RivieraWaves wins SAME Conference 2011 best paper award
Sophia-Antipolis, France – November 7th, 2011 – RivieraWaves, leading provider of low power wireless connectivity IPs for Bluetooth and Wi-Fi, today announced that the SAME (Sophia Antipolis MicroElectronics) Conference 2011, a major annual conference and exhibition for micro-electronic, awarded Best Paper honors to RivieraWaves. T
his paper, “Power / Energy Simulation tool for connectivity systems”, presents a simulation tool that can estimate the power dissipation and energy requirements of a distributed wireless connectivity system, in a real-life application. A practical example is presented for a Bluetooth low energy network topology composed of devices based on the RivieraWaves IPs and software.
“17 technical papers have been presented at the SAME 2011,” said Jacques-Olivier Piednoire, President of SAME. “This year, the paper from RivieraWaves clearly stood out, so the committee selected it as the best paper award winner.”
During a simulation, the tool computes the critical information required to analyze a complete wireless connectivity system (power dissipation, MIPS usage, runtime, throughput, bandwidth usage, latency, etc…). One can see for instance that the crystal accuracy and the way the application is written have direct impact on the battery life.
“We are honored to have received the Best Paper Award from SAME 2011” said Ange Aznar, President and CEO of RivieraWaves. “This powerful simulation tool allowed us to develop extremely low power semiconductor IPs for Bluetooth and Wi-Fi.”
About RivieraWaves
Leading wireless connectivity IP player, RivieraWaves is the only “one stop shop” company providing semiconductor companies with complete Wi-Fi® and Bluetooth® IP and Design Services. The IP offering is composed of hardware, software and analog/RF components. RivieraWaves is the ideal partner for semiconductor companies planning to deliver wireless connectivity ICs for the mobile, medical, sports & fitness, watch, entertainment, industrial markets and other wireless sensor based applications.