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Spring-loaded pins are rapidly finding new applications in modular product design. Also referred to as SLCs (spring-loaded connectors), this product resolves many of the manufacturing issues like misalignment, coplanarity, and tolerance stack up that can plague traditional pins and sockets...
Find bellow an Android TCP client extension
that implements a very simple socket; note that its operation is performed 'one-shot', which means that only one command is sent ( and its respective response, read ) at a time, and then the socket connection is closed. So, be aware that it is not a...
In this blog post i will share the OLED libraries with you, which are written for mikroC compiler and can be used with any other C compiler.
Following are the functions which are currently present.
void OLED_Init( void );
uint8_t OLED_Width( void );
uint8_t OLED_Height( void );
void...
The switching is required in many applications at low as well as at high frequency. RF MEMS switches are the specific micromechanical switches that are designed to operate at RF to mmWave frequencies. MEMS switches usages some mechanical movement to achieve a closed or open circuit in the Radio...
Generating Sine wave is very demanded job in power electronics field. So do to me too. I read some topics over the internet and found many ways to generate a sine wave. As most of you are really interested in generating sine wave so I’m writing today about it here.
There is some different ways...
Formal verification has become an essential component in the verification process of complex protocols. By employing formal verification tool, the process of verifying High-Quality Protocol has been significantly enhanced. This blog explores the advanced formal verification techniques and the...
Power optimization is a critical aspect of integrated circuit (IC) design, ensuring that devices operate efficiently with minimal power consumption. This blog explores advanced power optimization methodologies, including power grid design, dynamic and static power reduction, and power integrity...
As an IC Package engineer, optimizing electrical performance is essential for ensuring the reliability and efficiency of integrated circuits. This blog explores advanced methodologies for improving signal integrity, power distribution, and impedance control, backed by specific case studies and...
In the integrated circuit (IC) industry, verification quality is crucial for ensuring the reliability and functionality of high-performance processors. Traditional verification methods often fall short in catching corner cases and subtle bugs, which can lead to costly rework and delays. Formal...
Clock Tree Synthesis (CTS) is a critical phase in the physical design flow of integrated circuits, aimed at distributing the clock signal with minimal skew and jitter across the chip. This blog explores advanced CTS methodologies, specific case studies, and the latest cutting-edge technologies...
Ensuring comprehensive Signal Integrity (SI) analysis, including crosstalk noise and crosstalk delay analysis, is crucial for delivering high-quality, reliable integrated circuit (IC) designs. This blog explores advanced SI analysis methodologies, specific case studies, and the latest...
Accurate and comprehensive power analysis is critical for ensuring high-quality, reliable integrated circuit (IC) designs. This blog delves into advanced methodologies in power analysis, presenting detailed case studies and the latest cutting-edge technologies in digital design.
Importance of...
For signoff engineers in the integrated circuit (IC) industry, mastering Design Rule Checking (DRC) in physical verification is crucial for ensuring high-quality and reliable designs. This blog explores advanced DRC methodologies, specific case studies, and the latest cutting-edge technologies...
Achieving comprehensive Timing Signoff is crucial for ensuring that IC designs meet stringent timing requirements and function correctly at the intended clock speed. This blog delves into advanced timing signoff methodologies, detailed case studies, and the latest cutting-edge technologies in...
As an RTL Synthesis engineer in the integrated circuit (IC) industry, leveraging Incremental Synthesis is crucial for optimizing design iterations and achieving efficient performance. This blog explores advanced Incremental Synthesis techniques, highlighting specific case studies and the latest...
As a signoff engineer in the integrated circuit (IC) industry, achieving comprehensive Design-for-Test (DFT) signoff is essential for delivering high-quality, reliable products. This blog explores advanced DFT signoff methodologies, detailed case studies, and the latest cutting-edge technologies...
As an RTL Synthesis engineer in the integrated circuit (IC) industry, the adoption of Physical Aware Synthesis (PAS) is critical for achieving optimized performance, power, and area (PPA) metrics. This blog explores advanced PAS techniques, providing specific case studies and the latest...
In the rapidly evolving landscape of integrated circuit (IC) design, the Coherent Hub Interface (CHI) IP has emerged as a vital component for ensuring data coherency and enhancing system performance. This blog explores advanced techniques in CHI IP design, focusing on specific cases, technical...
In the integrated circuit (IC) design industry, IP reuse has become essential for accelerating development, reducing costs, and enhancing quality. This blog explores advanced techniques in IP reuse and ecosystem development, highlighting specific cases and the latest technologies.
Importance of...
In the realm of integrated circuit (IC) design, MIPI (Mobile Industry Processor Interface) IP plays a pivotal role in enabling high-speed, low-power connectivity for a wide range of applications, from mobile devices to automotive systems. This blog explores advanced techniques in MIPI IP design...
As an RTL Synthesis engineer in the integrated circuit (IC) industry, understanding and leveraging technology libraries is essential for achieving optimized synthesis results. This blog delves into the advanced use of technology libraries in RTL synthesis, highlighting specific case studies and...
As an RTL Synthesis engineer in the integrated circuit (IC) industry, implementing Design for Testability (DFT) is crucial for ensuring that designs are testable and maintainable. This blog explores advanced DFT techniques, focusing on specific case studies and the latest cutting-edge...
As a verification engineer in the integrated circuit (IC) industry, ensuring cache coherence is critical for the reliability and performance of multi-core and multi-processor systems. This blog explores advanced techniques for cache coherence verification, focusing on specific case studies and...
In the integrated circuit (IC) design industry, ensuring the reliability and performance of complex systems requires rigorous verification processes. One critical aspect of this verification is bus deadlock detection and resolution. This blog explores advanced techniques for bus deadlock...
As a verification engineer in the integrated circuit industry, leveraging Advanced Coherency Extensions (ACE) Verification IP (VIP) is critical for ensuring the reliability and performance of system-on-chip (SoC) designs. This blog explores advanced techniques for using ACE VIP, focusing on...
In the realm of integrated circuit (IC) design, effective power and thermal management is paramount. Emulation provides a powerful platform for identifying and addressing power and thermal issues early in the design process, ensuring reliability and efficiency in final hardware. This blog delves...
In the verification of integrated circuits (ICs), clock and reset handling is a critical aspect that ensures the reliability and functionality of digital systems. Emulation offers a powerful platform for thoroughly verifying these signals before hardware fabrication. This blog delves into...
As the complexity of integrated circuits (ICs) continues to grow, emulation has become a critical component in the verification process. Emulation allows for the testing and validation of complex systems before they are physically built, saving both time and resources. This blog explores future...
Ensuring that integrated circuit (IC) designs are error-free is crucial, and that's where formal verification comes in. By using mathematical methods, formal verification offers strong assurances that a design meets its specifications. However, the process is full of challenges, especially...
In the realm of formal verification, complexity is a critical factor that influences the efficiency and success of verification processes. This blog delves into advanced techniques to manage and reduce complexity, ensuring a more streamlined and effective formal verification process.
Formal...
In the realm of functional verification, ensuring the reliability and correctness of complex digital systems is a critical task. Leveraging a leading formal verification tool significantly enhances the efficiency and thoroughness of this process. This blog delves into the advanced formal...
In the realm of integrated circuit (IC) design, formal verification stands as a cornerstone for ensuring design correctness. This blog delves into advanced formal verification techniques, shedding light on gate modeling, state transitions, and the pivotal role of properties.
Formal Verification...
Formal verification has become an essential component in the verification process of complex protocols. By employing formal verification tool, the process of verifying High-Quality Protocol has been significantly enhanced. This blog explores the advanced formal verification techniques and the...
In the integrated circuit (IC) industry, verification quality is crucial for ensuring the reliability and functionality of high-performance processors. Traditional verification methods often fall short in catching corner cases and subtle bugs, which can lead to costly rework and delays. Formal...
The OK7110-C's screen timing requires the dedicated calculation tool starFive_DSI_Tool.exe, which is stored in the Tools/dsi_tool folder of the user profile.
Operation methods:
01 Parameter configuration
Modify the input.ini file, which is used to configure the screen parameters; the following...
This solution employs Lontium Semiconductor's LT8912B, which features a single MIPI D-PHY receiver with four data lanes, each running at speeds of 80Mbps to 1.5Gbps, with a maximum input bandwidth of 6Gbps.
LVDS has 1 clock lane and 4 data lanes for a maximum of 1.0 Gbps per data lane. The HDMI...
Linux Each device on the system has its own set of fixed rules for operation, and there are numerous types and models of devices. It is not practical or meaningful to write the fixed rules for each device into the kernel.
Each device has its corresponding driver to ensure it can operate...
There are several methods to configure the Linux kernel, and one of them is using the text menu-based configuration interface called "make menuconfig", which provides an intuitive and straightforward way of configuring the kernel.
1. Components of the Linux Kernel Configuration:
Configuring the...
In today's complex embedded Linux application scenarios, breaking down barriers between different platforms is crucial for efficient cross-platform file sharing. In this blog post, we will guide you through the process of setting up Samba service on the Allwinner T507-H powered OKT507-C...
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