Dissertation
Dissertation > Industrial Technology > Radio electronics, telecommunications technology > Microelectronics, integrated circuit (IC) > ASIC

The Synthesis Implementation and Verification of Bluetooth Chip

Author DingXia
Tutor LiYueJin
School Xi'an University of Electronic Science and Technology
Course Microelectronics and Solid State Electronics
Keywords Logic synthesis Scan chain Placement and routing Equivalence checking
CLC TN492
Type Master's thesis
Year 2009
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The increasing scale of the integrated circuit and the continuous progress of the integration process , put forward higher requirements on the design of integrated circuits . In deep sub-micron technology , and increased the proportion of the total delay due to interconnect delay connection spacing and supply voltage decreases , making the timing , signal integrity problems become major factors affect IC backend design . How to predict the true reflection of the deep submicron effects need a simple , repeatable , defined back-end design process . The paper analyzes the principles and logic synthesis combinational logic optimization and sequential logic optimization algorithm to use BlastCreate Bluetooth chip logic synthesis , setup time is not contrary to the phenomenon , combined with the structural characteristics of the chip developed to meet the design requirements of the Comprehensive constraints ; details the to adopt BlastFusion Bluetooth chip layout design process , including chip floorplanning and power / ground planning , layout , clock tree synthesis and routing steps such Bluetooth chip placement and routing strategies , determine the size of the chip is 8.4 square millimeter ; detailed study of the three chip back-end design verification technology , the Onespin 360 EC equivalence checking using PrimeTime static timing analysis and using the Calibre physical verification . The verification results show that to netlist correctly describe the function of the RTL code , setup time , hold time and transition time to meet the timing requirements , the physical connection relationship right , meet the requirements of the design rules .

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