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Discover the latest in design innovation, workflow hashtag #automation, and engineering productivity with Keysight EDA’s quarterly customer journal, SHIFT LEFT. This resource is designed to provide practical insights across various domains in electronics hashtag #engineering and EDA, helping you stay ahead. Each issue aims to offer valuable takeaways that you can apply immediately to enhance your role as an engineer, engineering manager, or hashtag #technology leader. Explore the newest issue today! https://ow.ly/OR6P50Trl2c Activate to view larger image,

Hello connections I have obtained a new certification : "Design Verification" using Siemens EDA tools from #CoreEL Technologies! 🌊Basic use of EDA tool is: EDA tools are used to design and validate the semiconductor manufacturing process to ensure it delivers the required performance and density. 🌊Siemens EDA used for: EDA is software and specialized hardware electronic engineers use for the design, verification, manufacturing and testing of electronic systems (ICs and PCBs) that power data communications. #Design_Verification #EDA_tool

My article in DN is slightly dated but confirmed the ongoing movement to the left for EDA tools and system-of-systems modeling in general. https://lnkd.in/gWJijzwR

Understanding UART in Automotive Engineering. In the world of automotive engineering, communication between various electronic components is crucial. One of the essential communication protocols used is UART (Universal Asynchronous Receiver/Transmitter). Let's dive into its significance and key features. 🔰 UART Network: The UART network facilitates communication between two devices. The basic connections include: ✅️TX (Transmit): Sends data to the RX pin of the receiving UART. ✅️ RX (Receive): Receives data from the TX pin of the transmitting UART. ✅️ GND (Ground): Provides a common ground reference. 🔰 Key Features of UART: hashtag #Hardware: ✅️Asynchronous Serial Communication: Operates without a synchronized clock signal, allowing flexible timing. ✅️ Input Output Pin (Push-Pull): Facilitates data transmission and reception on a single line. ✅️One Transmission Line (TX) & One Reception Line (RX): Simplifies the connection. ✅️ Custom Clock/Baud Rate Speeds Supported: Enables versatile communication settings. 🔰Clock Speed: ✅️Low Speed: 1.1 kHz to 12 kHz, 110 bps to 1200 bps. ✅️ Medium Speed: 24 kHz to 96 kHz, 2400 bps to 9600 bps. ✅️ High Speed: 192 kHz to 576 kHz, 19200 bps to 57600 bps. ✅️ Very High Speed: 1.152 MHz to 9.21 MHz, 115200 bps to 921600 bps. 🔰 Data Frame: ✅️ Start Bit: Indicates the start of a data frame. ✅️ Stop Bit: Indicates the end of a data frame. ✅️ Data Bits: 5-9 bits, depending on configuration. ✅️ Parity Bit: Optional bit for error detection. 🔰Protocol: ✅️ Flow Control Mechanism: Manages the data transmission rate between transmitter and receiver. ✅️ Clock Frequency & Baud Rate: Defines the number of bits per second. ✅️ Custom and Standard Baud Rate Support: Accommodates various communication requirements. 🔰 UART Frame: A typical UART frame includes: ✅️ Start Bit: Begins data transmission. ✅️ Word Data: 5-9 bits of actual data. ✅️ Parity Bit (Optional): Used for error checking. ✅️ Stop Bit: Ends the transmission. The simplicity and versatility of UART make it an invaluable protocol in automotive applications, from engine control units (ECUs) to infotainment systems. #AutomotiveEngineering #EmbeddedSystems #UART #SerialCommunication #AutomotiveTechnology #Electronics #DataTransmission #Engineering #TechInnovation #AutomotiveNetworking #ElectronicsEngineering #EngineeringEducation #AutomotiveIndustry #TechExplained

Semiconductor Engineering #Semiconductor,#ICDesign,#FabricationTechnology,#WaferFab,#ChipDesign,#IntegratedCircuits #Cleanroom,#ElectronicsEngineering,#Nanotechnology,#AdvancedPackaging,#ProcessIntegration #YieldEnhancement,#TestandMeasurement,#EmergingTechnologies,#Microelectronics

HCLTech, with over two decades of engineering excellence, is a leader in the semiconductor sector, providing clients with custom solutions. Our enduring strategic partnerships with leading OEMs and active participation in industry forums grant us unmatched expertise throughout the IC manufacturing process. Highlights: - Over 24 years of collaboration with premier semiconductor firms - The largest team of engineers and SMEs in the semiconductor field, numbering over 2,900 - Collaborations with 6 out of the top 10 OEMs - More than $10M invested in customer labs, clean rooms, and solution frameworks Elevating Your Semiconductor Experience Our extensive semiconductor engineering solutions are crafted to adapt to the industry's changing demands. By harnessing our profound domain knowledge and cutting-edge business models, we offer solutions that propel our clients to the technological vanguard. Our Extensive Services: Mechanical/Manufacturing Engineering Services: - Engineering of equipment subsystems - Product design, ECN/ECO, automation, NPD, VAVE - Cost reduction strategies, obsolescence management, sourcing, EOL management, and prototyping Electrical Engineering Services: - System design, product updates, control systems, and power electronics - ECO, BOM, NPI, test validation, and obsolescence engineering Software Engineering Services: - Development and validation of software, control system software - Sustenance engineering, Level 3 support, and simulator development - Test automation, DevOps, performance engineering, and product testing Value-Added Services: - Facilities for clean rooms and ATE labs - AR/VR training, data analytics, AI/ML applications, DevOps - Predictive maintenance, Industry 4.0 solutions, PLM on cloud, cybersecurity, and sustainability initiatives Fab Services: - Legacy support, Overall Equipment Effectiveness (OEE), and automation tools - Strategies for yield optimization, https://okt.to/EXZ9JI #HCLTech #SuperchargingProgress #Semiconductors #SemiconductorEngineering #Innovation #HCLTech #EngineeringExcellence #FutureOfSemiconductors #Industry40 #AI #IoT #DigitalTransformations

Department of Electronics and Communication Engineering organizing a Webinar on "Career Path in the Field of Embedded and Automotive" on 9/1/2024. #pescollegeofengineering #pesmandya #pesce #pescemandya #webinar #techtalk #electronics #ece #communication #careerpath #embedded #automotive #Industryexpert

Unlock Innovation with GB Electronics Full Product Design 🚀   At GB Electronics, we transform your ideas into market-ready products. Our comprehensive design process spans from concept to final assembly, ensuring innovative, tailored solutions for industries like healthcare, consumer, industrial, B2B, data logging, Raspberry Pi and beyond. 🌟 We collaborate with you every step of the way to understand your values and unique product needs. With over 25 years of industry experience, we bring deep technical knowledge and practical expertise to enhance your product's performance and reliability. 💡 🔍 Our Process:  • Discover: Explore opportunities and gain deep insights.  • Define: Craft detailed specifications approved by you.   • Ideate & Prototype: Explore and test solutions, leveraging our expertise.  • Compliance & Delivery: Ensure quality and regulatory adherence. 🔧 Services:  • Electronics Design  • Mechanical Design  • Software Development  • Embedded Firmware  • Compliance Partner with us for a seamless journey from ideation to reality. Let's innovate together! 🤝 #GBE #ProductDesign #ProductDevelopment #DesignProcess #Innovation 

Safety 101: Managing Semiconductor Obsolescence The IC manufacturer may be willing to offload production of an older part in order to service customers without investing the resources required to continue production. By working with a partner, OEMs can get a source for semiconductor devices manufactured using the same supply chain (wafer foundry, OSAT) and tooling as the original manufacturer. The resulting product has the same form fit and function as the original device. The benefits are measurable: * The OEM can continue to get the components they need to avoid a complicated and costly redesign of the end product. * The OEM has access to data sheet compliant semiconductor components for years into the future. Longevity of supply is critical for many aerospace and defense, industrial and automotive uses. * The OEM avoids the delays and costs involved in redesign or qualifying alternative components. As a downside, the cost of the devices may be higher under an extended manufacturing model. However, when compared with the time and resources involved in a redesign extended manufacturing is a better solution. In the absence of drop-in replacement or secondary source of supply, extending manufacturing is a compelling alternative for long-term semiconductor device supply. FOR ENGINEERING SERVICES CONTACT ELECTRONIC INTERCONNECT ENGINEERING (EIE). Phone: +92 310 5387843 Email: info@eiengineering.pk Website: eiengineering.pk #ebike #science #technology #engineering #mechanicalengineering #physics #mathematics #robot #innovation #tech #ai #artificialintelligence #drone #technology #pcbmanufacturing #pcbassembly #pcbdesign #productdesign #productdevelopment #gadget #idea #future #google #work #car

With a constant focus on research and development, the semiconductor market is evolving fast. For our OEM customers, short time-to-market is crucial. At NTS we recognize that they must adapt quickly, so we combine our experience and expertise to accelerate their success. Our knowledge in disciplines such as cleanliness, mechanics, mechatronics, optics and precision work, together with our focus on development & engineering and early involvement, ensures that we add value to our customers work. Are you curious to learn more about our approach in the semicon market? Discover it on: https://lnkd.in/ey9pGSyU #NTS #Semiconductor #Partnership #OEMs #Acceleratingthefuture