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Embedded Vision

GenFeA: Lowering Barriers to Machine Vision Integration

language
eng
date
Jan 11, 2026
slug
GenFeA
author
status
Public
tags
GenIcam
Embedded Vision
MachineVision
summary
The EMVA GenIcam group presented GenFeA, which makes camera integration easier in embedded and heterogeneous architectures. Let's take a look at the details and prospects.
type
Post
thumbnail
image.png
category
Embedded Vision
updatedAt
Jan 11, 2026 06:36 AM
From the perspective of using existing machine vision products, the biggest obstacle when studying embedded vision or trying to commercialize it is that the communication with the camera is not standardized or unified. (Machine vision cameras store the description file in XML format on the camera and download it to the application for use.) The EMVA's GenIcam group is working on GenFeA as a new task. Although manufacturers still need to create drivers for host devices compatible with the cameras, it would be convenient for users if they could use a common code like the GenTL interface without having to familiarize themselves with or modify the SDKs provided by different manufacturers. In a situation where the need and demand for embedded vision are increasing, manufacturers now have a good option. However, it remains uncertain whether there will be companies/products that actually apply GenFeA in a way that users can feel. Most embedded vision cameras released by machine vision companies are already wrapped to be used directly with the GenICam method, so the goal of locking users into their own SDKs has already been achieved. Will they quickly consider applying GenFeA for the limited demand? However, looking back at how the European/North American industry, which values standardization and scalability, rapidly commercialized GenTL within ten years, it is likely just a matter of time before GenFeA takes hold.
https://www.imveurope.com/article/genfea-lowering-barriers-machine-vision-integration
GenFeA is a new approach promoted by the EMVA's GenICam working group that lowers entry barriers by connecting existing vendor APIs to the GenICam ecosystem without the need for XML generation and maintenance. Developers can handle settings and communication with a simple C-style API similar to GenTL, speeding up integration in embedded and heterogeneous architectures. It ensures scalability and flexibility by modularly combining heterogeneous components such as cameras, lens controllers, and ISPs, addressing both standard and vendor-specific characteristics without enforcing implementation methods, making it applicable from lightweight systems to industrial environments. While avoiding XML runtime parsing, it can selectively use XML internally and maintains consistency between tools by being compatible with the GenICam standard Feature Naming. An initial implementation provides a wrapper library called FeAForGenApi, which exposes existing GenApi functionalities through a simplified interface, allowing for trial adoption of GenFeA without changing the current infrastructure. Core values: reduced integration difficulty, resource savings, enhanced modularity, and expanded compatibility including embedded and software-defined components, accelerating the adoption and innovation of machine vision.
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