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Low-level programming is machine-oriented and sits close to computer peripherals. Low-level programming allows the programmer to adapt the processor to precise minimum memory usage requirements while maintaining high performance.

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
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SOFTWARE DEVELOPMENT

The Next Evolution in Storage: Understanding NVMe over Fabrics (NVMeoF)

This article will delve into how those technologies are bridged with NVMeoF.
Jan Zieleźnicki

Jan Zieleźnicki

on May 21, 2024
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SOFTWARE DEVELOPMENT
NETWORKS

SmartNIC vs. NIC: what is the difference?

Our everyday life is full of networking devices and applications. When we video conference at work or watch a new movie on a streaming service at home, we barely even think about how much data needs to be transferred to ensure their correct function. We use our mobile devices with high-speed Internet access and take that for granted. But underneath the efficient work of online applications lies the stable functioning of enormous data centers and telecommunication infrastructure. Since the amount of data that needs to be processed grows every day, we keep demanding more and more processing capabilities from the networking infrastructure.
Artur Jaworski

Artur Jaworski

on Sep 21, 2023
Thumbnail of an article about An immersion in networking technologies: CodiLime's summary of the 2023 SmartNICs Summit
SOFTWARE DEVELOPMENT
NETWORKS

An immersion in networking technologies: CodiLime's summary of the 2023 SmartNICs Summit

The SmartNICs Summit 2023 is already behind us. The CodiLime team took the opportunity to attend and actively participate in engaging talks and insightful panels during this event. The SmartNICs Summitbrought together industry leaders such as Intel, AMD, Arm, NVIDIA, Achronix, Marvell, VMWare, F5, and Juniper Networks, along with other companies involved in developing SmartNICs. The conference covered a wide range of interesting topics and emerging trends in the field. The conference placed a strong emphasis on the increasing adoption of SmartNICs and the urgent need for industry-wide standards.
Krzysztof Wróbel

Krzysztof Wróbel

on Jun 20, 2023
Thumbnail of an article about Hardware offloading in software-defined networking
SOFTWARE DEVELOPMENT
NETWORKS

Hardware offloading in software-defined networking

Increasing demands on computer hardware means higher demand for network technology. Unfortunately, computer systems remain largely inefficient, with the CPU serving as the key engine in a variety of computer applications. To solve this problem, one could take various approaches: use a bigger computer, distribute the software between different computers, or improve its performance. In this article, we'll show you how a higher-end computing device can reduce CPU usage and the costs associated with hardware.
Multiple authors

Multiple authors

on Jun 8, 2023
Thumbnail of an article about The upcoming SmartNICs Trends for 2023
SOFTWARE DEVELOPMENT

The upcoming SmartNICs Trends for 2023

Modern network infrastructure is in a state of constant evolution to meet the ever-growing demand for improvements in fields like connectivity parameters, infrastructure flexibility, or overall power consumption. Innovators on the market are trying to answer all those needs, and with this article, we would like to shed light on some of the trends resulting from those efforts. SmartNICs extend the boring NIC domain with “smart” elements. Different platforms can define their “smart” elements differently, but overall, those elements aim to improve the general parameters of network connections, reduce power consumption, and increase the flexibility of network infrastructure.
Artur Jaworski

Artur Jaworski

on Dec 22, 2022
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 Improving ACL’s processing performance with GPU — comparison with VPP
NETWORKS
SOFTWARE DEVELOPMENT

Improving ACL’s processing performance with GPU — comparison with VPP

In computer networks, with the development of new methods, some specific and well-known problems, at first small and manageable, in time grow and become much more difficult to solve. Then they require smarter algorithms, better hardware and a lot of computing power.Access Control List (ACL) processing is a great example of this. This problem has been well known in computer networks for several decades. Typically, ACLs were relatively small - a few dozen entries max - and were used for simple network traffic filtering.
Michał Niciejewski

Michał Niciejewski

on Aug 4, 2022
Thumbnail of an article about FPGA programming — introduction guide to HDL
SOFTWARE DEVELOPMENT

FPGA programming — introduction guide to HDL

The notion of “FPGA programming” may be a little misleading. Actually, unlike a CPU, there is no program to run on an FPGA. FPGA programming consists of creating a logic circuit that will perform a requested algorithm and describe it using a hardware description language. Consequently, the building blocks of this algorithm are not variables, conditions and a set of operations to be performed, but rather logic gates, adders, registers and multiplexers. The described circuit will eventually be compiled into logic modules - the building blocks of FPGAs.
Maciej Trochimiuk

Maciej Trochimiuk

on Aug 3, 2022
Thumbnail of an article about FPGA — what is it and how can it be used?
SOFTWARE DEVELOPMENT

FPGA — what is it and how can it be used?

FPGA programming has been gaining momentum lately as it offers considerable benefits. It allows you to offload resource-hungry tasks to hardware and thus increase performance. FPGAs can be programmed and reprogrammed according to current needs, which is very cost effective in the long run. In this article, I explain what an FPGA is, how it can be programmed and how it can be used. A field-programmable gate array (FPGA) is an integrated circuit that can be programmed for a specific use after it has been manufactured.
Maciej Trochimiuk

Maciej Trochimiuk

on Aug 2, 2022
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