Consulting References

Among Signalion’s customers are major playersof the wireless industry such as infrastructure suppliers, semiconductor companies as well as universities and research organizations on 4 continents.

DVB-H Reference Design

Reference Design of the physical layer and parts of the prototcol stack for a DVB-H ASIC. The consulting included:

• MATLAB reference simulation
• Fixed point performance analysis, and
• Implementation spec-definition
• Demonstrator set-up

T-DMB Reference Design

Reference Design of the physical layer an d parts of the prototcol stack for a T-DMB ASIC.
The consulting included:

• MATLAB reference simulation (receiver design)
• Floating point/fixed point performance analysis, and
• Implementation spec-definition

IEEE 802.11n PHY-Reference Design

PHY-Reference Design and implementation specific performance analysis for a IEEE 802.11a/b/g/n combo solution for a leading supplier of WLAN chipsets.
This consulting included:

• MATLAB reference simulation (transmitter and receiver design)
• Floating point/fixed point performance analysis, and
• Implementation spec-definition

DAB Reference signal generation

Design and generation of some DAB reference signal for a measurement equipment manufacturer. This consulting project enabled the partner to serve their customers needs for transmission of standard-conform DAB signals with a signal generator.

OFDM-based Air-Interface Prototype

Complete implementation of the physical layer and the MAC layer of an OFDM air-interface system based on Signalion‘s platform with customer specific tailorization of the MAC to enable a demonstration of a seamles UMTS to WLAN hand-off.
This consulting included:

• MATLAB reference simulation (transmitter and receiver design)
• Floating point/fixed point performance analysis, and
• Complete implementation of a WLAN air interface on the signalion prototyping hardware
• Support of the customer during the integration phase

Cobra

Design and implementation of a MIMO-antenna array demonstrator using a software radio architecture to realize a real-time UMTS-uplink PHY implementation for the university of Dresden.