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Wireless communications
We are
looking for people who:
can specify
and design digital ASIC or FPGA
functions; digital design at a
board-level, guide and review PCB
layout; program FPGAs to emulate the
ASIC designs for lab testing before chip
sign-off.
solve technical issues encountered
during the development process including
debugging of
firmware/libraries/profiles/application
code (written in C); perform test and
analysis of Bluetooth systems; perform
tuning of audio echo and noise
cancellation systems; understanding
audio codecs and Bluetooth in the
context of an automotive audio system;
evaluate performance of Bluetooth
systems, documenting, and advising
customers in response to results.
have knowledge of:
microcontrollers
and embedded systems; C programming, and
integrated design environments;
communications protocols such as TCP/IP,
PPP, Ethernet, USB; wireless
technologies such as ZigBee, Zwave, DECT and
GPRS; analogue systems for sensing and
telemetry.
are familiar with RF test equipment
such as spectrum & network analysers,
signal generators, power meters and be
able to construct solutions using RF
interconnection blocks such as mixers,
filters, splitters etc.; be familiar
with the language of RF testing such as
sensitivity, noise figure, adjacent
channel etc.; be able to write test
programmes in Labview, Basic (e.g.
HPBasic) or similar ATE langauages
have experience of sub-micron CMOS
technology along with digital design
experience covering both FPGA/ASIC and
board level circuits; sign-off and
back-end flow for ASICs; embedded
microprocessor design appreciation
of analogue design techniques; Synopsys
VCS Verilog; Synopsys Design Compiler;
Synopsys Tetramax; Mentor FormalPro;
Synplicity Synplify Pro; Synplicity
Synplify ASIC; Xilinx FPGA Place and
Router
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