Embedded Systems Conference
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Content by IJD
IJD
Member Since: September 10, 2010
Author
Posts: 66

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66 items
Comment: Re: Speed Governors - IJD - 12/2/2015
Comment: Re: You could do better too - IJD - 10/19/2015
Comment: Re: You could do better too - IJD - 10/19/2015
Comment: Re: SOI on Rise - IJD - 10/16/2015
Comment: Re: Deja Vu - IJD - 9/25/2015
Comment: Re: EUV only helps China - IJD - 8/12/2015
Comment: Re: Soft controls - IJD - 7/15/2015
Comment: Re: FDSOI vs SOI FinFET - IJD - 7/3/2015
Comment: Re: Where are the gears? - IJD - 6/29/2015
Comment: Re: Is Moore's Law back? - IJD - 6/29/2015
Comment: Re: Is Moore's Law back? - IJD - 6/29/2015
Comment: Re: Is Moore's Law back? - IJD - 6/19/2015
Comment: Re: Is Moore's Law back? - IJD - 6/16/2015
Comment: Re: Is Moore's Law back? - IJD - 6/16/2015
Comment: Re: Is Moore's Law back? - IJD - 6/16/2015
Comment: Re: Is Moore's Law back? - IJD - 6/16/2015
Comment: Re: Is Moore's Law back? - IJD - 6/15/2015
Comment: Re: 14/10? - IJD - 4/30/2015
Comment: Re: Chillies....mmmmmm - IJD - 4/24/2015
Comment: Re: FDSOI - IJD - 4/7/2015
Comment: Re: FDSOI - IJD - 3/31/2015
Comment: Re: well done... but... - IJD - 3/19/2015
Comment: Re: FDSOI - IJD - 3/19/2015
Comment: Re: AKHO paper - IJD - 3/17/2015
Comment: Re: FDSOI - IJD - 3/16/2015
Comment: Re: FDSOI - IJD - 3/12/2015
Comment: Re: Double Patterning - IJD - 3/9/2015
Comment: Re: FDSOI - IJD - 3/5/2015
Comment: Re: cost per transistor - IJD - 2/24/2015
Comment: Re: cost per transistor - IJD - 2/24/2015
Comment: Re: cost per transistor - IJD - 2/23/2015
Comment: Re: FDSOI - IJD - 2/20/2015
Comment: Re: FDSOI - IJD - 2/20/2015
Comment: Re: FDSOI - IJD - 2/19/2015
Comment: Re: FDSOI - IJD - 2/5/2015
Comment: Re: Marconi would be proud - IJD - 10/23/2014
Comment: Re: DDC Reax? - IJD - 7/25/2013
Comment: Re: DDC Reax? - IJD - 7/24/2013
Comment: Re: DDC Reax? - IJD - 7/24/2013
Comment: Re: DDC Reax? - IJD - 7/24/2013


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As data rates begin to move beyond 25 Gbps channels, new problems arise. Getting to 50 Gbps channels might not be possible with the traditional NRZ (2-level) signaling. PAM4 lets data rates double with only a small increase in channel bandwidth by sending two bits per symbol. But, it brings new measurement and analysis problems. Signal integrity sage Ransom Stephens will explain how PAM4 differs from NRZ and what to expect in design, measurement, and signal analysis.

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