Home > Optichron Salary

Optichron Salary

  • 73
  • 17
  • 75
Optichron average salary is $72,000, median salary is $72,000 with a salary range from $72,000 to $72,000.
Optichron salaries are collected from government agencies and companies. Each salary is associated with a real job position. Optichron salary statistics is not exclusive and is for reference only. They are presented "as is" and updated regularly.
Low
72,000
Average
72,000
Median
72,000
High
72,000
Total 1 Optichron Salaries. Sorted by Date, page 1
Ranked By:
Job Title Salaries City Year More info
Marketing Manager 72,000-72,000 FREMONT, CA, 94538 2013 Optichron Marketing Manager Salaries (1)
Optichron FREMONT, CA Salaries
Calculate how much you could earn

It's FREE. Based on your input and our analysis.     How we do it?

All fields are required for calculation accuracy.

  • We will send you an email to access your personalized report.
  • We won’t share your email address

Optichron salary is full-time annual starting salary. Intern, contractor and hourly pay scale vary from regular exempt employee. Compensation depends on work experience, job location, bonus, benefits and other factors.

Real Jobs Salary - Salary List
Calculate Your Salary Ranking
Optichron Jobs
See more Optichron Jobs»
Search All Jobs

JobCompare – Find open jobs faster
Patents information
111

All Patents

27

Grant Patents

84

Patents Pending

24

Patents Families

More Recent
Optichron... Information
  • Optichron Inc
  • Industry: Semiconductors
  • City: Fremont, CA
  • Optichron is committed to staying at the forefront of innovation by applying our fundamental advancements in nonlinear signal processing to create practical and high -performance mixed-signal integrated circuit products for signal processing applications. Our revolutionary Turbolinear? technology, the core of all Optichron products, boosts signal fidelity and bandwidth to improve system performance. This technology enables system designers to build next-generation products with unprecedented benefits including significantly higher performance, lower cost and lower power dissipation. The Problem: Nonlinear DistortionElectronic signals are ubiquitous in our modern lives, from communications and medical imaging to computing and home entertainment. Yet due to the phenomenon