The Technical Manual gives an overview of the application, performance features,
interfaces, and functions of the TNMS-M SURPASS hiT 7060. It also contains the most
important technical data.
Link for this document:
SIEMENS TNMS-M SURPASS hiT 7060 3.1 LCT
The purpose of this document is to describe the RNC 3810. The RNC 3810 is the first product in the RNC 3800 family, which is a part of the Ericsson WCDMA Radio Access Network (RAN) offering. This product family is developed upon worldwide experience obtained from building and deploying Ericsson mobile telephone systems.
The document describes the RNC 3810 product, with focus on hardware release R5, RAN release P6. The document does not describe the different software features (RAN functionality) available; they are described in separate feature descriptions. Each hardware release of the RNC 3810 product provides increased capability as a result of continuous improvements in hardware and software.
Link for this document:
Ericsson RNC3810 Product Description
This manual supports the work process for planning, implementing, and
integrating an RBS 2000 with another RBS 2000, and an RBS 200/205 with an
RBS 2202, in the same cell.
The manual aims to:
- Give the reader an overview of RBS Synchronization principles and the impact of Co-siting and Tranceiver Group (TG) Synchronization on the cabinets.
- Provide an interface to other documentation needed to implement and integrate a site.
Link for this document:
Ericsson RBS Synchronization Manual
Ericsson’s RBS 3000 family contains a wide range of WCDMA RBSs with best-inclass radio performance for a variety of applications in urban, suburban, and rural environments. The products include unique radio features that enable significant cost savings by reducing the number of sites. The design base uses standardized modules for flexible installation and simplified maintenance, which in turn minimizes the Total Cost of Ownership (TCO).
All RBS 3000 products can be integrated seamlessly with existing networks, enabling effective co-siting with GSM for optimized capital and operational expenditure. Thanks to their full support for HSPA, the RBS 3000 family have given mobile broadband networks: increased peak data rates, reduced latency, and increased capacity.
The Ericsson RBS 3000 family is naturally future-proof to secure operator’s investments, providing an evolutionary path through HSPA, HSPA evolution and LTE over time.
Link for this document:
Ericsson RBS3206 Product Description
This book is a training document and contains simplifications. Therefore, it must not be considered as a specification of the system. The contents of this document are subject to revision without notice due to ongoing progress in methodology, design and
manufacturing.
Link for this document:
Ericsson BSS Integration - Student Text
The purpose of the Cell Load Sharing feature is to distribute some of a cells traffic load to surrounding cells during peaks in traffic. This is achieved by moving established connections to neighboring cells that have idle resources.
Link for this document:
Ericsson CELL LOAD SHARING - User Description
GSM network consist of different cells and each cell transmit signals to and
receive signals from the mobile station, for proper working of base station many
parameters are defined before functioning the base station such as the coverage area
of a cell depends on different factors including the transmitting power of the base
station, obstructing buildings in cells, height of the base station and location of base
station etc. The Drive Test (DT) perform in RF optimization GSM network to assure the
availability, integrity, & reliability of the network...
Link for this document:
RF Optimization of GSM
