The document discusses process integration and summarizes key details of a 3 mask capacitor reticle. It describes the layout and fabrication process, which involves exposure, etch, and deposition steps. Electrical testing was performed on the test wafers and results were analyzed. The document also briefly mentions a 3D reticle involving multiple wafer direct copper bonding with perfectly mirrored structures and different via densities. Process integration intern Asad Mohammed thanks various colleagues for their contributions.
EricssonTrainingCert-Ericsson Wi-Fi Configuration,Operation,Maintenance,Troub...Asad Mohammed
This certificate was awarded to Asad Mohammed for completing an Ericsson Wi-Fi configuration, operation, maintenance and troubleshooting course. The course, LNA 108 9310 R1A, was completed on AID 1004235/16/2014. The certificate was signed by the Head of Learning Services and Operational Excellence.
This document describes the roles and responsibilities for three different network optimization engineer positions: LTE optimization engineer, 3G WCDMA Optimization Engineer, and 2G Optimization Engineer. The LTE optimization engineer role involves monitoring, analyzing, and optimizing LTE KPIs through parameter tuning and antenna adjustments. The 3G optimization engineer role focuses on activities like KPI monitoring, antenna configuration, performance analysis, traffic optimization, and neighbor optimization. Similarly, the 2G optimization engineer role involves RF planning, parameter setting, KPI monitoring, antenna configuration, performance analysis, traffic optimization, and neighbor optimization for 2G networks.
Ericsson TrainingCert-LTE Functionality and ConfigurationAsad Mohammed
This certificate was awarded to Asad Mohammed for completing a course on LTE functionality and configuration. The course, LNA 108 7402 R11B, was completed on January 20, 2012. The certificate was issued by the Director of Learning Services.
This document provides a summary of Munendra Singh's professional experience and technical skills for an RF Optimization role focusing on LTE networks. It outlines his 5+ years of experience optimizing networks for various global operators, including expertise in monitoring KPIs, troubleshooting issues, parameter changes, and providing optimization reports. It also lists his proficiency with various optimization tools and technical skills related to LTE planning, optimization, and analysis.
4G-Fourth Generation Mobile Communication SystemSafaet Hossain
Seminar on "4G-Fourth Generation Mobile Communication System" at UODA Auditorium, November 16,2013.
Technical Presented by: Ahmedul Quadir, Function Tester, Ericcson, Sweeden
The document discusses PCI (Physical Cell Identity) planning in LTE networks. It describes the cell search process where the UE detects the PCI from the PSS and SSS. The PCI is used to determine the location of reference signals and avoid interference. The document recommends strategies for PCI planning such as assigning color groups to sectors and code groups to sites to avoid conflicting PCI combinations in adjacent cells. It also discusses tools to analyze potential PCI interference and make changes to mitigate issues.
This document is the table of contents for a book on evolved cellular network planning and optimization for UMTS and LTE. The book contains 16 chapters organized into 4 sections. Section I provides an introduction to UMTS technologies including WCDMA, HSPA, TD-SCDMA, and LTE. Section II covers 3G planning and optimization for WCDMA and TD-SCDMA networks. Section III focuses on HSPA planning and optimization. Section IV addresses LTE planning and optimization topics. The book contributors are listed and each chapter provides a brief overview of its contents.
The document discusses process integration and summarizes key details of a 3 mask capacitor reticle. It describes the layout and fabrication process, which involves exposure, etch, and deposition steps. Electrical testing was performed on the test wafers and results were analyzed. The document also briefly mentions a 3D reticle involving multiple wafer direct copper bonding with perfectly mirrored structures and different via densities. Process integration intern Asad Mohammed thanks various colleagues for their contributions.
EricssonTrainingCert-Ericsson Wi-Fi Configuration,Operation,Maintenance,Troub...Asad Mohammed
This certificate was awarded to Asad Mohammed for completing an Ericsson Wi-Fi configuration, operation, maintenance and troubleshooting course. The course, LNA 108 9310 R1A, was completed on AID 1004235/16/2014. The certificate was signed by the Head of Learning Services and Operational Excellence.
This document describes the roles and responsibilities for three different network optimization engineer positions: LTE optimization engineer, 3G WCDMA Optimization Engineer, and 2G Optimization Engineer. The LTE optimization engineer role involves monitoring, analyzing, and optimizing LTE KPIs through parameter tuning and antenna adjustments. The 3G optimization engineer role focuses on activities like KPI monitoring, antenna configuration, performance analysis, traffic optimization, and neighbor optimization. Similarly, the 2G optimization engineer role involves RF planning, parameter setting, KPI monitoring, antenna configuration, performance analysis, traffic optimization, and neighbor optimization for 2G networks.
Ericsson TrainingCert-LTE Functionality and ConfigurationAsad Mohammed
This certificate was awarded to Asad Mohammed for completing a course on LTE functionality and configuration. The course, LNA 108 7402 R11B, was completed on January 20, 2012. The certificate was issued by the Director of Learning Services.
This document provides a summary of Munendra Singh's professional experience and technical skills for an RF Optimization role focusing on LTE networks. It outlines his 5+ years of experience optimizing networks for various global operators, including expertise in monitoring KPIs, troubleshooting issues, parameter changes, and providing optimization reports. It also lists his proficiency with various optimization tools and technical skills related to LTE planning, optimization, and analysis.
4G-Fourth Generation Mobile Communication SystemSafaet Hossain
Seminar on "4G-Fourth Generation Mobile Communication System" at UODA Auditorium, November 16,2013.
Technical Presented by: Ahmedul Quadir, Function Tester, Ericcson, Sweeden
The document discusses PCI (Physical Cell Identity) planning in LTE networks. It describes the cell search process where the UE detects the PCI from the PSS and SSS. The PCI is used to determine the location of reference signals and avoid interference. The document recommends strategies for PCI planning such as assigning color groups to sectors and code groups to sites to avoid conflicting PCI combinations in adjacent cells. It also discusses tools to analyze potential PCI interference and make changes to mitigate issues.
This document is the table of contents for a book on evolved cellular network planning and optimization for UMTS and LTE. The book contains 16 chapters organized into 4 sections. Section I provides an introduction to UMTS technologies including WCDMA, HSPA, TD-SCDMA, and LTE. Section II covers 3G planning and optimization for WCDMA and TD-SCDMA networks. Section III focuses on HSPA planning and optimization. Section IV addresses LTE planning and optimization topics. The book contributors are listed and each chapter provides a brief overview of its contents.
This document provides a commissioning procedure for an RBS 6201 2G system. It involves requirements for OMT and software versions, EC bus termination, pin configurations, defining sectors and parameters in the configuration wizard, shelf and slot positions, hub position, feeder loss, delay, PCM, ties, power configuration, and installing the IDB while changing the DUG maintenance state. The procedure guides configuring the 2G part of the 6201 and defines shelves, slots, and positions for DUG, RUG, and PDU units.
This document discusses wireless communication network project antenna installation engineering. It provides diagrams and explanations of different types of radio base stations, antenna systems, remote electrical tilt systems, external hybrid combiner units, tower-mounted amplifiers, repeater solutions, smart radio concepts, and in-building solutions. Examples of metro site installations are also included. The document concludes with brief discussions of new generation technologies and problems of technology.
IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology
This document describes the design of an LTE network optimization project by a group of students from Taiz University. It includes an introduction to LTE, the network planning process, and LTE system architecture. The network planning section discusses coverage planning including link budget calculations and propagation models, as well as capacity planning considering factors like interference levels and supported modulation schemes. The document also provides an overview of LTE system architecture components including the user equipment, E-UTRAN, EPC, and functions of each. It concludes with a section on LTE radio frequency optimization methods.
http://www.ericsson.com/ourportfolio/products/radio-dot-system
The Ericsson Radio Dot System enables mobile operators to deliver consistently high performance voice and data coverage and capacity in the broadest range of enterprise buildings and public venues, including the underserved, high growth, medium-to-large building and venue category.
This document provides a commissioning procedure for an RBS 6201 2G system. It involves requirements for OMT and software versions, EC bus termination, pin configurations, defining sectors and parameters in the configuration wizard, shelf and slot positions, hub position, feeder loss, delay, PCM, ties, power configuration, and installing the IDB while changing the DUG maintenance state. The procedure guides configuring the 2G part of the 6201 and defines shelves, slots, and positions for DUG, RUG, and PDU units.
This document discusses wireless communication network project antenna installation engineering. It provides diagrams and explanations of different types of radio base stations, antenna systems, remote electrical tilt systems, external hybrid combiner units, tower-mounted amplifiers, repeater solutions, smart radio concepts, and in-building solutions. Examples of metro site installations are also included. The document concludes with brief discussions of new generation technologies and problems of technology.
IJRET : International Journal of Research in Engineering and Technology is an international peer reviewed, online journal published by eSAT Publishing House for the enhancement of research in various disciplines of Engineering and Technology. The aim and scope of the journal is to provide an academic medium and an important reference for the advancement and dissemination of research results that support high-level learning, teaching and research in the fields of Engineering and Technology. We bring together Scientists, Academician, Field Engineers, Scholars and Students of related fields of Engineering and Technology
This document describes the design of an LTE network optimization project by a group of students from Taiz University. It includes an introduction to LTE, the network planning process, and LTE system architecture. The network planning section discusses coverage planning including link budget calculations and propagation models, as well as capacity planning considering factors like interference levels and supported modulation schemes. The document also provides an overview of LTE system architecture components including the user equipment, E-UTRAN, EPC, and functions of each. It concludes with a section on LTE radio frequency optimization methods.
http://www.ericsson.com/ourportfolio/products/radio-dot-system
The Ericsson Radio Dot System enables mobile operators to deliver consistently high performance voice and data coverage and capacity in the broadest range of enterprise buildings and public venues, including the underserved, high growth, medium-to-large building and venue category.