Linux 7.3 Reverting Logitech Bolt Receiver HID++ After Too Many Bugs Encountered

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Published: 2026-09-23T10:25:38.009Z • Permanent link

Linux 7.3, the latest iteration of the popular open-source operating system, has faced a significant setback in its bid to gain widespread adoption. The issue at hand is a peculiar one, rooted in the inclusion of Logitech Bolt USB receiver support for Logitech HID++ devices. The hid-logitech-dj driver code was merged at the start of the Linux 7.3 kernel cycle, but it has resulted in a multitude of bug reports from early Linux 7.3 users. One of the key individuals involved in this development is Bjorn Helgaas, a renowned Linux kernel maintainer. Helgaas, who is also the maintainer of the hid-logitech-dj driver, has been working closely with the Linux community to address the issues that have arisen.

Logitech, a well-established global technology company, has been instrumental in developing the HID++ protocol, which enables users to customize their keyboard and mouse settings. The company's Bolt receiver is a popular peripheral device that allows users to pair their keyboard and mouse with their Linux system. However, the integration of the Bolt receiver into Linux 7.3 has proven to be a challenging task. Despite numerous attempts to resolve the issues, the bug reports continue to pour in, with many users experiencing problems with device recognition, input lag, and other performance-related issues.

The timing of this development could not be worse, as Linux 7.3 is set to be released in the coming weeks. The Linux community is eagerly awaiting the final version of the operating system, which promises to bring significant improvements to the platform. However, the HID++ issue has raised concerns among users and developers alike, who are worried that the problems may impact the overall user experience.

The repercussions of the HID++ issue on the Linux community are far-reaching and significant. For one, the bug reports have highlighted the importance of testing and quality assurance in the development process. Many developers and users have expressed frustration with the lack of thorough testing of the hid-logitech-dj driver, which has resulted in a plethora of issues. Furthermore, the HID++ issue has underscored the need for greater collaboration between Linux kernel maintainers, device manufacturers, and the wider Linux community. By working together, it is possible to identify and address issues early on, ensuring that the Linux platform remains stable and reliable.

The HID++ issue has also had a ripple effect on the broader market, with many companies that rely on Linux for their operations being affected. For instance, companies that use Linux-based systems for their production environments, such as manufacturing and logistics, may experience disruptions to their operations due to the HID++ issue. Moreover, the issue has raised concerns among researchers and academics, who are concerned that the problems may impact the development of new applications and services that rely on Linux. Ultimately, the HID++ issue serves as a reminder of the importance of attention to detail and collaboration in the development process.

The HID++ issue is not an isolated incident, but rather part of a larger pattern of challenges that Linux has faced in recent years. One notable example is the controversy surrounding the use of Intel's TDX security feature in Linux. The TDX feature, which is designed to provide enhanced security for Intel-based systems, has been the subject of much debate and controversy within the Linux community. Some developers and users have expressed concerns about the potential impact of TDX on the security and stability of Linux systems, while others have argued that the feature is essential for providing enhanced security.