Matlab is matrix laboratory. It is a tool used to make several arithmetic and logical operations on signals.Its uses are vital in signal processing domain. VLSI chip design mainly concentrates on designing a chip or IC. The IC so designed can be used for several purposes like embedded systems, robotics, signal processing etc.. Hence, as a whole there need not be a specific comparison between these two.
Chip Designing: Chip Designing is how to built a Chip means what are the Steps involved and how to make a chip from Concept,Architecture,Follow Chip Design Flow and Fabricate in a Foundry for a specific process. An Analogy is mentioned to understand the chip designing concept with an well known architecture(Building) and Detailed explanation on the VLSI(Very large scale integration) Flow (what is the methodology involved in chip dEsigning). Chip Programming : Configuration of the Chip can be modified dynamically using Fusing or some other methods.
how to make a chip ---- vlsi how to use a chip ---- embedded systems
One of the differences is with respect to chip. VLSI- How to develop a chip Embedded- How to use the chips to produce an efficient system. VLSI - measurement of complexity of chip in terms of number of transistors in one circuit/chip Embedded is a computing platform that is formed by using proper logic to put together n number of VLSI
sum of the applications of VLSI are chip like microcontroller,microprocessor,mobile etc
VLSI abbreviates to Very Large Scale Integration. VLSI is a chip design flow, to design Integrated circuits or IC chips. The chip in the mobile phone will enable functionality like Digital Signal Processing[DSP], Base band processing, Security, communication protocols like GSM/CDMA ...
No single individual, no single company. VLSI was just one of the steps in the process of the industry learning how to squeeze more components on each chip. It is long obsolete.
channel length below the gate
VLSI stands for Very Large Scale Integration. LSI stands for Large Scale Integration. In LSI for example a chip has 1000 transistors in 1 sq cm , then in VLSI it will have more than 1 million transistors in the same space.
VLSI deals with fabrication of an IC (integrated circuit) or a chip. The design and fabrication of an IC is vital in prototyping any system. In order to implement any application, the basic requirement is an IC. Hence, VLSI which is used to fabricate bulk number of ICs is becoming popular.
Earlier, signal processing was mainly dealt with MATLAB and Simulink. DSP processors were used to process those signals. But now, VLSI platform such as FPGA and CPLD are used for the same purpose. Design and implementation of signal processing on FPGAs and CPLDs is the latest research in VLSI signal processing. Even in this domain, speech processing is mainly researched now.
Engineers and researchers might choose to work in VLSI technology for various reasons, such as: Miniaturization: VLSI allows for the creation of smaller and more compact electronic devices, leading to advancements in portable electronics and miniaturized components. Increased Functionality: With the integration of a large number of transistors on a single chip, VLSI technology enables the development of highly functional and versatile electronic systems. Performance Enhancement: VLSI technology contributes to the improvement of the performance of electronic devices, enabling faster processing speeds and more efficient operations. Power Efficiency: By designing circuits at the nanoscale level, VLSI technology helps in creating energy-efficient devices, reducing power consumption in electronic systems. Innovation in Electronics: Researchers in VLSI contribute to technological innovation by developing new architectures, design methodologies, and fabrication techniques, pushing the boundaries of what is possible in electronic systems. Career Opportunities: Professionals working in VLSI technology often find rewarding career opportunities in industries related to semiconductor manufacturing, chip design, and electronic product development. Technological Advancements: Continuous advancements in VLSI technology drive the progress of the entire electronics industry, leading to the creation of more advanced and sophisticated devices. Individuals may be drawn to VLSI technology for a combination of these reasons, depending on their interests, skills, and career goals. It's a dynamic field that plays a crucial role in shaping the future of electronic devices and systems.
"VLSI" stands for Very Large Scale Integration. VLSI(VERY LARGE SCALE INTEGRATION) VLSI is the process of creating integrated circuit by combining thousands of transistors into a single chip. In other words VLSI is the field which involves packing more and more logic devices into smaller and more smaller areas. for more read please click at given link :- http://www.electronicsgyan.com/introduction.aspx if you have any query post your question at given link :- http://www.electronicsgyan.com/PostForum.aspx?name=VHDL