Low Power Bluetooth SoC Chip for Automotive Applications

Low Power Bluetooth SoC Chip for Automotive Applications

Click the blue text above to follow us ING91870CQ is an automotive-grade low-power SoC chip released by Peach Core Technology. This chip underwent 9 months of reliability testing and ultimately obtained AEC-Q100 certification. ING91870CQ is a 32-pin, QFN32 4×4 packaged BLE 5.1 SoC. It uses TSMC 40nm process technology, with a main frequency of 48M, … Read more

Why NOR Flash Is So Important in 5G Wireless Infrastructure

Why NOR Flash Is So Important in 5G Wireless Infrastructure

If you have been following the news about 5G, you know that it can significantly increase bandwidth, reaching up to 10Gbps. Additionally, it has a system latency of less than 1ms, with greatly reduced power consumption compared to existing networks. 5G will enable a plethora of new applications in areas such as industrial IoT, vehicle-to-vehicle … Read more

Exceeding 100A Power Supply Secrets for ADAS Processors

Exceeding 100A Power Supply Secrets for ADAS Processors

Click the blue text above Follow us! The Advanced Driver Assistance Systems (ADAS), including automotive systems for autonomous driving visual analysis, parking assistance, and adaptive control functions, are becoming increasingly electrified. Intelligent connectivity, safety-critical software applications, and neural network processing require enhanced real-time computing capabilities. To meet these advanced requirements, multicore processors capable of supporting … Read more

Wireless Module or SoC? Cost Considerations in IoT Design

Wireless Module or SoC? Cost Considerations in IoT Design

When designing Internet of Things (IoT) devices, whether to use a wireless module or a System on Chip (SoC) can be a critical and challenging decision. Each option has its unique advantages and disadvantages, and choosing the right technology requires a balance of performance, functionality, and cost. In this article, we will eliminate some uncertainties … Read more

Industrial PCs and Tablets: A New Fusion of Form and Function

Industrial PCs and Tablets: A New Fusion of Form and Function

Industrial computers (Industrial PCs) and tablets have continuously evolved, providing users with significant benefits in production capacity, usability, and diagnostic accuracy. The shift from wired controls, which rely on operator knobs and buttons, to wireless Ethernet touchscreen equipment is underway. These devices have developed in parallel with wireless devices in the personal consumer space, from … Read more

TI CC2640R2F Low Power Bluetooth Chip RF Analysis

TI CC2640R2F Low Power Bluetooth Chip RF Analysis

Follow “Wireless Technology Alliance”for valuable IoT market insights and the latest technical analyses 1. Introduction This article extracts the RF architecture of the CC2640R2F chip from the metal layer images at the 7th, 6th, 4th, and 3rd layers under an electron microscope. The extracted features include the layout characteristics of RF, such as high-speed signal … Read more

Introduction to A8105 Low Power Bluetooth Chip and Module

Introduction to A8105 Low Power Bluetooth Chip and Module

Introduction to A8105 Low Power Bluetooth Chip and Module AMICCOM’s A8105 Bluetooth Low Energy (Bluetooth LE) chip is a highly integrated Bluetooth® LE SoC. The A8105 has received BQB certification for Bluetooth Low Energy. The digital part integrates a high-performance 1T Pipeline 8051, with built-in 16K/32Kbytes Flash Memory, 2KBytes SRAM, and 24 GPIOs along with … Read more

Co-Design Verification Method for Automotive SoC Chips

Co-Design Verification Method for Automotive SoC Chips

For more information and inquiries, please contact “Niu Xiaoka” on WeChat: NewCarRen Abstract In the modern automotive and consumer electronics industries, the number and complexity of functions are continuously increasing. Additionally, there is pressure to shorten production time to market and achieve successful product designs on the first attempt, posing significant challenges for all chip … Read more

Optimizing In-Vehicle Entertainment System with HK32AUTO39A

Optimizing In-Vehicle Entertainment System with HK32AUTO39A

The in-vehicle entertainment system, as the name suggests, originally aimed to provide entertainment experiences for drivers and passengers. However, with the advent of the smart cockpit era, the in-vehicle information and entertainment system has become a crucial medium for “human-vehicle-environment” interaction, serving as the center for tasks other than driving. Functionally, the in-vehicle entertainment system … Read more