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Professional Biography:

Brady Volpe

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Brady Volpe is currently the Director of Process and Technology Engineering for JDS Uniphase joined in September of 2008. Previously, Mr. Volpe was Vice President of Engineering and Technology for Sunrise Telecom where he managed all facets of the company’s global intellectual property, R&D, product development and procurement processes. With more than 16 years of broadband cable industry experience, Mr. Volpe is a principal authority on DOCSIS®, PacketCable™, RF, and fiber optic transport. He joined Sunrise Telecom in 2005 as vice president advanced technology solutions where he guided strategic product development and product roadmap initiatives, and was promoted to the VP Engineering and Technology role in 2007.

Prior to Sunrise Telecom, Mr. Volpe worked with Filtronic Sigtek, Inc. as Director Technical Marketing & Sales, where he developed and drove the industry debut of a DOCSIS protocol analyzer. The first portable DOCSIS analyzer for the broadband industry capable of analyzing both the upstream and downstream DOCSIS signal. Previously he was Director of Engineering State College, PA and Santa Clara, CA and Site Executive of Santa Clara, CA with C‐COR Incorporated (now Arris) where he led engineering and telecommunications equipment development for all of the company’s facilities. He began his Broadband career with C-COR as a Product Engineer and earned successful promotions to Manager Technology Center transforming it into a leading edge research department and then Director Test Engineering where he increased test throughput by 400% enabling C‐COR to experience the highest manufacturing output in its history through automation of RF and fiber optic test stations in its Pennsylvania and Mexico manufacturing plants. Upon successfully developing this group he was then promoted into the Director of Engineering position and subsequently given added responsibilities for the Santa Clara Facility as site executive.

A highly respected speaker, Mr. Volpe is a frequent presenter at industry trade shows, conferences and regional seminars. He has published numerous articles in world wide trade journals and authored several white papers on DOCSIS protocol and VoIP test and analysis. Mr. Volpe lends his expertise to industry associations and protocol bodies and is often sought out as an authority on DOCSIS, PacketCable, and VoIP.

Mr. Volpe earned his master’s degree in electrical engineering, graduating with Honors (4.0) from John Hopkins University Applied Physics Laboratory in 2004. He received his bachelor’s degree in electrical engineering from Pennsylvania State University. Throughout his studies, Mr. Volpe focused on advanced telecommunications.

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  • Archives

    • October 2009
    • July 2009
    • April 2009
    • March 2009
    • February 2009
    • January 2009
  • RSS Communications Technology – Tech Talk

    • Broadband: Total Power, Part 2 November 1, 2008
      If the goal is to combine carrier-to-noise ratios (CNRs), we have to tweak the formulas discussed in last month's column slightly. For example, when combining multiple identical CNRs, the first formula's plus sign is changed to a minus sign. CNRt = x - 10log(n) where x is the CNR, and n is the number of...
    • Broadband: Total Power October 1, 2008
      The DOCSIS Radio Frequency Interface Specification includes a summary of assumed downstream and upstream RF channel transmission characteristics, parameters that effectively define what a DOCSIS-compliant cable network is. That same document includes other performance parameters for the cable modem...
    • Broadband: How Fast Is RF? September 1, 2008
      Maybe a better question is, "What's the speed of an electromagnetic signal in a vacuum?" After all, what we call RF refers to signals in the lower frequency or longer wavelength part of the electromagnetic spectrum. Light is an electromagnetic signal, too, existing in the higher frequency or...
    • Broadband: Big Numbers, Small Numbers June 1, 2007
      Ours is a world of numbers, and in cable we tend to use a lot of really big and really small numbers. Fortunately, there are several ways to simplify how we describe those numbers, which I'll get to shortly. In reality, it's hard to grasp just how big or small numbers can be. Consider the number 1,000,000...
    • Digital Transmission, Part 1 June 1, 2007
      Find out exactly what the CMTS upstream SNR estimate is - and what it is not....
  • Articles & Publications

    • DOCSIS 3.0 Dowstream Bonding Issues
    • DOCSIS Cable Modem Registration Process
    • Is your DOCSIS Network Ready for VoIP?
    • Speeding Upstream DOCSIS 3.0 Tips
    • When RF and IP Clash – The Realm of DOCSIS and VoIP Troubleshooting
  • Blogroll

    • CableLabs Main Website
    • DOCSIS 2.o RF Interface Specification
    • DOCSIS 3.0 PHY Specification
    • JDSU Test and Measurement
  • Tags

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  • Copyright Notice

    © Brady Volpe and bradyvolpe.com, 2009. Unauthorized use and/or duplication of this material without express and written permission from this blog’s author and/or owner is strictly prohibited. Excerpts and links may be used, provided that full and clear credit is given to Brady Volpe and bradyvolpe.com with appropriate and specific direction to the original content.

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