32nm x86 OS-compliant PC on-chip with dual-core Atom® processor and RF WiFi transceiver.
Hasnain LakdawalaMark SchaecherChang-Tsung FuRahul Dilip LimayeJon DusterYulin TanAjay BalankuttyErkan AlpmanChun C. LeeSatoshi SuzukiBrent R. CarltonHyung Seok KimMarian VerhelstStefano PelleranoTong KimDurgesh SrivastavaSatish VenkatesanHyung-Jin LeePeter VandervoornJad RizkChia-Hong JanKrishnamurthy SoumyanathSunder RamamurthyPublished in: ISSCC (2012)
Keyphrases
- wifi
- signal strength
- processor core
- operating system
- high speed
- single chip
- wireless networks
- ibm power processor
- mobile devices
- end to end
- phase locked loop
- wireless communication
- silicon on insulator
- wireless systems
- radio frequency
- smart phones
- cmos technology
- dynamic random access memory
- location information
- random access memory
- smart home
- received signal strength
- multipath
- low cost
- low power
- ibm zenterprise
- memory subsystem
- network architecture
- mobile networks
- ad hoc networks
- ultra low power
- frequency band
- mobile applications
- mobile phone
- image sensor
- instruction set
- urban environments