Core responsibilities include but are not limited to the following:- Bringing up testing characterizing and optimizing real silicon in the lab- Analyzing and improving the efficiency of wireless MAC layer protocols focusing on throughput latency and overall network performance- Implementing MAC system models and investigating algorithms for performance enhancements design and validate them to allow performance sign-off and enable system developments. Defining the control procedures of the MAC layer hardware modules to achieve robust and optimal performance throughput and latency- Collaborating with PHY system team and cross-functional teams to integrate MAC layer algorithms into system architecture- Collaborating with firmware designers to realize these methods with high efficiency software implementation and possibly with using hardware acceleration- Documenting design processes and performance outcomes providing detailed reports and insights for continuous improvements
- / in Electrical / Computer Engineering or related fields
- 3 years of relevant experience
- Working knowledge of wireless systems and hands-on experience with lab testing and characterization
- Experience with Python and/or C/C for algorithm development modeling simulation and test-bench infrastructure
- Strong understanding of BT MAC layer protocol
- Working knowledge involving hands-on experience of BT systems
- Experience in crafting signal processing and wireless communications systems
- Knowledge in existing wireless communication protocols such as Bluetooth/BLE
- Experience on bring up of real silicon in lab and being able to efficiently use lab equipment (such as spectrum analyzer signal generator power meter etc.)
- Experience in modem architecture microprocessor architecture hardware and software control
- Experience of SoC design and validation to support wireless communication system
- Experience on low-power algorithm design for power critical application
- Experience with multi-radio coexistence management
- Experience and knowledge on High-Level Synthesis (HLS) silicon prototyping emulation systems and virtual platforms
- Experience with network simulator such as OPNET NS2 or NS3 is a plus
Core responsibilities include but are not limited to the following:- Bringing up testing characterizing and optimizing real silicon in the lab- Analyzing and improving the efficiency of wireless MAC layer protocols focusing on throughput latency and overall network performance- Implementing MAC syst...
Core responsibilities include but are not limited to the following:- Bringing up testing characterizing and optimizing real silicon in the lab- Analyzing and improving the efficiency of wireless MAC layer protocols focusing on throughput latency and overall network performance- Implementing MAC system models and investigating algorithms for performance enhancements design and validate them to allow performance sign-off and enable system developments. Defining the control procedures of the MAC layer hardware modules to achieve robust and optimal performance throughput and latency- Collaborating with PHY system team and cross-functional teams to integrate MAC layer algorithms into system architecture- Collaborating with firmware designers to realize these methods with high efficiency software implementation and possibly with using hardware acceleration- Documenting design processes and performance outcomes providing detailed reports and insights for continuous improvements
- / in Electrical / Computer Engineering or related fields
- 3 years of relevant experience
- Working knowledge of wireless systems and hands-on experience with lab testing and characterization
- Experience with Python and/or C/C for algorithm development modeling simulation and test-bench infrastructure
- Strong understanding of BT MAC layer protocol
- Working knowledge involving hands-on experience of BT systems
- Experience in crafting signal processing and wireless communications systems
- Knowledge in existing wireless communication protocols such as Bluetooth/BLE
- Experience on bring up of real silicon in lab and being able to efficiently use lab equipment (such as spectrum analyzer signal generator power meter etc.)
- Experience in modem architecture microprocessor architecture hardware and software control
- Experience of SoC design and validation to support wireless communication system
- Experience on low-power algorithm design for power critical application
- Experience with multi-radio coexistence management
- Experience and knowledge on High-Level Synthesis (HLS) silicon prototyping emulation systems and virtual platforms
- Experience with network simulator such as OPNET NS2 or NS3 is a plus
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