VLSI Projects ,VLSI stands for very large scale integration systems which integrate millions of electronic components in small area. We offer VLSI projects for ECE students to create IC and transistors based application projects. We ensure VLSI as emerging technology to create research in various applications. We develop latest IC and latest technology in VLSI […]

How to Implement VLSI Projects. Original VLSI Projects using VHDL Concepts. Create VLSI Projects for final year students. Innovative VLSI Projects List.

Modern ICs wouldn’t be possible without CMOS VLSI design. When you need to examine circuit functionality, you’ll need to simulate your circuits.

How to Implement VLSI Projects. Original VLSI Projects using VHDL Concepts. Create VLSI Projects for final year students. Innovative VLSI Projects List.

Here is the list of the top 30 Best VLSI-Based Project Ideas for Engineering Students brought to you by Listyaan. VLSI Project Ideas for B-Tech,

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Hardware description language (HDL) plays a vital role in very large scale integration (VLSI). HDLs looks much like a programming language C. HDL is textual description of an electronic circuit or electronic chip. In other words HDL is used to describe hardware in terms of expressions and statements, control structures. HDL is concurrent (all parts work at the same time)whereas traditional software is sequential. HDL is real time sensitive unlike software. HDL also allows for the compilation of an HDL program into a lower level specification of physical electronic components, such as the set of masks used to create an integrated circuit. HDL has ability to describe and simulate at behavioural, structural and mixed level. From above description we can say that HDL form an integral part of electronic design automation system, specially for complex circuits such as microprocessor. Now we will know more about HDLs. There are two types of HDL which is supported by IEEE. They are VHDL ( Very high speed integrated circuit HDL) and Verilog HDL. These language are used in electronic devices that do not share computer’s basic architecture. For high level modeling VHDL is better while Verilog is better for gate level modeling and switch level modeling. VHDL is not case sensitive while Verilog is case sensitive. Verilog is similar to C or PASCAL language while VHDL is similar to ADA programming language in syntax. VHDL is more complex then verilog. VHDL has the advantage of having a lot of constructs that aid in high level modeling. Verilog is easy to understand and easy to design. VHDL is different from Verilog in terms of signal assignment, interface declaration, in RTL assignment. Verilog is much better then VHDL below the RTL level. VHDL and Verilog is equivalent for RTL modeling. But the bottom line is that we should know both. Verilog-HDL Tags : HDL, Verilog , VHDL , RTL , FPGA Vs ASIC , Verilog Training Author - Trisha Jain (Intern at Silicon Mentor)

[vc_row][vc_column][vc_custom_heading text=”Online course in Systemverilog for functional verification” use_theme_fonts=”yes”][vc_tta_tabs style=”modern” active_section=”1″][vc_tta_section title=”Overview” tab_id=”1541971500613-0ec4fc59-2bfc”][vc_column_text]Online course in SystemVerilog for Functional Verification is a 12 weeks course structured to enable engineers develop their skills in full breadth of systemverilog features. VT-SVO course covers all aspects of functional verification including constrained random verification, assertion based verification and coverage driven […]

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Spintronics is a technology that utilizes nano magnets’ spin direction as the state variable. Spintronics has unique properties over CMOS, including nonvolatility, lower device count, and the potential for non-Boolean computing architectures. Spintronics devices’ nonvolatility enables instant processor wake-up and power-down that could dramatically reduce the static power consumption. Furthermore, it can enable novel processor-in-memory or logic-in-memory architectures that are not possible with silicon technology. Although in its infancy, research in spintronics has been gaining momentum over the past decade, as these devices could potentially overcome the power bottleneck of CMOS scaling by offering a completely new computing paradigm. Power Etching Process for Spin Electronics Devices In recent years, progress has been made toward demonstration of various post-CMOS spintronic devices including all-spin logic, spin wave devices, domain wall magnets for logic applications, and spin transfer torque magnetoresistive RAM (STT-MRAM) and spin-Hall torque (SHT) MRAM for memory applications. However, for spintronics technology to become a viable post-CMOS device platform, researchers must find ways to eliminate the transistors required to drive the clock and power supply signals. Otherwise, the performance will always be limited by CMOS technology. Other remaining challenges for spintronics devices include their relatively high active power; short interconnect distance, and complex fabrication process. Electronics research focuses on magnetic materials Tags: CMOS PMOS FPGA ASIC HDL Author - Akash Kumar (Design Engineer at Silicon Mentor)

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VLSI Project Ideas are found in our real-time applications such as smartphones, etc. It is VLSI system is the basis of all microchips, integrated circuits.

Very-large-scale integration (VLSI) is the process of creating an integrated circuit (IC) by combining thousands of transistors into a single chip. Read more..

Speech Recognition is the process in which words of a speaker will be automatically recognized as text or some predefined instruction or code based upon the information included in individual speech waves. A robust speech-recognition system combines accuracy of speech identification with the ability to filter out noise and adapt to other acoustic conditions, such as the speaker’s speech rate and accent. Speech-recognition technology is nowadays embedded in voice-activated routing systems at customer call centers, voice dialing on mobile phones, transcription (voice to text), managing stuff (creating voice commands),web search, GPS navigation, vending machines, smart homes and many other everyday applications. ASR System can be: Speaker dependent, Speaker independent, Isolated Word, Limited Vocabulary, Continuous Speech, Unlimited Vocabulary. Products Used include: ■ MATLAB© ■ Data Acquisition Toolbox™ ■ Signal Processing Toolbox™ ■ Statistics Toolbox™ ■ ASR System Overview: The basic workflow is demonstrated considering an isolated; speaker dependent digit recognition system. It comprise of three steps: ■ Speech acquisition For training, speech is acquired from a microphone and brought into the development environment for offline analysis. For testing, speech is continuously streamed into the environment for online processing. Data Acquisition Toolbox™ is used to set up continuous acquisition of the speech signal and for simultaneous extraction of frames of data for processing. Speech processing includes: Pre-emphasis (Flatten the magnitude spectrum), Frame Blocking (Speech is short term predictable), Windowing (Remove the discontinuities at the beginning and the end of each frame). ■ Speech analysis Developing a Speech-Detection Algorithm : The speech-detection algorithm is developed by processing the prerecorded speech frame by frame within a simple loop. Developing the Acoustic Model : A good acoustic model should be derived from speech characteristics that will enable the system to distinguish between the different words in the dictionary. ■ User interface development After developing the isolated digit recognition system in an offline environment with pre-recorded speech, we migrate the system to operate on streaming speech from a microphone input. We use MATLAB GUIDE tools to create an interface that displays the time domain plot of each detected word as well as the classified digit (Figure1). Speech Recognition Author - Sushant shama (Research Associate at Sillicon Mentor)

We can easily feel the rapid change in the technology day by day. As we all trying to digitalize everything to make our life much and more simpler. Various developing companies are trying their best to develop user friendly gazettes that must be so small as well as cost efficient that can be easily come under the common man reach. Developers are trying to put lots n lots of components on small integrated chip. Hence, Developers had introduced a concept of ‘Built-in Self-Test’, to test the proper functioning of these chips components. So that, finally when that IC comes in the hand of common man in form of gazette, he can make its uninterrupted use. Basically, concept of Built-In Self-Test came into picture, when an idea of not using an external circuitry just for testing the proper functioning of all IC components strikes in developers mind. According to this concept, any external circuit is not needed to test the IC. We use to develop an algorithm in such a manner, that will itself check the outputs of a test pattern generator, with this idea, that on applying that TPG output as an input of any circuit under test, we’ll get the desired result or not. BIST is not limited up to this only but also capable of finding our design’s efficiency, in terms of fault coverage, that how much number of faults our design has detected. Fault refers to those inputs, on which our CUT doesn’t give desired output. It’s very simple approach of BIST, Design for test is developed in which, a comparator used to detect the fault, by comparing the patterns of faulty CUT with non faulty or reference CUT. In this sequence, a slight change is done in the functionality of CUT. Then, finally comparator used to match each bits of both reference circuit and faulty CUT. Previously knowing the total number of faults, this DUT can easily find out the fault finding efficiency of whole design. Basic Architecture of BIST Author - Akash Kumar (Research Associate at Silicon Mentor)