Duration: 5 days
Course description:
The Telecom Crash Course provides an understanding of the concepts, trends, terminology and systems that make up the telecom industry. The course covers the current state of the field and delves into the myriad new technologies shaping the telecom landscape including advances in broadband, VoIP, and wireless.
Who would benefit:
New entrants to the telecom industry and technical personnel
Duration: 3 days
Course description:
The Telecom Crash Course provides an understanding of the concepts, trends, terminology and systems that make up the telecom industry. The course covers the current state of the field and delves into the myriad new technologies shaping the telecom landscape including advances in broadband, VoIP, and wireless.
Who would benefit:
Early-stage RF practitioners and engineers will find this course valuable. The RF Crash Course is the easiest way to get up to quicken the learning curve in this field.
Duration: 5 days
Course description:
The objective of this course is to help transition nontechnical people become literate in the terminology and concepts used by telecom engineers in designing and developing communication systems and products. This course covers fundamental electronic concepts that underlie modern telecom systems
Who would benefit:
Non-Technical or semi-technical personnel who intend to work in the telecom industry
Duration: 3 days
Course description:
SS7 defined by ITU-T is a global signaling standard for the transfer of signaling information between telecom networks. The course provides a comprehensive treatment of the SS7 network architecture and protocols in terms of network context, applications, interworking with other networks, interpretation of signaling traces and SS7 network dimensioning.
Who would benefit:
Telecom engineers and technical staff handling core networks and those involved in the software development, testing and deployment of SS7 networks.
Duration: 3 days
Course description:
This course covers the optical networking marketplace, corollary technologies, solutions and applications. Topics include an analysis of fiber types, fiber modes fiber fabrication, loss mechanisms, light-emitting diodes, laser diodes, modulation response, coupling, photo detectors, system design, power budget and wavelength division multiplexing (WDM).
Who would benefit:
New entrants, current and aspiring technical personnel, including IT staff, corporate decision makers, consultants and students will find this course valuable.
Duration: 3 days
Course description:
Broadband wireless is a key ingredient of the global telecom network. Crucial for those involved in the provisioning of broadband services is the selection of appropriate wireless technology. This course covers the basic working of the wireless network, technologies and applications. Topics include mobile 2G to 4G, fixed and mobile WiMAX, Microwave, VSAT, WiFi and Bluetooth.
Who would benefit:
New entrants, current and aspiring RF professionals, including IT staff, corporate decision makers, consultants and students will find this course valuable.