical skills in designing, installing, and troubleshooting microwave links.
This course is perfect for individuals new to mobile networks who want to learn about transmission and microwave links. The course includes a section on common interview questions, making it an ideal preparation for those looking to enter the industry or advance their careers. By the end of the course, students will have a solid understanding of mobile network transmission and be well-prepared to tackle real-world challenges and ace job interviews.
Key Topics:
- Fundamentals of microwave links and their role in mobile networks
- Characteristics, advantages, and limitations of microwave links
- Factors affecting microwave link performance
- Types of microwave links and their applications
- Configuring and optimizing microwave links using SIAE and Huawei equipment
- Practical skills in designing, installing, and troubleshooting microwave links
- Common interview questions and preparation for industry roles