Upknowledge

This course provides an introduction to 2G GSM and GSM EDGE RAN (GERAN) technology.

You will learn the technical principles of GSM and GSM EDGE. The course covers the standardization of GSM, the GSM circuit switched and packet switched network architecture, GSM/GPRS services, GSM core and radio network operation, GSM charging and provisioning. The approach on the course is highly practical with lots of examples.

This course is targeted to technical personnel but is suitable for anyone needing a technical understanding of GSM technology.

This course provides in-depth information on the 3GPP cellular system technology.

The technology covered includes the mobility, security and service machinery common to 2G and 3G+ networks. You will learn details on 3GPP core network technology. The course covers the architecture and interfaces of the 3GPP core network, idle mode procedures, circuit-switched operation (calls and handovers) and packet-switched operation (sessions and mobility). In addition, the course covers security features in the core network, network services and 3GPP charging principles. After the course you are well positioned to learn more details on the 3GPP 2G and 3G air interface technologies.

This course is targeted for technical personnel but is suitable for anyone needing a technical understanding of the 3GPP cellular system.

This course provides a system-level understanding of the 3G (WCDMA/HSPA) changes to the GSM network.

The course covers changes to the 3G network, air interface and system-level procedures. The course builds on the participants' previous understanding of 2G networks.

This course is especially targeted for technical personnel but is suitable for anyone needing a concise introduction to 3G technology.

This course provides an in-depth look at HSPA+ and LTE backhaul.

You will learn the different alternatives for HSPA+ and LTE backhaul transmission including latest Carrier Ethernet variants.

The course is especially suitable for technical personnel working with mobile network backhaul, but it is suitable for anyone needing an in-depth understanding of modern mobile network backhaul.

This instructor-led course provides an in-depth introduction to planning and designing HSPA+ and LTE backhaul networks.

You will learn how to plan and design HSPA+ and LTE backhaul. The approach is hands-on and most of the time will be spent with planning cases.

The course is suitable for network planners participating in the backhaul network design/planning process or requiring the knowledge to optimize or extend existing backhaul networks.

This course introduces the cdma2000 1X EV-DO cellular network technology.

This course covers the EV-DO radio interface, network architecture and services.

This course is targeted for network operator and equipment manufacturer personnel needing an overview of EV-DO technology.

This instructor-led course provides an in-depth introduction to planning and designing the Evolved Packet Core (EPC).

You will learn how to plan and design EPC networks. The approach is hands-on and most of the time will be spent with EPC planning cases.

The course is suitable for network planners participating in the Evolved Packet Core network design/planning process or requiring the knowledge to optimize or extend existing core networks.

This course provides an in-depth look at the LTE Evolved Packet Core (EPC).

You will learn the technical fundamentals of the LTE Evolved Packet Core (EPC), including EPC mobility and session management, DNS in EPC, core network pooling alternatives, radio network sharing, signaling flows, security features, 2G/3G/cdma2000/LTE-interworking, policy control and fair usage in EPC and EPC Quality of Service.

This course is targeted to technical personnel but is suitable for anyone needing a technical understanding of the Evolved Packet Core network.

This very compact course provides a brief introduction to the Generic Access Network (GAN) technology.

GAN technology allows a mobile device to roam seamlessly from a cellular network to a WLAN cell. This technology is also known as Unlicensed Mobile Access (UMA) You will learn how GAN/UMA works and the pros and cons of the technology. The course introduces the key use cases of UMA/GAN, the UMA/GAN architecture and the key operation of GAN/UMA. In addition, the course introduces the key challenges for GAN/UMA technology.

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of GAN/UMA technology.

This course provides an introduction to GSM-railway (GSM-R) technology.

You will learn the technical principles of GSM-R. The course covers the standardization of EIRENE/MORANE-based GSM-R technology and the 3GPP-specified functionality in GSM-R . In addition, the course covers the application of GSM-R in the European Train Control System (ETCS) and the application-specific functionality.

This course is targeted to technical personnel but is suitable for anyone needing a technical understanding of GSM-R technology.

This course provides an in-depth introduction to 3.5G, or High-speed Packet Access (HSPA) technology.

You will learn how HSPA works and the pros and cons of the technology. The course introduces the High-speed Downlink Packet Access (HSDPA) and High-speed Uplink Packet Access (HSUPA) additions to the 3GPP mobile network, their key features and the principles of operation. In addition, the course introduces the further enhancements of these technologies (HSPA+).

This course is especially targeted for technical personnel but is suitable for anyone needing a concise introduction to HSPA technology.

This very compact course provides a brief introduction to 3.5G, or High-speed Packet Access (HSPA) technology.

You will learn how HSPA works and the pros and cons of the technology. The course introduces the High-speed Downlink Packet Access (HSDPA) and High-speed Uplink Packet Access (HSUPA) additions to the 3GPP mobile network, their key features and the principles of operation. In addition, the course introduces the further enhancements of these technologies (HSPA+).

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of HSPA technology.

Learn how voice services are delivered in LTE networks using IMS and other methods.

You will learn how IP Multimedia Subsystem is used in LTE to deliver voice services. The course also covers 2G/3G/cdma2000/LTE voice interworking methods.

This course is especially is suitable for anyone needing an overall awareness of voice services in LTE.

This compact course introduces the VoLTE mechanism for implementing voice services in LTE networks.

You will get an overview of how VoLTE and the underlying IMS technology work in LTE networks.

This course is targeted for network operator personnel needing an overview of the changes introduced with VoLTE.

This course provides an introduction to key 4G mobile network technologies, including LTE, LTE-Advanced (LTE-A) and WiMAX 2.0.

You will learn the current state of 4G technology in both the 3GPP and IETF families and get an overview of their key mechanisms. The course focuses on network architecture and network operation. Air interface operation is covered only where it is required for understanding network operation.

This course is targeted to technical personnel starting work on LTE and WiMAX networks. The course is suitable for anyone needing a technical understanding of the network side of 4G technology.

This very compact course provides a brief introduction to the LTE Advanced (3GPP Release 10).

You will learn the technical principles of the 3GPP Release 10 LTE Advanced technology.

This course is targeted to technical personnel but is suitable for anyone needing a technical understanding of the LTE Advanced mobile data network.

This instructor-led course covers the LTE air interface technical details.

You will learn the technical details of the LTE air interface.

The course is targeted to personnel working with the LTE radio network planning, network deployment, administration and LTE related R&D.

This very compact course provides a brief introduction to the 3GPP Long Term Evolution (LTE) 4G technology.

You will learn how LTE works and the pros and cons of the technology. The course introduces the key features of LTE, the LTE radio interface and the LTE all-IP network architecture, known as the System Architecture Evolution (SAE). The course compares LTE and 2G, 3G, 3G+ technologies in terms of data rates, coverage, deployment cost and other important parameters network operator point of view. In addition, the timeline for LTE technology is discussed.

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of LTE technology.

This course provides an in-depth introduction to the Long Term Evolution (LTE) and Evolved Packet Core (EPC) 4G technology.

You will learn the technical principles of the 4th generation 3GPP Long Term Evolution (LTE) technology. The course covers the evolution to 4G, 4G mobile network standardization, the Evolded Packet System (EPS) technology foundations, Evolved UTRAN (EUTRAN), LTE air interface, Evolved Packet Core (EPC), 4G mobile network services and EPS network operation. The 4G and 2G/3G/3G+ technologies are compared in terms of technology, services, deployment cost, data rates, coverage and other important parameters operator deployment. The approach on the course is highly practical, clear and hype-free with lot's of examples.

This course is targeted to technical personnel but is suitable for anyone needing a technical understanding of 4G mobile networks.

This instructor-led course provides an in-depth introduction to planning and designing LTE radio networks.

You will learn how to plan and design LTE radio networks. The approach is hands-on and a big part of the time will be spent with LTE network planning cases.

The course is suitable for network planners participating in the LTE radio network design/planning process or requiring the knowledge to optimize or extend existing LTE networks.

This course provides an in-depth introduction to all LTE signaling protocols and signaling procedures.

You will learn in detail LTE EUTRAN radio network and Evolved Packet Core (EPC) network signaling protocols and signaling flows.

The course is suitable for technical personnel working with LTE and EPC especially in system integration, system acceptance testing and R&D.

This very compact course provides a brief introduction to the LTE services.

You will learn the Long Term Evolution (LTE) services and the technical details behind them.

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of LTE services.

This course provides an in-depth introduction to the Long Term Evolution (LTE) and Evolved Packet Core (EPC) 4G technology.

You will learn the technical details of the 4th generation 3GPP Long Term Evolution (LTE) technology. The course covers the evolution to 4G, 4G mobile network standardization, the Evolded Packet System (EPS) technology foundations, Evolved UTRAN (EUTRAN), LTE air interface, Evolved Packet Core (EPC), 4G mobile network services and EPS network operation. The 4G and 2G/3G/3G+ technologies are compared in terms of technology, services, deployment cost, data rates, coverage and other important parameters operator deployment. The approach on the course is highly practical, clear and hype-free with lot's of examples.

This course is targeted to technical personnel but is suitable for anyone needing a technical understanding of 4G mobile networks.

This course provides an introduction to 3G, HSPA+ and LTE mobile network technologies.

You will learn the technical principles of the 3GPP family of network technologies including the latest evolutionary upgrades with a focus on providing world class IP data services. The course covers the 3G, HSPA/HSPA+ and LTE mobile network standardization, mobile network architectures, mobile network services and mobile network operation. The approach on the course is highly practical with lot's of examples.

This course is targeted to technical personnel, but is suitable for anyone needing a technical understanding of the 3G, HSPA/HSPA+ and LTE mobile data networks.

This course provides an introduction to modern mobile network technologies.

You will learn the technical principles of the 3GPP family of network technologies including the latest evolutionary upgrades. The course covers the 2G, 3G and 3G+ mobile network standardization, mobile network architectures, mobile network services and mobile network operation. The approach on the course is highly practical with lot's of examples.

This course is targeted to technical personnel but is suitable for anyone needing a technical understanding of mobile networks.

This instructor-led course provides an in-depth introduction to Orthogonal Frequency Division Multiplexing (OFDM) and Multiple-Input-Multiple-Output (MIMO) -antenna technologies.

You will learn in detail the technical details behind OFDM including LTE uplink SC-FDMA as well as MIMO -antenna technologies. The course also covers the future development paths for both technologies, including those of LTE Advanced.

The course is suitable for technical personnel working with LTE and WiMAX.

This course provides a comprehensive and easy to understand description of Policy and Charging Control (PCC).

You will learn the purpose, principles, architecture and operation of Policy and Charging Control as defined by the 3GPP. The PCC architecture, PCC functional entities, protocols and interfaces are described. PCC operation is illustrated with signalling flows. The course covers the Diameter base protocol, Diameter policy control (Gx), Diameter online charging (Gy) and Diameter offline charging (Gz).

The course is suitable for service provider and telecom equipment vendor professionals working in the project and product management, business development, service development, system engineering, system testing/verification and operations engineering roles.

Learn how to optimize GPRS, HSPA and LTE/Evolved Packet Core (EPC) end-to-end data services.

You will learn through examples how to optimize GPRS, HSPA and LTE/EPC end-to-end data services. The course covers planning of optimization projects, the how and what of statistics for data services, typical problems and optimization points, in-depth analysis of mobile data services and QoS issues.

The course is targeted to personnel working with mobile data services quality assurance, optimization and planning tasks.

This course provides in a compact package in-depth information on the WCDMA radio interface.

You will learn the details of the WCDMA radio interface including the HSPA+

Yhis course is suitable for technical personnel requiring in-depth knowledge of the WCDMA radio interface.

This very compact course provides a brief introduction to 3G, or Wideband Code-division Multiple Access (WCDMA) technology.

You will learn how WCDMA works and the pros and cons of the technology. The course introduces the key features of WCDMA, the principles of operation of the WCDMA radio interface and the structure of the WCDMA radio network. In addition, the course introduces key challenges of the technology.

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of WCDMA technology.

This very compact course provides a brief introduction to the Mobile WiMAX (802.16e) 4G technology.

You will learn how WiMAX works and the pros and cons of the technology. The course introduces the key features of Mobile WiMAX, operation of the Mobile WiMAX radio interface and the WiMAX network structure. In addition, the course introduces the mobility functions in Mobile WiMAX.

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of Mobile WiMAX technology.

This course provides an in-depth introduction to the Mobile WiMAX (802.16e) 4G technology.

You will learn how WiMAX works and the pros and cons of the technology. The course introduces the key features of Mobile WiMAX, operation of the Mobile WiMAX radio interface and the WiMAX network structure. In addition, the course introduces the mobility functions in Mobile WiMAX.

This course is especially targeted for technical personnel, but is suitable for anyone needing thorough knowledge of Mobile WiMAX technology.

This very compact course provides a brief introduction to the 802.11 family of WLAN technologies.

You will learn how WLAN technology works and the pros and cons of the technology. The course introduces the deployment options for WLAN, the features of each WLAN version, and the operating principles of the WLAN network. In addition, the course clarifies the multitude of security options for WLANs.

This course is especially targeted for management, technical sales and marketing but is suitable for anyone needing an overall awareness of WLAN technology.

This course provides an in-depth introduction to the 802.11 family of WLAN technologies.

You will learn how WLAN technology works and the pros and cons of the technology. The course introduces the deployment options for WLAN, the features of each WLAN version, and the operating principles of the WLAN network. In addition, the course clarifies the multitude of security options for WLANs.

This course is especially targeted for technical personnel but is suitable for anyone needing an overall awareness of WLAN technology.