- Portfolio
- Portfolio A to Z
- Products
- Solutions
- Caching and Content Delivery Networks
- Carrier Ethernet Transport
- Customer Care Automation
- Device Management
- Heterogeneous Networks
- Integrated Packet Transport Network
- Mobile Backhaul
- Mobile Site Connectivity
- Multi Vendor Configuration Management and Optimization
- Multilayer Optimization
- Multiservice IP Backbone
- Network Sharing
- Policy Integration Package
- Quality of Service Differentiation
- Self Organizing Networks
- Smartphone Friendly Networks
- Subscriber Data Management
- Voice over LTE
- WCDMA Refarming
- Services
- Industries
- Customer Successes
- Liquid Net
- Customer Experience Management
- Total Expertise
- Business Needs
- News & Events
- Perspectives
- Support
- About us
Print
Welcome to the Nokia Siemens Networks IBIS Group
About our group
Nokia Siemens Networks IBIS group was formerly formed by members of different Siemens divisions and due to reorganization is now formed by the Nokia Siemens Networks group. The group members are responsible for maintaining model databases, performing signal integrity and emc simulations and managing workflows for several tools in their divisions. This group has defined a common quality level for IBIS models which is required by all Nokia Siemens Networks divisions.
IBIS is the abreviation for Input/Output buffer information specification and is a known standard (ANSI/EIA-655-A) for electrical behavioral models to perform signal integrity
Our goal and offer
Nokia Siemens Networks design flows include the board/system simulation as a main topic to support design to cost and time to market initiatives. The accuracy of these simulation results is primarily determined by the quality of the used models.
Therefore we expect from our IC vendors high IBIS model availability and quality as well as advanced IBIS modeling know how and support.
This site should not only define the desired quality level but also explain in detail what we need, and why we need it. On this web site you will also find hints and examples for IBIS modeling.