CDMA/WCDMA 3G/4G LTE
These courses focus on CDMA/OFDM fundamentals as well as the techniques that have been incorporated into 3G WCDMA/4G LTE specifications.
| 213 | LTE Mobile Access This two-day course provides a review of the system architectures, principles involved, techniques applied, and performance achieved in UMTS’s Long Term Evolution (LTE) mobile broadband access (MBWA) system. The typical types of packet switched data conveyed by this system is studied. Key enabling technologies are presented including: relevant digital modulation techniques, error detection/correction methods, and multiple access and NLOS techniques employed in Point-to Multipoint (PMP) systems. The non-line-of-sight (NLOS) mobile wireless fading path is reviewed and a coverage example provided. Key physical layer and MAC features are presented. The key parameters of LTE’s UMTS predecessor, HSPA and LTE are compared. Finally, the status of LTE is summarized and its key parameters compared to Mobile WiMAX . |
| 207 | LTE Enabling Technologies New course on LTE for cellular systems. |
| 209 | UMTS Evolution: HSPA and LTE This three-day course provides a review of the system architectures, principles involved, techniques applied, and performance achieved in UMTS’s High Speed Downlink Packet Access (HSDPA)/High Speed Uplink Packet Access (HSUPA) and Long Term Evolution (LTE) mobile broadband access (MBWA) systems. Note, HSDPA together with HSUPA referred to as High Speed Packet Access (HSPA). The typical types of packet switched data conveyed by such systems are studied. Key enabling technologies are presented including: relevant digital modulation techniques, error detection/correction methods, and multiple access and NLOS techniques employed in Point-to Multipoint (PMP) systems. The non-line-of-sight (NLOS) mobile wireless fading path is reviewed and a coverage example provided. Key physical layer and MAC features of the relevant standards are presented. The key parameters of HSPA and LTE are compared. An overview of Mobile WiMAX, LTE’s primary competitor is presented. Finally, the status of LTE is summarized and its key parameters compared to Mobile WiMAX . |
| 217 | WCDMA: The Physical Layer and RF Architecture This course examines WCDMA systems from a hardware designer's viewpoint. Issues such as power loop control are discussed in great detail. Course 217-4314:Dec 06-Dec 07, 2010: San Jose, CA Presented by Rick Fornes Register by 11/1/2010 and pay $895, otherwise pay $995 |
| 177 | Wideband CDMA and Multi Carrier CDMA for UMTS/UTRA WCDMA is the standard for the physical layer of the 3rd generation of mobile communication systems. The course is focused on principles, technology system architectures, evolution of standards, main applications and expected future trends in the field. The traditional technologies based on power controlled CDMA with RAKE as well as more advanced technologies based on multiuser detection, Adaptive Antennas, Multicarrier CDMA and Space-Time coding are discussed. The emphasis will be on applications in personal, indoor and the third generation of land and satellite mobile radio communications. Cellular networks and wireless LAN will also be included. A detailed discussion of UTRA/UMTS/WCDMA FDD and TDD mode will be presented. |
| 074 | Wideband CDMA Communications This two-day course provides an overview of the Third Generation (3G) WCDMA proposals. Participants review wireless channel impairments to better understand the advantages of WCDMA. Sub-systems required to build WCDMA system and related critical design issues are highlighted throughout the course. Advanced signal processing techniques needed to further increase system capacity are also discussed. |
| 077 | CDMA and OFDM: The Radio Interface This four-day course provides participants with an introduction to CDMA and its use as the physical interface of current (IS-95) and future (IMT2000 3G Wideband) CDMA systems. Cellular concepts and fading channels are covered, as well as the basic building blocks of CDMA systems. The worldwide status of current and future CDMA systems are discussed in detail. |
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