Explore the LPC55S16, an MCU well-suited for industrial and professional applications, thanks to its fast clock speed of 150 MHz, out-of-the-box support for…
Explore the LPC55S16, an MCU well-suited for industrial and professional applications, thanks to its fast clock speed of 150 MHz, out-of-the-box support for communicating over a CAN-FD bus network, and low current consumption.
In this article, learn more about the multi-core, DSP acceleration, and co-processing features of the LPC5500 series of…
In this article, learn more about the multi-core, DSP acceleration, and co-processing features of the LPC5500 series of microcontrollers.
Learn how the Arm TrustZone extension for the LPC5500 series works and how to start utilizing the safety measures in…
Learn how the Arm TrustZone extension for the LPC5500 series works and how to start utilizing the safety measures in custom secure and non-secure applications.
This article introduces the MCUXpresso IDE, introducing important features and showing how to get started with…
This article introduces the MCUXpresso IDE, introducing important features and showing how to get started with programming the LPC65500 series MCU using a Hello World example.
Learn about the LPC5500 series of MCUs, including specs and features, available resources, and applications, which range…
Learn about the LPC5500 series of MCUs, including specs and features, available resources, and applications, which range from automated robots to industrial HMI.
There is a challenge for SoC developers to find ways to navigate the demand of memory in their design. This article looks…
There is a challenge for SoC developers to find ways to navigate the demand of memory in their design. This article looks at how a fourth, or last-level, cache can provide a solution.
This article looks at the safety standard that governs ADAS features and the challenge in designing power monitoring…
This article looks at the safety standard that governs ADAS features and the challenge in designing power monitoring systems to comply with this standard while introducing an automotive power monitor that has been certified to meet this standard.
The article discusses the benefits of a custom instruction for RISC-V and introduces the ACE framework.
The article discusses the benefits of a custom instruction for RISC-V and introduces the ACE framework.
This article introduces the RISC-V-based SweRV core, which builds on the classic five-stage RISC-V pipeline and allows up…
This article introduces the RISC-V-based SweRV core, which builds on the classic five-stage RISC-V pipeline and allows up to two instructions per clock cycle.
This application note describes an SLG46140V design that implements a 16-bit up/down counter with quadrature encoder…
This application note describes an SLG46140V design that implements a 16-bit up/down counter with quadrature encoder inputs. The GreenPAK device relieves the host of real-time input requirements and allows for easy connection of multiple encoders.
This application note describes a simple hardware implementation of a 4-Mux LCD driver using time division multiplexing…
This application note describes a simple hardware implementation of a 4-Mux LCD driver using time division multiplexing techniques along with system monitoring using a GreenPAK IC.
This article discusses Foundries.io's microPlatforms which support Intel, Arm, and RISC-V architectures and are designed…
This article discusses Foundries.io's microPlatforms which support Intel, Arm, and RISC-V architectures and are designed to avoid lock-in to specific hardware implementations.
This article discusses the RISC-V-based SoC FPGA architecture for PolarFire SoC, which allows hard real-time applications…
This article discusses the RISC-V-based SoC FPGA architecture for PolarFire SoC, which allows hard real-time applications and Linux applications to coexist.
Learn about CKB-virtual machine (VM), which is a RISC-V instruction set that utilizes RISC-V's open-source instruction…
Learn about CKB-virtual machine (VM), which is a RISC-V instruction set that utilizes RISC-V's open-source instruction set architecture.
What is an ecosystem and what is not? How does the term ecosystem apply to RISC-V and it's open-source architecture?…
What is an ecosystem and what is not? How does the term ecosystem apply to RISC-V and it's open-source architecture? Markus Levy nad Robert Oshana weigh in on RISC-V as an ecosystem, where that ecosystem is today, and discusses new developments in RISC-V.
This article explores the pros and cons of either designing embedded systems from scratch or utilizing pre-made…
This article explores the pros and cons of either designing embedded systems from scratch or utilizing pre-made single-board computers.
This article provides an overview of what an IoT node needs for a faster and simpler implementation of robust security.
This article provides an overview of what an IoT node needs for a faster and simpler implementation of robust security.
An exploration of how new mid-range FPGAs can perform bridging functions for Ethernet and Gigabit Ethernet (GbE) links…
An exploration of how new mid-range FPGAs can perform bridging functions for Ethernet and Gigabit Ethernet (GbE) links while addressing the issue of low power consumption.
Designing for the IoT comes with a unique set of challenges that require unique hardware solutions to overcome. Learn how…
Designing for the IoT comes with a unique set of challenges that require unique hardware solutions to overcome. Learn how smart passive sensors (SPSs)—sensors that function without a battery and without a microcontroller—are an example of IoT-specific design.
In this multipart industrial IoT series, we will break down and explore the fundamental aspects of the edge node…
In this multipart industrial IoT series, we will break down and explore the fundamental aspects of the edge node interpretation within the larger IoT framework: sensing, measuring, interpreting, and connecting data, with additional consideration for power management and security.
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