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DSP/FPGA DEVELOPMENT PRODUCTS
Technical Library
Articles
Success Stories
Tutorials & Lab Books
Articles
CORBA for FPGA: The missing link for SCA radios
By Joe Jacob, Senior Vice President, Sales and Marketing, Objective Interface Systems; Maxime Dumas, Field Applications Engineer, Lyrtech
COTS Journal, January 2007
Advanced SDR platform eases multiprotocol radio development
By Louis Bélanger, Chief Technology Officer, Lyrtech
RF Design, January 2007
Technical Paper
A new architecture for development platforms targeted to portable radio applications
Written by: Ram Sathappan, Texas Instruments Inc; Maxime Dumas and Louis Bélanger, Lyrtech; Manuel Uhm, Xilinx
This paper presents the SDR architecture needed in order to facilitate rapid and efficient development of radios mainly targeted to portable applications. It describes how this kind of platform can help radio developers in overcoming the challenges of designing low-power, small form factor devices. It covers topics like the relevance of hybrid GPP/DSP/FPGA processing, the need for modularity, waveform partitioning, and design flows.
Technical Paper
FPGA based MIMO transceiver for Wi-Fi
Technical
Paper
Platform FPGA design for high-performance DSP
Technical paper
Development of a SCA 3.1-compliant W-CDMA waveform on DSP/FPGA specialized hardware
Technical paper
Prototyping a MIMO W-CDMA system using a system-level approach
Technical Paper
flexcellTM Hardware and Software Architecture
By Louis Bélanger, Product Development Manager, Lyrtech
Adapted from material by Francois Luneau, flexcellTM architect
White Paper
The flexcellTM Platform: A Software-defined Radio Architecture for the Next Generation of Wireless Hubs and Open Architecture Wireless Hubs
By Louis Bélanger, Product Development Manager, Lyrtech
Adapted from material by Louis Luneau and François Luneau, flexcellTM architects and project managers
Developing a GSM Modem on a DSP/FPGA Architecture.
Using System Generator and Simulink, you can create a seamless simulation-to-implementation FPGA design flow.
By Louis Belanger, Product Development Manager, Lyrtech Signal Processing, Inc.
Prototyping advanced 3G/4G wireless and SDR (Software Defined Radio) systems on the DSP/FPGA SignalMaster platform using a system-level approach.
Louis Bélanger, Business and Product Development Manager, Lyrtech Signal Processing
Prototyping wireless base stations or edge devices on a DSP/FPGA architecture using high-level tools.
Louis Bélanger, Lyrtech Signal Processing, Quebec City, Quebec, Canada, John Ahern, Comlab, Quebec City, Quebec, Canada, Paul Fortier, Electrical and Computer Engineering Department, Laval University, Quebec City, Quebec, Canada
System-Level Design Using FPGAs and DSPs An Example Showing Software-Defined Radio.
DSPs have traditionally tackled signal processing applications. But the complement of FPGA-based processing can add levels of performance only possible with custom ASICs, along with configurability and cost savings that far surpass what ASICs can offer.
By Dick Benson, The MathWorks and Narinder Lall, Xilinx
Bringing a New Hierarchy to Software Radio Design
By Anne Mascarin, The MathWorks; and Louis Bélanger, LYRtech, CommsDesign.com. November 15, 2002
Success Stories
Los Alamos National Laboratory: Lyrtech state-of-the-art technology reduces development times by 70%
The Japanese NICT uses Lyrtech technology for airborne experiments
MD Robotics turns to Lyrtech expertise in critical Hubble project
Dolby Laboratories adopts Lyrtech technology for its new generation of professional reference platforms
Neural Audio Corporation uses Lyrtech's hardware design expertise to support high-performance requirements for audio broadcasting
Crump Institute initial results for OPET looking very promising
LAL towards record power amplification
Tutorials & Lab Books
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