By Sudeep Pasricha
Over the last decade, system-on-chip (SoC) designs have advanced to handle the ever expanding complexity of purposes, fueled via the period of electronic convergence. advancements in procedure know-how have successfully gotten smaller board-level parts to allow them to be built-in on a unmarried chip. New on-chip conversation architectures were designed to aid all inter-component verbal exchange in a SoC layout. those conversation structure materials have a severe effect at the energy intake, functionality, price and layout cycle time of contemporary SoC designs. As program complexity lines the verbal exchange spine of SoC designs, educational and business R&D efforts and funds are more and more interested in verbal exchange structure layout. This e-book is a entire reference on innovations, study and developments in on-chip conversation structure layout. it's going to supply readers with a entire survey, no longer on hand in different places, of all present criteria for on-chip verbal exchange architectures. KEY positive factors* A definitive consultant to on-chip conversation architectures, explaining key recommendations, surveying learn efforts and predicting destiny tendencies* distinct research of all well known criteria for on-chip conversation architectures* finished survey of all examine on verbal exchange architectures, overlaying quite a lot of themes correct to this sector, spanning the earlier a number of years, and recent with the most up-tp-date examine efforts* destiny tendencies that with have an important impression on examine and layout of communique architectures over the following a number of years
Read or Download On-Chip Communication Architectures: System on Chip Interconnect (Systems on Silicon) (Systems on Silicon) PDF
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Extra resources for On-Chip Communication Architectures: System on Chip Interconnect (Systems on Silicon) (Systems on Silicon)
Dally, “Computer architecture is all about interconnect,” in 8th International Symposium on High-Performance Computer Architecture, Cambridge, MA, 2002. 15 This page intentionally left blank CHAPTER Basic Concepts of Bus-Based Communication Architectures 2 Buses are one of the most widely used means of communicating between components in a system-on-a-chip (SoC) design. The simplicity and efﬁciency of transferring data on buses has ensured that they remain the preferred interconnection mechanism today.
Also note that in the case where only one master is connected to the bus, arbitration is not needed since there is no possibility of simultaneous bus transfers. In such a case, the ﬁrst two cycles (bus request and grant) are absent and the data transfer will take only two cycles. , when there are multiple masters connected to the bus), the arbiter takes multiple cycles to decide which master to grant bus access to, as discussed earlier. Such a scenario is possible when the arbiter makes use of a complex arbitration scheme, such as the DP-based one; or for the case when the bus clock frequency is so high that it takes multiple clock cycles for the arbiter to get a response from its chosen arbitration scheme.
3 Burst Transfer We saw in Fig. 6 that multiple data transfers from the same master required arbitration for every individual data transfer. The burst transfer mode improves bus performance by requesting arbitration only once for multiple data transfers. 8(a) shows an example of a non-pipelined, burst data transfer by a master. The scenario depicted has a master needing to write four data items to a slave on the bus. At the beginning of the ﬁrst cycle, a master requests access to the bus for a “burst” of four data items, and is granted the access by the arbiter at the beginning of the second cycle.