Custom design, in which the designer controls the physical structure of the chip, can greatly improve the speed, power, and delay of an ASIC chip without affecting design time. Through floorplanning and tiling data paths, the designer places the critical wires first, before the logic is placed

Custom design, in which the designer controls the physical structure of the chip, can greatly improve the speed, power, and delay of an ASIC chip without affecting design time. Through floorplanning and tiling data paths, the designer places the critical wires first, before the logic is placed

recovering flip-flop. Our chip comprises a dual-mode ASIC with two independent clock systems, one conven-tional and one energy recovering, and was fabricated in a 0.25µm bulk CMOS process. The ASIC computes a pipelined discrete wavelet transform with self-test and contains over 3500 gates. We have verified

ABSTRACT: The main objective of this paper is to design an ASIC and testing by different testable techniques. It contains two vital parts; one section is testable by using of controllability testing technique and the other is tested by logic BIST. Implementation of an innovative and interactive

of the development of a high-end network processing ASIC chip-set. The paper focuses on the synergetic use of the “dual design verification approach”, along with static verification methods in achieving defect free silicon. It also discusses the techniques employed for achieving faster and less-iterative timing

As the complexity of system design increases, use of pre-designed components, such as generalpurpose microprocessors, provides an effective way to reduce the complexity of synthesized hardware. While the design problem of systems that contain processors and ASIC chips is not new, computeraided

Abstract — This Paper basically studies the physical design implementation of torpedo processor which incorporates 32 macros in overall and 43000 cell instances.We had 5 clocks,3 propagated and 2 generated clock in a die size of 5.9 mm square which operated at a frequency of 400 megahertz having a supply voltage of 1.8 volts.The technology which we worked was 180 nm technology and working on the IC Compiler tool from synopsys and then moving on to static timing analysis part on the Prime time tool from synopsys and then further moving on to drc/lvs checking on the tool Calibre from mentor graphics. The foundry which supplied us the 180 nm technology documents was Jazz semiconductors INC.The earlier work on this project that were carried out were at different scenarios and hence the results were with different optimization,here in our study we had made a comprehensive and mature step to achieve the maximum optimization of the placement of the standard cells and therefore in our effort we had chosen the three scenarios for our thesis which were three operating conditions:function minimum, function maximum, CTS maximum. The temperature that we worked on the physical design implementation of this block level subsystem were-40 degree celcius, 25 degree celcius,125 degree celcius. The three scenarios supply voltages were 1.65 volts,1.8 volts and 1.9 volts respectively and the power dissipation was 300 milliwatts with a pre cts derate of 15 % and post cts derate of also 15 % respectively. The thesis was not so easy to carry out as we had several problems occurring at every step like the IR DROP was exceeding the limit which was provided as 5 % of the total VDD+VSS supposed to be within 90 mv also errors from routing congestion and DRC errors were prompt.

, which consists of eight utilities who sponsor the ABRM program. Following Mr. Eidson, Carl Vitalbo from Westinghouse provided a presentation on the ABRM program objectives, background, ASIC chip design features, and main board and personality module design. Mr. Vitalbo also provided the status

enumeration programs. Numerical results are presented on industrial ASIC chips with over two million logic gates. 1.

This paper presents the hardware architecture of a System on Chip (SoC) implemented in an ASIC. It has been designed for a wide range of applications and will be used in a power line modem. A set of reusable cells based on AMBA standard has been also designed, included memory, interrupt controller