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BRANOVER ALEXANDER

Overview
  • Total Patents
    14
About

BRANOVER ALEXANDER has a total of 14 patent applications. Its first patent ever was published in 2008. It filed its patents most often in United States. Its main competitors in its focus markets computer technology and environmental technology are HYBRIDSERVER TEC GMBH, BEIJING PKUNITY MICROSYSTEMS TECHNOLOGY CO LTD and INCA SOLUTION CO LTD.

Patent filings in countries

World map showing BRANOVER ALEXANDERs patent filings in countries
# Country Total Patents
#1 United States 14

Patent filings per year

Chart showing BRANOVER ALEXANDERs patent filings per year from 1900 to 2020

Focus industries

Top inventors

# Name Total Patents
#1 Branover Alexander 14
#2 Steinman Maurice B 11
#3 Owen Jonathan M 3
#4 Petry John P 2
#5 Asaro Anthony 2
#6 Rystsov Denis 2
#7 Steinman Maurice 2
#8 Helms Frank 1
#9 Kalamatianos John 1
#10 Prengel Helmut W 1

Latest patents

Publication Filing date Title
US2013007494A1 Managing processor-state transitions
US2012324258A1 Power state management of an input/output servicing component of a processor system
US2012110352A1 Method and apparatus for thermal control of processing nodes
US2012054519A1 Method and apparatus for demand-based control of processing node performance
US2011283124A1 Method and apparatus for cache control
US2011264934A1 Method and apparatus for memory power management
US2011112798A1 Controlling performance/power by frequency control of the responding node
US2011078478A1 Method and apparatus for transitioning devices between power states based on activity request frequency
US2010287394A1 North-bridge to south-bridge protocol for placing processor in low power state
US2010162256A1 Optimization of application power consumption and performance in an integrated system on a chip
US2009235260A1 Enhanced control of CPU parking and thread rescheduling for maximizing the benefits of low-power state
US2010058078A1 Protocol for power state determination and demotion
US2009235105A1 Hardware monitoring and decision making for transitioning in and out of low-power state