The Differences between eMMC and UFS are: What is eMMC Protocol? Embedded multimedia card or eMMC, is a NAND flash memory for mobile applications and a memory solution for consumer electronics such as tablets, smartphones, GPS systems, eReaders, and other mobile computing devices. What is UFS Protocol? Universal Flash memory or UFS is the next […]
INTRODUCTION A startup was working on AI Edge-based voice processor chip. The voice-based AI chip is designed to consume the lowest power as it’s used in consumer headphones or earbuds. The startup was about to tape out the chip and was preparing for a post-silicon bring-up. It faced very significant barriers in the development phase […]
Where is Logic Analyzer used? Embedded System Testing : Embedded Systems have multiple devices and each of the devices uses the bus to communicate with the main chip or processor and other devices in the system. The Embedded system generally has SPI and I2C devices to communicate with the main processor. A logic analyzer can […]
SPI Protocol: Introduction SPI stands for Serial Peripheral Interface and it is a synchronous serial communication interface used for short-distance communication. SPI interface was developed by Motorola in the 1980s to be primarily used in embedded systems and since then it has become a de facto standard. SPI interface is widely used in SD cards, […]
Introduction HDMI is a digital replacement for existing analog video standards. It is termed as the catalyst for the DTV revolution. The DTV revolution is driving the HDMI standard to support an increase in data speed to higher video resolutions to meet emerging needs. As a result, design and validation engineers need tools to improve […]
UART Protocol: INTRODUCTION UART stands for Universal Asynchronous Receiver Transmitter. A UART’s main purpose is to transmit and receive serial data. UART was developed by Gordon Bell at Digital Equipment Corporation in the 1960s. UARTs are used in automobiles, smart cards, and SIMs in which they are commonly integrated in microcontroller chips. In UART communication, […]
QSPI Protocol: Introduction Quad Serial Peripheral Interface (QSPI) is a serial communication interface. QSPI has been specifically designed for talking to flash chips. QSPI is useful in applications that involve a lot of memory-intensive data like multi-media and on-chip memory is not enough. It can also be used to store code externally and it can […]
RFFE Protocol: Introduction Mobile radio communication involves multi-radio systems composed of several parallel transceivers making a leap in complexity for the RF front-end design. RF front-end devices include power amplifiers, low-noise amplifiers, filters, switches, power management modules, antenna tuners, and sensors. The devices may be located either in a separate unit or they may be […]
ONFI INTRODUCTION The Open NAND Flash Interface (ONFI) is an industry Workgroup made up of more than 100 companies that build, design-in, or enable NAND Flash memory dedicated to simplifying NAND Flash integration into consumer electronic products, computing platforms, and any other application that requires solid state mass storage. ONFI defines standardized component-level interface specifications […]
eSPI Protocol INTRODUCTION eSPI stands for the enhanced serial peripheral interface. It was developed by Intel. eSPI is an all-in-one bus that was designed to replace the LPC bus as well as the SPI bus, SMBus, and sideband signals. For designers of computing applications, migrating from the LPC bus to the eSPI bus offered benefits […]
