ABOUT THE AUTHOR

Daniel Jędrzejczyk

Senior Software Engineer

Daniel is a Senior Software Engineer with nearly 20 years of experience in the tech industry. His expertise lies in developing and designing embedded services. Over his career, Daniel has become a specialist in a range of advanced fields, most notably in FPGA and embedded systems. His in-depth knowledge of FPGA technology has enabled him to create high-performance and flexible solutions for various applications. With a background in the automotive and aerospace industry, Daniel has a profound understanding of low-level programming.

Daniel Jędrzejczyk

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Recent posts by Daniel :

Thumbnail of an article about From Algorithms to FPGA Hardware. Understanding High-Level Synthesis (HLS)
SOFTWARE DEVELOPMENT

From Algorithms to FPGA Hardware. Understanding High-Level Synthesis (HLS)

FPGAs (field programmable gate arrays) are increasing in popularity due to their flexibility and adaptability in various applications such as signal processing, machine learning, and networking. However, programming FPGAs can be difficult due to the low-level hardware description languages required.
Daniel Jędrzejczyk

Daniel Jędrzejczyk

on Jul 1, 2024
Thumbnail of an article about FPGA in network solutions: benefits and usage examples
SOFTWARE DEVELOPMENT
NETWORKS

FPGA in network solutions: benefits and usage examples

Silicon chips are a well-known and traditional resource often used in projects. However, sometimes they can be insufficiently flexible – here, the FPGA comes in. This solution is gaining popularity as FPGAs provide more options for customization. If you are looking for more information about FPGAs, their strengths, and in which types of projects FPGAs will work better than other solutions, this article provides the answers. We also offer examples of how we have used FPGAs in our clients’ projects. A small annotation: to better distinguish FPGAs from silicon chips, the term “silicon solution” is used in the article.
Multiple authors

Multiple authors

on Aug 11, 2022
Thumbnail of an article about An introduction to low-level programming
SOFTWARE DEVELOPMENT

An introduction to low-level programming

A programming language could be described as a way of translating a programmer's intentions into machine code that can be understood by a processor. There is much information about high- and low-level programming languages available from various sources. How to tell them apart? Low-level programming languages allow for unambiguous and precise control over exactly what machine code will be the result of a compilation. In high-level languages, the algorithms select the instructions, often simplifying them and not allowing for their modification.
Multiple authors

Multiple authors

on Mar 24, 2022