- Company:
Intel Corporation - Location:
Multiple locations - Job Status/Type:
Full Time, Employee - Job Category:
Engineering - Occupations:
Electrical/Electronics Engineering - Industry:
Electronics, Components, and Semiconductor Mfg

There's an exceptional future ahead of you - with Intel.

Description In this position, you will be responsible for the development of high speed interfaces including architecture, design and analysis of Phase-Locked Loops (PLLs), PCIE-genX* design, Graphics DDR genX* and display and/or video interfaces. Locations Please apply online at
The position described below is a job profile that is generally representative of current or future openings at Intel. By clicking the "Apply Now" button above, you are not applying for an open position. Instead you will be answering a series of questions that will enable Intel Recruiters to more effectively match you to current and future job openings. This process will take approximately 5 minutes.
Qualifications
You should possess at least a Bachelor of Science degree (candidates with a Master of Science degree and a Ph.D. are encouraged to apply) in an appropriate technical discipline. Candidates with all levels of experience are encouraged to apply and will be considered for any available opportunities. Any relevant amount of experience in analog circuit design and analysis would be an added advantage. Additional qualifications include:
- Track record of successful analog designs in high volume manufacturing
- Strong collaboration skills
- Ability to work with geographically dispersed team
- Experience in analog design and/or analysis tools including Radio Frequency (RF) simulators and Matlab*
- Strong background in high speed serial interfaces (2.5Gb/s is preferred)
- Experience writing Micro-Architecture Specifications (MAS), including initial block- level architectures and detailed electrical specifications
- Experience with high speed I/O, Very Large Scale Integration (VLSI) circuit layout, and Phased-Locked Loop (PLL) circuits
- Experience in integrating complex analog blocks in baseline digital process technologies to meet high-volume manufacturing quality standards
Oregon, Hillsboro
Texas, Austin
Arizona, Phoenix
California, Folsom
California, Santa Clara

