With the popularization of automotive electrification and related products, SiC products are more widely used in these fields. This seminar mainly introduces Microchip's latest mSiC™ products and their typical reference solutions and application cases in electric travel applications. Through this seminar, you will fully understand how to use Microchip SiC products to achieve more reliable and durable application designs.
Total of 1 lessons36 minutes and 45 seconds
The fourth industrial revolution, or Industry 4.0, has ushered in a new era of innovation and development, with advanced applications that require the flexibility of the Linux® operating system (OS) and the determinism of real-time systems to control hardware. Typical symmetric multiprocessing (SMP) implementations ensure operating system flexibility, but are insufficient for developing deterministic real-time systems. Competitive products that implement asymmetric multiprocessing (AMP) generally use complex multi-cluster architectures and bring many design challenges.
Total of 1 lessons31 minutes and 15 seconds
In the era of edge data explosion, data processing speed on edge devices is getting faster and faster. What kind of solution can combine the reprogrammable characteristics of a microprocessor with the hardware computing performance advantages of a specific special-purpose chip ASIC? This will be a topic worth exploring in future edge computing. We will delve into the positioning of FPGAs in the market and compare them with the architecture of general-purpose microcontrollers (MCUs). The role of Microchip FPGA in edge computing will also be discussed, the advantages of FPGA's low power consumption in edge computing applications, and some successful cases will be introduced.
Total of 1 lessons35 minutes and 55 seconds
This workshop covers code proofs, runtime proofs, and an overview of OEM best practices. Microchip will show you how to securely develop and sign an image file, then receive and authenticate the image file on the client.
Total of 1 lessons31 minutes and 37 seconds
In communication systems, we often hear about time synchronization technology. Why is time synchronization needed? What synchronization devices does the synchronization network consist of? What are the time synchronization technologies? In this online seminar, we will introduce the concept and demand sources of time synchronization, the composition of the synchronization network, Microchip's time synchronization solution and the design points in synchronization design.
Total of 1 lessons26 minutes and 57 seconds
What aspects should be considered for safety-critical designs? How to choose the right microcontroller for safety-critical designs? Introduces the concepts of functional safety and safety standards, and discusses some practical approaches that are important when designing safety-critical systems using microcontrollers. You'll also learn about the functional safety resources provided by Microchip
Total of 1 lessons27 minutes and 38 seconds
Introducing Microchip's microprocessor (MPU) products and application solutions. Through this seminar, you will understand the basic characteristics of MPU products and the characteristics of SiP and SOM products, as well as the typical applications of MPU products in interface gateways, network systems, audio systems, vehicles, graphics development, AI/machine learning, etc.
Total of 1 lessons35 minutes and 1 seconds
The global BMS market is expected to grow exponentially over the next five years. Currently, electric vehicles (EVs), hybrid electric vehicles (HEVs), and plug-in hybrid vehicles (PHVs) all require charging, and the development trend of such vehicles will surely drive the growth of the BMS market. In response to the growing trend of electric vehicles, we are committed to developing robust, high-performance solutions for the automotive BMS market.
Total of 1 lessons27 minutes and 11 seconds
The VectorBlox platform is a software development kit (SDK) that enables machine learning (ML) inference on PolarFire® FPGAs. This SDK has a variety of tools to convert and run various typical neural network models without reprogramming the FPGA. Since PolarFire FPGA is the mid-range FPGA with the lowest power consumption in the industry, VectorBlox SDK can implement a low-power inference solution, and its operating power consumption is reduced by 2-3 times compared with similar products with similar computing power. Leading solutions include a dual-pipeline convolutional neural network (CNN)-based face recognition solution that also does not require any FPGA programming. This can help you speed up time to market and reduce development costs for well-defined use cases, such as intruder detection for military/commercial or home surveillance customers.
Total of 1 lessons32 minutes and 53 seconds
The trend of vehicle electrification is very rapid, making smart solutions for on-board charging increasingly important. In this webinar, we'll walk you through the building blocks to solve the challenges of integrating elements such as power conversion and power factor correction, AUTOSAR, functional safety, robust design, and safety; and introduce Microchip's high voltage Silicon carbide (SiC) and analog components to complete every aspect of your design.
Total of 1 lessons22 minutes and 31 seconds
Learn how choosing a secure element can reduce project risk and save money, and learn how configuring encryption keys can significantly reduce costs and risks during product development and production. Overview of the benefits of reducing cost and risk using Microchip Secure Elements such as the ATECC608 and leveraging trusted platform tools and in-house provisioning services as your security foundation.
Total of 1 lessons24 minutes and 25 seconds
Security configuration is a process that allows you to securely instantiate a microprocessor (MPU) root of trust. In this session, we'll explain why secure configuration is important for MPU-based solutions and demonstrate how this process works.
Total of 1 lessons24 minutes and 56 seconds
Autonomous vehicles require extremely precise positioning, navigation and timing (PNT) systems as they are spread across the road and inside and outside the vehicle. One of the challenges of PNT system deployment is the need for unobstructed coverage in "urban canyons." Lowering GNSS systems to street level can provide seamless and reliable PNT. To provide advanced driver assistance system (ADAS) functionality, the vehicle itself has evolved into a mobile data center containing multiple computing units and communication gateways interconnected by high-speed networks. The entire system requires dozens of high-frequency, low-jitter clocks with automotive reliability. We will show how to optimize clock trees to reduce design complexity and risk.
Total of 1 lessons37 minutes and 39 seconds
In this webinar, we will introduce key digital and analog peripherals and show how to easily use these peripherals and how to combine them to complete tasks that run independently of the CPU.
Total of 1 lessons32 minutes and 40 seconds
Microchip has many tools that work together to assist and speed up the product development process. We'll explore tools like the Curiosity Nano Development Board, MPLAB® X, MPLAB® Code Configurator (MCC), and the XC Compiler, and how they work together to generate code quickly and efficiently.
Total of 1 lessons31 minutes and 42 seconds
Microchip's "embedded to cloud" ecosystem supports developers every step of the way, offering a variety of development kits with numerous cloud partners in addition to industry-leading integrated development environments (IDEs) to ensure You have all the resources you need to bring your ideas to life.
Total of 1 lessons23 minutes and 8 seconds
For IoT products, security always comes first. However, for engineers, how to produce, provide and protect the privacy of secure IoT products is also very important. This seminar will introduce the WFI32E01PC series of Wi-Fi enabled MCUs using Trust&GO technology, and discuss how this solution provides factory-programmed, verifiable secure identity in an integrated module, thereby greatly reducing the cost of producing IoT products. complexity and workload.
Total of 1 lessons29 minutes and 9 seconds
Future Electronics has designed GoodLock, a unique trusted development board that helps designers develop and test hardware security solutions for their embedded designs. This cost-effective, general-purpose development board is packed with advanced features and a built-in on-board debugger/programmer, making it an ideal development platform for adding security to your products.
Total of 1 lessons25 minutes and 43 seconds
In this online seminar, Microchip technical experts will explain how the secure element in Microchip’s Trusted Platform for CryptoAuthentication™ series assists in secure booting of small microcontrollers, how to protect OTA’s public keys, and how to enhance IP protection of firmware ;It will also be demonstrated how this can be achieved with the pre-configured ATECC608A TrustFLEX via the Trusted Platform Design Kit.
Total of 1 lessons40 minutes and 1 seconds
Is your system booted via SPI flash? How do you protect your system from the unexpected during the boot process and firmware upgrades? How does your system detect and recover from damaged flash files? Join us for an online seminar to discuss NIST800-193 guidance on platform firmware security resiliency.
Total of 2 lessons52 minutes and 46 seconds
From production to deployment to field upgrades, Secure Boot protects your microprocessor unit (MPU) solution. Secure Boot is central to maintaining the hardware root of trust, ensuring the integrity of the product throughout its lifecycle. Through this seminar, you will learn how easy it is to implement secure boot on Microchip MPUs!
Total of 2 lessons55 minutes and 11 seconds
As computing loads shift to edge devices, Microchip's FPGA products consume 30-50% less total power than similar medium-density FPGAs, with static power consumption reduced by 5-10 times, making them a series of emerging computing-intensive edge devices. (including those deployed in thermally and power-constrained environments). Microchip's FPGA intelligent embedded vision solutions cover the entire ecosystem of video, imaging and machine learning IP and tools, helping to quickly develop high-performance products commonly required in markets such as industrial, healthcare, broadcast, automotive, aerospace and security. , various designs with low power consumption and compact packaging.
Total of 1 lessons45 minutes and 8 seconds
As computing loads shift to edge devices, Microchip's FPGA products consume 30-50% less total power than similar medium-density FPGAs, with static power consumption reduced by 5-10 times, making them a series of emerging computing-intensive edge devices. (including those deployed in thermally and power-constrained environments). Microchip's FPGA intelligent embedded vision solutions cover the entire ecosystem of video, imaging and machine learning IP and tools, helping to quickly develop high-performance products commonly required in markets such as industrial, healthcare, broadcast, automotive, aerospace and security. , various designs with low power consumption and compact packaging.
Total of 1 lessons45 minutes and 8 seconds
Currently, various applications and businesses implemented through cloud services are developing rapidly, resulting in a large number of cloud service connections. This means your IP is facing greater and broader threats from hackers, counterfeiters, and competitors. We will explore these potential threats and how to protect against them using a combination of software and hardware solutions.
Total of 2 lessons42 minutes and 20 seconds
Realize glass breakage detection through air pressure change detection and full-frequency sound detection: - The solution is accurate, safe and contact-free installation. - One-to-many glass breakage detection is not easily disturbed by environmental sounds. - Can be widely used in commercial and home security. The main control part of the solution uses Microchip's ATSAMG55 series MCU, which is connected to Infineon's digital silicon microphone IM69D130 through its internal integrated PDM interface to complete sound detection, and air pressure detection is completed through Infineon's DPS310 chip.
Total of 2 lessons1 hours and 7 minutes and 25 seconds
Do you have many product prototypes in mind, but are unable to quickly verify them? In the early stages of product design, are you still worried about microcontroller programming and PCB board design? Microchip provides you with the most intuitive code development tool - MPLAB® Code Configurator (MCC), which allows you to easily generate code in a graphical programming environment, and cooperates with the Curiosity Nano development board to achieve product function verification, helping you to achieve the fastest Verify design ideas at the fastest speed and prepare for product mass production with the most relaxed attitude. This seminar will comprehensively introduce this development tool that is loved by embedded designers, allowing you to understand how MCC can easily start development work and quickly generate application code, thus shortening the product development cycle and ultimately ensuring that the product can be launched as soon as possible.
Total of 4 lessons1 hours and 29 minutes and 19 seconds
This online seminar will introduce Microchip's latest software development platform based on SAM and PIC32 microcontrollers - MPLAB® Harmony V3, and provide an in-depth analysis of how MPLAB Harmony V3, as a unified and powerful content development and delivery environment, will use a set of optimizations peripheral libraries, simplified drivers, and modular software downloads to enhance engineers’ experience in application development and accelerate project development.
Total of 3 lessons1 hours and 20 seconds
As the IoT market pays increasing attention to security and the demand for security is getting higher and higher, how to use an effective security mechanism to protect our sensitive data and intellectual property has become very important. This seminar includes the following content: • The current security status of IoT technology, common attack methods • Introduction to the basic concepts of security: three elements of security, Hash, symmetric and asymmetric cryptographic algorithms • The characteristics of Microchip security products, with MCU of encryption engine, how to store keys securely • Implementation of several typical security application scenarios: ▪ Anti-cloning of software and hardware ▪ Secure upgrade and boot ▪ Device node identification ▪ Secure communication
Total of 2 lessons58 minutes and 43 seconds
Microchip's tinyAVR® family of microcontrollers with core-independent peripherals (CIP), high-speed internal oscillators and event systems has been widely admired. Microchip's newly launched megaAVR® MCU - ATmega4809 series has larger storage capacity and more pins, and is an expansion of the tinyAVR series. This new ATmega4809 series is an ideal auxiliary MCU for complex microprocessor-based systems and can become an excellent stand-alone processor in command-control system designs. This seminar introduces the features and performance of the ATmega4809 series MCU and its applicable applications.
Total of 2 lessons47 minutes and 53 seconds
Introducing Microchip BM90 Bluetooth module and BM90 EVB development board. At the same time, a demonstration of a Bluetooth single speaker using the BM90 module is provided.
Total of 1 lessons4 minutes and 39 seconds
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