Overview
The LHP-4000 Advanced Telecommunications laboratory offers a comprehensive learning environment for students studying advanced telecommunications systems. Covering both theoretical and practical aspects, this lab focuses on the OSI Model and widely-used communication protocols in data transmission and modern networks. The lab includes a versatile digital telecom training system, structured cabling and local networks workshop kits, and advanced enterprise network solutions.
Introduction
The LHP-4000 laboratory is designed to provide students with in-depth knowledge and hands-on experience in advanced telecommunications. The lab modules cover essential topics such as structured cabling, digital communications, GPS, GSM/GPRS, and enterprise network solutions. The equipment and software are designed to simulate real-world telecommunications environments, ensuring students are well-prepared for professional roles in this field.
Lab Modules & Equipment
PT CB41: Trainer for Data-com and Tele-com Structured Cabling Installations
The PT CB41 provides practical and theoretical training for technicians and network administrators in installing and maintaining Datacom and Telecom structured cabling systems. It covers network devices, PBX systems, and offers hands-on experience in designing, testing, and maintaining small office data and telephone networks.
ICARUS: Digital Communications Laboratory
ICARUS Laboratory provides advanced training for Communication Technicians and Engineers in state-of-the-art digital telecommunications. Covering both wired and wireless networks, it enables hands-on experience with Ethernet, GSM, 3G, 4G, and 5G systems. Multiple nodes allow students to configure and test telecom networks.
PT 4603MAP Mobile Application Development Laboratory
Provides training in Android app development using Android Studio, Eclipse, and IntelliJ IDEA. It covers environment setup, programming basics, and app design, focusing on practical experience with mobile applications.
PT 4609WNS Wireless Network System
A versatile IoT and wireless network trainer, reprogrammable for various experiments. It enables students to learn IoT application development, including sensor data control, data transmission, and multimedia using Linux-based platforms.
PT 10203 Satellite Communication Trainer
The Satellite Communication platform provides hands-on study of satellite systems, including Uplink Transmitter, Satellite Link, and Downlink Receiver. It supports various signal types and features selectable frequencies. The platform includes a manual with satellite theory, glossary, and experiments for educational purposes.
PT 4043 FT Fiber Optics Trainer
A dual desktop setup designed for studying fiber optics communication. It covers 15 experimental topics including laser diodes, signal propagation, power losses, transmission techniques, and optical communication via fiber or free-space links.
PT 4294 FCS Fiber Optics Dual Trainer
A lab setup for studying fiber optics communication. It provides facilities for half and full duplex communication, peer-to-peer data links, and transfers of ASCII, text, and audio signals with various modulations and demodulations.
PT 4041FTTS Fiber Optics Trainer & Technicians Tool Set
Includes tools and supplies for optical fiber preparation, including cutting, polishing, and connecting fibers. It features a step-by-step guide and complements the PT 4043 IM trainer for comprehensive fiber optics training.
PT 4490FP Plastic Fiber Optics
Features plastic fibers for short-distance signal transfer, with a 1 mm core for easier light coupling. Includes components such as modulator, transmitter, receiver, demodulator, and audio amplifier with speakers for comprehensive optical experiments.
PT 4043 IM Fiber Optics Communications Lab
Offers a desktop trainer for studying fiber optics communication through fiber or free space. It covers 10 topics, including fiber transmission, laser diode characteristics, power losses, and modulation techniques, for comprehensive learning and experimentation.
Educational Process
- Interactive Learning with CAI Software
- Organized in subjects corresponding to simulations and experimental exercises.
- Aims and Knowledge Levels: Clear objectives for each experiment.
- Theoretical Background: Detailed explanations and practical examples.
- Data Acquisition and Analysis: Real-time data display and graphical results.
- Tests and Fault Testing: Assessments to evaluate understanding and fault-testing capabilities.
- Electronic Manuals and Resources
- Comprehensive electronic manuals for theory and exercises.
- Minimum configuration includes a 3 Icarus Node network and 3 PCs running Windows 10.
Practical Applications and Training
- Structured Cabling and Network Setup
- Hands-on training in creating and maintaining structured cabling systems.
- Students build sub-networks as a foundation for advanced network training.
- Digital Communications and Mobile Networks
- Practical experience with VOIP, WLAN, and 5G networks.
- Simulates real-world network architectures and protocols.
- GPS and GSM/GPRS Communication
- Vocational training on satellite and GSM communication.
- Integrated modules for comprehensive hands-on learning.
- Enterprise Network Management
- Practical skills in managing and maintaining enterprise networks.
- Focus on efficient endpoint management and network maintenance.
Conclusion
The LHP-4000 Advanced Telecommunications laboratory provides a thorough and practical education in telecommunications systems. With its modular and versatile training systems, interactive CAI software, and comprehensive electronic manuals, students gain both theoretical knowledge and hands-on experience. The lab prepares students for real-world applications in telecommunications, equipping them with the skills needed for professional success in this rapidly evolving field.
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