Telecommunication Details Courses

You will get an in-depth ATM technology knowledge regarding UMTS functions and application possibilities. You will know the relevant standards with focus on NNI protocol stacks and their applications. Thus you will be able to develop, produce, operate and maintain your ATM product for UMTS networks with more efficiency.

You will be familiar with the GPRS and EDGE features and functions and how they interface to an existing GSM Phase 2 PLMN. Focus is put on the packet-oriented signaling procedures. Thus you will be able to assess, develop, produce or manage mobile packet services, infrastructure and terminal equipment with more competence.

You will understand the implementation of bearers and multi-level QoS across all EGPRS network interface and be aware of the long term evolution of QoS in EGPRS (R4-R8).
Further, you will be able to describe the major optimization parameters and their influence on performance as well as analyze quality and performance problems and understand influence of the various radio and transmission parameters.

You will be familiar with GPRS and EGPRS architecture, service scenarios and radio protocols and further be able to describe the role of every protocol and understand the main scenarios as well as understand the message flows and recognize the important parameters.
You will also gain experience in analyzing EGPRS logs (on Abis,Gb,Gn,Gi,Gs),
including systematic trace investigation, mapping between trace and standard specification, correlating between different interface views and fault/performance investigation.

• Hand-on Seminar: gain insight to eUTRAN architecture, services and protocols.
• Focus on LTE-FDD radio access protocols tracing. 
• Recognize radio parameters that influence service performance and QoS.
  

You will understand the main concepts of GSM/GPRS, GERAN radio protocols and the mobile network operation.
Furthermore, you will be able to describe the role of every protocol and understand the major scenarios, messages, primitive flows and parameters.

You will know the basic HSDPA features and functions in detail and how it will impact existing R99 UTRANs. Thus you will be able to develop, produce or manage your UMTS product with more competence and efficiency.

You will be familiar with the fundamentals of IMS, including network architecture, QoS management, IMS service control and IMS security; and thus be able to describe the role of every network element and understand the main scenarios as well as the message flows and recognize the important parameters.
You will further learn the fundamentals of SIP and Diameter protocols and the mandatory 3GPP enhancements and gain experience analyzing IMS logs (SIP and Cx Diameter), including systematic trace investigation, mapping between trace and standard specification (3GPP and IETF),correlating between different interface views(before/after proxy) and fault/performance investigation.

You will know the IMS architecture, its components and interfaces. You will have a basic understanding of the basic IMS procedures and the used protocols. Thus you will be able to develop, produce or manage your IMS product with more competence and efficiency.

You will understand the technical pros and cons of the alternative fixed-mobile convergence approaches.You will learn ample IMS deployment alternatives in the enterprise and how IMS interfaces with external networks.You will understand LTE/SAE evolution, and learn the fundamentals of the evolved packet switched core network. You will be able to evaluate the alternatives and choose the right technology for a given problem situation. Thus, you will be able to manage your FMC product / service with more competence.

You will get a a comprehensive overview of the next generation Internet Protocol. You will look at the benefits and features of the new protocol along with an appreciation of the likely impact on the existing Internet Protocol and migration strategies. Thus you will be able to participate in decisions with more competence and develop and manage your IP product more efficiently.

• Technology Overview: become familiar with LTE/EPC technology including network architecture, radio technology and typical service scenarios. 
• Understand the role of LTE together with HSPA and EVDO.
• Discuss LTE Migration alternatives, major players and market acceptance.
  

You will know the technical features and interworkings of IEEE's 802.16-2005 standard in detail. Thus you are able to participate in decisions with more competence and design and manage your mobile WiMAX product more efficiently.

You will know the basics on packet-oriented speech transmission including components, interfaces, protocols and procedures. You will have a basic awareness for QoS problems and their solutions. Thus you will be able to develop, produce or manage your VoIP product or service with more competence and efficiency.

You will know the Next Generation Network architecture, its components and interfaces. You will have a basic understanding of the major NGN procedures and the used protocols. Thus you will be able to develop, produce or manage your NGN product with more competence and efficiency.

You will know the basic SIP architecture. You will have a basic understanding of SIP features, its implementation in mobile networks including the relevant signaling protocol stacks and procedures. Thus you will be able to develop, produce or manage your SIP product with more competence and efficiency.

You will know the basics of softswitching including architecture, interfaces and services. You will have an appreciation on how a softswitch is implemented and maintained. Thus you will be able to develop, produce or manage your softswitch product with more competence and efficiency.

You will know the basics of the Internet Protocol and how it is used in packet-switched telecommunication networks. Thus you will be able to participate in decisions with more competence and develop and manage your IP product more efficiently.

You will understand the main concepts of UMTS technology and service scenarios and be able to describe different telephony scenarios and packet-data service scenarios as well as indicate which CDRs are generated. Further, you will be able to discuss different charging alternatives available for new services.

You will be familiar with the major concepts of UMTS HSDPA,HSUPA and with the major concepts of Cdma2000 1xEV-DO Radio Technologies and able able to describe the major radio procedures and understand the important scenarios.
Also, you will be albe to compare functionality, capacity and performance between the two technologies.

You will gain insight to LTE radio channels, radio protocols and eUTRAN protocols, shared channel scheduler, radio resource allocation scenarios, and mobility management scenarios.You will become familiar with the evolved Packet-Switched Core network, understand 3GPP and Non-3GPP bearer mobility, and network protocols service scenarios. Thus, you will be able to design, develop, test and integrate LTE/SAE protocols and services more efficiently.

You will be familiar with the core network architecture and protocols and able to describe the role of every protocol, understand the main scenarios and the message flows and recognize the important parameters.
Further, you will gain experience in analyzing PS core and CS core network logs including systematic trace investigation, mapping between trace and standard specification, correlating between different interface views and fault/performance investigation.

You will know the basic UMTS R99 signaling architecture. You will have a basic understanding of the UMTS Core Network including the relevant signaling protocol stacks and procedures. Thus you will be able to develop, produce or manage your UMTS product with more competence and efficiency.

You will know how UMTS radio network differs from standard GSM radio network planning. You will have a basic understanding of the UMTS Terrestrial Radio Access (UTRA) principles and their impact on UMTS air interface planning. Thus you will be able to plan a WCDMA network with more competence and efficiency.

ou will know the basic UMTS features and functions in detail. You will have a basic understanding of the UMTS Terrestrial Radio Access (UTRA) and the core network including the relevant procedures. Thus you will be able to develop, produce or manage your UMTS product with more competence and efficiency.

You will know the fundamentals of fixed network planning and how to apply them to practical microwave link planning. You will know the relevant criteria for service quality in fixed networks and suitable quality assessment procedures. You will be familiar with different optimization measures and their impact on UMTS backbone thus being able to improve and optimize the performance of the UMTS fixed network part.

You will understand the implementation of bearers and multi-level QoS across all UTRAN interface and be able to describe the major optimization parameters, their influence on performanceand the evolution of UMTS to HSPA and the major optimization parameters of HSDPA/HSUPA.
You will be aware of the long term evolution of bearers in UTRAN (R5-R8).

You will be familiar with the UMTS radio access technology and UTRAN protocols and able to describe the role of every protocol and understand the main scenarios and the message flows and recognize the important parameters.
You will also gain experience in analyzing UTRAN logs (from Uu and Iub), including systematic trace investigation, mapping between trace and standard specification, correlating between different interface views and fault/performance investigation.

You will know the technical features of IEEE's 802.16 standard in relation to other mobile standards. Thus you are able to participate in decisions with more competence and decide on your WiMAX product more efficiently.

You will be familiar with terminology and main concepts of GSM, GPRS, EGPRS, UMTS, CDMA2000, WLAN and WiMAX technologies as well as understand the usage scenarios and the performance characteristics of these technologies.