Category Archives: Electronic Design

The Ultimate Guide to: Schematic Diagrams

20/05/2021, hardwarebee

One of the most fundamental aspects of electronic engineering, since its early days, is the schematic diagrams. Schematic diagrams is the most efficient way to represent a project on paper, and it can be used to perform circuit analysis, to supply information to simulators and layout editors, and for documentation

Step by Step Guide: Analog Design

04/05/2021, hardwarebee

Analog design is one of the most critical blocks in any electronic project. It is the fundamental connection between an idea and the real world. In many cases, even well-conceived schematics and high-quality components fail to achieve their required performance if the analog blocks are poorly designed. Therefore, the objective

Introduction to Analog Design

02/12/2020, hardwarebee

Before digital electronics have been invented, all devices worked with analog circuits.  Analog circuits represent the real world because we live in an analog world where all waves (sound waves, electromagnetic spectrum waves, voltage and current waves) are analog signals. Therefore, an analog signal represents a variation of a continuous

Important Design Considerations for Electronic Devices: Part 3 – Off the Shelf Solutions vs. Custom Hardware

29/10/2020, hardwarebee

Nuvation Engineering has designed and developed numerous electronics products. Over the course of these projects, we have identified several key considerations when deciding between Off the Shelf (OTS) hardware versus custom hardware.
 

 
The electronics market presents a wide variety of OTS hardware that a design team can

Ultimate Guide: Power Supply Design

19/10/2020, hardwarebee

Power supply design plays a very important role within an electronic and embedded system.  In this paper, we will discuss the history of power supply, 3 types of power supply designs, power supply topologies and power supply design consideration.
 
Power supplies appeared with tethered systems which are linked with

Electronic Device Design Tips: Operating in Harsh Environments

25/09/2020, hardwarebee

Over the past two decades Nuvation Engineering has developed electronic devices for a wide range of market applications. Based on our experience across hundreds of engineering design projects, our engineers have identified several key considerations that require special attention during the planning, design, and development phases.
 
Few products operate

CEO Talk: Guy Regev of AlephZero Consulting

16/09/2020, hardwarebee

This interview was held with Guy Regev, CEO of AlephZero Consulting.
 

 
Tell me a bit about your background? How did you first get started with AlephZero?
My background is leading and developing very complex systems and system-on-a-chip semiconductor devices for industries ranging from micro-processors and DSPs to

3D ICs in Emerging Technologies: Consumer Electronics, ML & AI

03/09/2020, hardwarebee

The global market of  3D ICs was valued at US$ 7,521.4 Mn in 2019 and is forecasted to reach a value of US$ 38,252.9 Mn by 2027 at a CAGR of 22.5% between 2020 and 2027.
 

 
The basic definition for 3D ICs is logic over the logic that is

Important Electronic Design Considerations for Data Acquisition Systems: Part 1 – Calibration

31/07/2020, hardwarebee

Over the past two decades Nuvation Engineering has developed data acquisition systems for a wide range devices and market applications. Based on our experience performing hundreds of engineering design projects, our engineers have identified several key considerations that require special attention during the planning, design, and development of data acquisition

iWave Systems launches Corazon-AI, an EdgeAI Platform for Smart City and Camera Intelligence Applications, Powered by Xilinx Zynq UltraScale MPSoC Devices

16/06/2020, hardwarebee

With a growing requirement for taking decisions on the edge and data privacy concerns, there is a requirement for intelligent devices capable of taking real time decisions. Edge AI devices are expected to run complex neural networks and deep learning algorithms whilst maintaining latency, power efficiency and accuracy. These devices