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Showing posts with the label Standard Cell Design

VLSI ASIC library design Engineer Trainee at Exiger Technologies

Hello Dear Readers, Currently, at Exiger Technologies Bangalore vacancy for the VLSI ASIC library design Engineer Trainee role. Job description: We are looking for B Tech/M Tech EC/EE graduates from the year 2022 batch to be trained as Std cell/Memory design/AMS verification and characterization engineers. The selected candidates will undergo intense training in the above areas and will have opportunities to work in Advanced Technology Nodes. Please note that we are not considering 2023 graduates for these roles. Requirements: Should have consistently scored above 70% in the academic programs Candidates should have preferably done projects or trained in the VLSI domain such as Analog Design/Digital Design/Physical design Good in CMOS-based design, circuit analysis Apply Here Connect with me 1.Linkedln 2.Instagram 3.Facebook 4.WhatsApp

Exploring the Role of LEF Files in VLSI Chip Design: A Beginner's Guide

Hello Dear Readers, Today in this post, I will provide some deep insight into the LEF file role during the VLSI Chip Design process. In VLSI (Very Large Scale Integration) design, a LEF file is a file that contains information about the physical geometry of the standard cells used in a circuit. LEF stands for Library Exchange Format. A standard cell is a pre-designed logic cell that contains a specific function, such as a flip-flop or an AND gate. Standard cells are designed to be easily combinable and scalable to create more complex circuits. The physical geometry of each standard cell is defined in the LEF file. The LEF file contains information such as the width, height, and position of the pins and metal layers of each standard cell. It also contains information about the physical design rules that govern the placement of these cells on the chip. LEF files are important in VLSI design because they enable the interoperability of different design tools from different vendor

Field-Programmable Gate Arrays Engineer at Centum T&S

Hello Dear Readers, Currently, at Centum T&S vacancy for a Field-Programmable Gate Arrays Engineer role. About the job: Centum T&S is a Business unit of Centum Electronics Group offers a wide range of electronic and embedded systems design engineering services to Global Customers to help them realize complex products and sub systems. Centum T&S is an Electronics Design Center of Excellence, designing for mission critical projects in Aerospace/Space, Transportation, Medical Electronics, Defense Electronics etc. It has other design centers in the France, USA, Canada & Germany. The ideal candidate is a self-motivated, multi-tasker, and demonstrated team-player. You will be responsible for the delivery of the items assigned to you with quality and should interact with cross functional team and resolve the problem. You should excel in working with global stakeholders and have outstanding communication and leadership skills and report to the Project Manager. What You'll

What is Computer-Aided Design (CAD) Tools ? How it Help Us in the Integrated Circuit Production.

Hello Dear Readers, Today in this post I will provide some deep insight into Computer-Aided Design (CAD) Tools. So let's start. Computer-aided design (CAD) tools have advanced significantly during the past decade, and nowadays digital design is performed using a variety of software tools. Prototypes or even final plans can be created without discrete components and interconnection wires. Fig. 1 illustrates the steps in modern digital system design. Like any engineering design, the first step in the design flow is formulating the problem, stating the design requirements , and arriving at the design specification . The next step is to develop the design at a conceptual level, either at a block diagram level or at an algorithmic level. Fig. 1: Design Flow in Modern Digital System Design Design entry is the next step in the design flow. Previously, this would have been a hand-drawn schematic or blueprint. Now with CAD tools, the design conceptualized in the previous step need

ASIC Design Engineer at Juniper Networks

Hello Dear Readers, Currently, at Juniper Networks Banglore vacancy for an ASIC Design Engineer role. Job Description: “This position has the potential to be transferred to Juniper USA after completing one year of employment. The transfer will be subject to standard transfer eligibility requirements.” Juniper Development and Innovation (JDI) Silicon Development group is responsible for creating the custom chips that are at the heart of most of Juniper's products. JDI Silicon Team seeks ASIC Engineers to develop next generation of ASICs for new core routers, switches, and firewalls. Our Silicon team delivers on-time and error-free, high-performing, scalable, lowest cost, power efficient Silicon that is widely deployable and beats the competition. ASIC is the differentiator starting from our 1st router to our latest products. Our ASIC’s have been feature-rich without sacrificing in performance. We have developed 3 generations of high-end router chipsets. JUNIPER Silicon Team work

STANDARD CELL LIBRARY LAYOUT DESIGN - PART-2

Hello Dear Readers, Today in this second post we will discuss further standard cells. A standard cell consists of a set of transistors and their connections which implements a boolean logic or a storage function. Although it is possible to generate any boolean function using only a NAND (or a NOR) gate, the designs will be more area effective by including other logical gates in the library. The elementary gates such as Buffer, Inverter, NAND, NOR, XOR, and memory cells are often found in any standard library while the rich and fancy libraries contain additional gates with higher complexity such as adders and multipliers. The initial design of a standard cell begins with implementing the functionality of the Cell at the transistor level. The schematic view of a cell is used for this purpose. In addition, schematic views are widely used for simulating and debugging circuits. The schematic of a cell can be represented by symbol view which consists of the input and output ports of the

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