High-Speed Electrical Interfaces：目前仅见最详细高速背板设计资料

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to case studies that include  the multi-Gb/s serial and parallel chip-to-chip interfaces, Gigabit and  10-Gigabit Ethernet over copper, VDSL (and possibly 10Gig optical).

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to case studies that include  the multi-Gb/s serial and parallel chip-to-chip interfaces, Gigabit and  10-Gigabit Ethernet over copper, VDSL (and possibly 10Gig optical).

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to case studies that include  the multi-Gb/s serial and parallel chip-to-chip interfaces, Gigabit and  10-Gigabit Ethernet over copper, VDSL (and possibly 10Gig optical).

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to case studies that include  the multi-Gb/s serial and parallel chip-to-chip interfaces, Gigabit and  10-Gigabit Ethernet over copper, VDSL (and possibly 10Gig optical).

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to case studies thatinclude  the multi-Gb/s serial and parallel chip-to-chip interfaces,Gigabit and  10-Gigabit Ethernet over copper, VDSL (and possibly 10Gigoptical).

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to case studiesthatinclude  the multi-Gb/s serial and parallel chip-to-chipinterfaces,Gigabit and  10-Gigabit Ethernet over copper, VDSL (andpossibly 10Gigoptical).

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to case studiesthatinclude  the multi-Gb/s serial and parallel chip-to-chipinterfaces,Gigabit and  10-Gigabit Ethernet over copper, VDSL (andpossibly 10Gigoptical).

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to case studiesthatinclude  themulti-Gb/s serial and parallel chip-to-chipinterfaces,Gigabitand  10-Gigabit Ethernet over copper, VDSL (andpossibly 10Gigoptical).

smaa

2004 Berkeley Course ???????
EE290C: High-Speed Electrical Interfaces

whatif

The  course covers the system and design issues relevant to high-speed electrical  (and optical, if time permits) signaling.
We start with the basics of channel properties, modeling, measurements,  and communications techniques.
Circuit design of main components is covered in detail.
The system design issues such as planning and budgeting are presented.
A large portion of the class is devoted to casestudiesthatinclude  themulti-Gb/s serial and parallelchip-to-chipinterfaces,Gigabitand  10-Gigabit Ethernet over copper,VDSL (andpossibly 10Gigoptical).