[SI-LIST] Signal Integrity Position in DuPont, Washington

We have an immediate opening for an experienced Signal Integrity
Engineer in DuPont, Washington (area code 98327).  Please contact me via
e-mail if you are interested or have questions, or apply at
http://www.intel.com/jobs/jobsearch/index_js.htm?Location=200000016
<http://www.intel.com/jobs/jobsearch/index_js.htm?Location=200000016>
(requisition number = 555751).
 

Description

In this position, you will be responsible for providing robust and
cost-effective signal integrity solutions for multiprocessor server
boards designed in DuPont, WA.  You will be performing signal integrity
analysis, simulations, and verification using state-of-the-art tools and
methods. A primary function is to research and enable innovative
solutions for cutting-edge designs, including contributing to industry
standards.  Typical duties also include generating stackups and design
rules, checking that designs meet those design rules, performing or
directing the collection of lab measurements, and correlating
measurements with simulation results. High speed interfaces in which
detailed signal integrity analysis will be performed include QPI, SMI,
PCI-e, DDR3, SAS, SATA, and USB. Additionally, you will provide some
support for miscellaneous interfaces such as Clocks, Video, SMBUS, PECI,
LPC, RS232, etc. This is a great opportunity to gain experience in a
wide range of signal integrity areas, interfaces, and related
disciplines.

 

Qualifications

You should possess a Master of Science degree in Electrical Engineering
with at least two years of relevant experience. Additional
qualifications include: 

- Knowledgeable about signal integrity concepts such as: transmission
line effects, reflections, xtalk, losses, ground bounce, termination
techniques, I/O buffer modeling, and an understanding of basic
transistor circuits 

- Advanced understanding of signal integrity fundamentals regarding
package and board design 

- Knowledge and experience using:

   - Signal Integrity Simulation Tools: HSPICE, PCB SI, ADS, Ansoft
Designer, etc.

   - 2-D/3-D field solvers

   - Statistical Analysis and BER

   - Cadence CAD tools

   - Frequency domain analysis for analyzing signal integrity, as well
as understanding the sources of jitter and reduction techniques 

   - Programming languages such as perl and/or matlab 

   - Lab equipment such as oscilloscopes, Time Domain Reflectometers
(TDR), and waveform analysis software

- Good oral and written communication skills 

- Team player, willing to take on a variety of projects 

- Able to work in cross-functional team 

- Self motivator and good listening skills

Jeff Loyer 



 


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