Abstract: For over years, parallel I/O schemes ruled the chip to chip, board to board or backplane communication. Parallel I/O had to experience performance issues like crosstalk, signal integrity and increased skew after passing certain I/O clock-frequency rates [1]. Also parallel I/O methods increased the complexity of the hardware (high pin count, more wires) and made bandwidth sharing inevitable. In many new communication protocols serial data transmission has become very common due to low pin count (reduced cost). Serial transmission methods can also transmit at much higher clock rates per bit transmitted, thus outweighing the parallel transmission method. This paper contains the implementation of high-speed serial transmission on multi-gigabit serial I/O regulated by the Aurora protocol without channel bonding, supporting results and future scope of multi-gigabit designs.
Keyword: Serial I/O, Aurora protocol, multi-gigabit serial I/O
Title: IMPLEMENTATION OF HIGH-SPEED SERIAL I/O OVER DUAL INDEPENDENT AURORA LANES/CHANNELS OF SAME GTX DUAL TILE USING AURORA PROTOCOL
Author: Jeevan Reddy Mandali, Sudeshna Roy, G.Chandana
International Journal of Thesis Projects and Dissertations (IJTPD)
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