RAISE Your Game. With specialised small cell training courses from ip.access. LTE System Starter Package.

Transcription

1 RAISE Your Game With specialised small cell training courses from ip.access. LTE System Starter Package

2 LTE System Starter Package Course Code: IPS SP003 Course Outline The ip.access LTE System Starter Package is designed to enable the operator to manage and maintain a pre-installed LTE system. The training course is based on slideware, presented in a class room environment, but can be adapted to incorporate workshops and hands-on sessions. This course covers frequently used functions and functionalities required to work with and operate the system. Modules All the following modules are included in the LTE System Starter Package training course. Alternatively, we offer bespoke packages of selected modules to cater for special training requirements M01: nanolte System Overview 3 M02: Home enodeb Installation and Commissioning 5 M03: nanolte System Feature Overview 7 M04: Operations, Troubleshooting and Maintenance 9 M05: Network Orchestration System Client Operations 11 How to Book To enrol on the 3G System Starter Package or to arrange your own bespoke training then please contact us on either training@ipaccess.com or

3 Module Code: IPS LTE001 Duration: 1 Day Module 01 nanolte System Overview Introduction This course will familiarise engineering staff with the network elements of the LTE small cell system, and which entities take part. Course Objectives By attending this course, participants will gain an understanding of: General LTE small cell architecture nanolte main system components nanolte main User Services Features nanolte mobility Features Radio and resource Management Features How do Security features work in HeNBs S1 Interface Networking How to configure your AP via NOS management tool The redirector and DOCP Who will benefit from this course? Technical professionals/engineers in the 4G operator organisation, in roles such as: Network Planning (Radio & Core) Performance Management / KPI Reporting 4G Network Operations Customer Care Alarm Management

4 Number of attendees: 10 Max Module 01 Continued nanolte System Overview Course Content nanolte System Architecture Overview nanolte Product Overview User Services Features Mobility Features Radio and Resource Management Features Redirection Security Features S1 Networking NOS Overview Course Pre-requisites This is an introductory level course; however it does require delegates have some LTE, protocols, LTE procedures, and IP knowledge. Course material will be provided electronically. Trainees will be expected to use their laptop during the session. Depending on whether the course takes place in ip.access, or customer premises, access to the required equipment will be arranged.

5 Module Code: IPS LTE002 Duration: 1 Day Module 02 HeNB Installation and Commissioning Introduction This course will enable engineering staff to install a new HeNB Access Point in a nanolte system. Course Objectives On completion of this course, participants will gain an understanding of: How to physically install an E40 AP into the nanolte system Troubleshooting HW installation issues How to prepare the nanolte System prior to nanolte provisioning Template building Provisioning the nanolte AP AP parameters - implementation and policies Troubleshooting SW installation issues Who will benefit from this course? Technical professionals/engineers in the 4G operator organisation, in roles such as: Network Planning (radio & core) Performance Management / KPI Reporting 4G Network Operations Customer Care Alarm Management

6 Number of attendees: 10 Max Module 02 Continued HeNB Installation and Commissioning Course Content Installation Overview and Requirements E-40 AP Hardware Installation Troubleshooting Hardware installation AP-Unique parameter capturing Template building and Provisioning System Preparation for nanolte AP Provisioning AP Provisioning Implementing AP Policies and Optional parameters Installation troubleshooting Course Pre-requisites This is an introductory level course; however it does require delegates have some LTE, protocols, LTE procedures, and IP knowledge. Course material will be provided electronically. Trainees will be expected to use their laptop during the session. Depending on whether the course takes place in ip.access, or customer premises, access to the required equipment will be arranged. This course assumes that the attendee is familiar with the following course material: MO1: nanolte System Overview

7 Module Code: IPS LTE003 Duration: 1 Day Module 03 nanolte System Features Introduction This course covers the various nanolte system features. Course Objectives On completion of this course, participants will gain an understanding of: E40 Product Description Network Listen procedures Mobility Features in both connected and idle state Service Capacity Features, bearers and Quality of Service management CS services over legacy technologies Cell setup and Administration Features S1 Interface feature design Radio Resource control features Cell broadcast based emergency features Who will benefit from this course? Technical professionals/engineers in the 4G operator organisation, in roles such as: Network Planning (Radio & Core) Performance Management / KPI Reporting 4G Network Operations Customer Care Alarm Management

8 Number of attendees: 10 Max Module 03 Continued nanolte System Features Course Content E40 Product Description Network Listen Handovers Service Capacity Features CSFB Idle Mode Mobility Cell setup and Administration Bearer Management S1 Interface RRC Backhaul QoS ETWS and CMAS Course Pre-requisites This is course; however it does require delegates have an intermediate LTE, protocols, LTE procedures, and IP knowledge. Course material will be provided electronically. Trainees will be expected to use their laptop during the session. Depending on whether the course takes place in ip.access, or customer premises, access to the required equipment will be arranged. This course assumes that the attendee is familiar with the following course material: MO1: nanolte System Overview MO2:HeNB Installation and Commissioning

9 Module Code: IPS LTE004 Duration: 1 Day Module 04 nanolte system Operations and Maintenance Introduction This course will guide the attendees through the different operations and management procedures required to operate and maintain the ip.access nanolte system. Course Objectives On completion of this course, participants will gain an understanding of: nanolte general Operations AP configuration Management Static Neighbour Cells management Alarm management and analysis AP software upgrades, replacement and troubleshooting, AP Measurement Function Reporting for Performance Management and KPI analysis Who will benefit from this course? Technical professionals/engineers in the 4G operator organisation, in roles such as: Network Planning (Radio & Core) Performance Management / KPI Reporting 4G Network Operations Customer Care Alarm Management

10 Number of attendees: 10 Max Module 04 Continued nanolte system Operations and Maintenance Course content nanolte Operations Overview nanolte basic operations AP configuration Management Static Neighbour Cells management AP Fault Management AP Measurement Function Reporting For Performance Management Replacing APs AP Upgrading Troubleshooting KPI Report and Schedule Feature. Course Pre-requisites This is course; however it does require delegates have an intermediate LTE, protocols, LTE procedures, and IP knowledge. Course material will be provided electronically. Trainees will be expected to use their laptop during the session. Depending on whether the course takes place in ip.access, or customer premises, access to the required equipment will be arranged. This course assumes that the attendee is familiar with the following course material: MO1: nanolte System Overview MO2:HeNB Installation and Commissioning MO3 nanolte System Features

11 Module Code: IPS LTE005 Duration: 1 Day Module 05 Network Orchestration System (NOS) Introduction This course is targeted for those using the ip.access Network Orchestration System to manage and maintain the nanolte system. Course Objectives On completion of this course, participants will gain an understanding of: Setting up User Policies Logging in as an administrator Assigning NTP servers and Security Gateways Creating value added services in the NOS Configuring attributes in the NOS Setting up AP Diagnostics and uploading to NOS Performing NOS Backup and Restore, including start and stop of NOS Server Who will benefit from this course? Technical professionals/engineers in the 4G operator organisation, in roles such as: Network Planning (Radio & Core) Performance Management / KPI Reporting 4G Network Operations Customer Care Alarm Management

12 Number of attendees: 10 Max Module 05 Continued Network Orchestration System (NOS) Course content Administration from the NOS Client Network Orchestration System NOS Server Configuration Utility NOS Server Administration Service Manager TR-069 AP Service Diagnostics Service NOS Server Backup and Restore Course Pre-requisites This is course; however it does require delegates have an intermediate LTE, protocols, LTE procedures, and IP knowledge. Course material will be provided electronically. Trainees will be expected to use their laptop during the session. Depending on whether the course takes place in ip.access, or customer premises, access to the required equipment will be arranged. This course assumes that the attendee is familiar with the following course material: MO1: nanolte System Overview MO2: HeNB Installation and Commissioning MO3: nanolte System Features MO4: nanolte System Operations and Maintenance

13 ip.access Ltd. ip.access, nanolte, Oyster3G, nano3g and nanogsm are trademarks of ip.access Ltd. All other trademarks are acknowledged. Informa- tion in this document is subject to change without notice and may contain errors. No responsibility is assumed by ip.access for the use of this information, nor for infringements of patents or other rights of third parties. The documentation and/or software may provide links to Web sites and access to content, products, and services from third parties. ip.access is not responsible for the availability of, or any content provided on, third-party Web sites. You bear all risks associated with the use of such content. This document is the property of ip.access and implies no license under patents, copyrights, trade secrets or other intellectual property rights. No part of this publication may be copied, reproduced, stored in a retrieval system, or transmitted, in any form of any means, electronic, photographic, or otherwise, or used as the basis for manufacture or sale of any items without the prior written consent of ip.access