In this article, we will know that, OQD’s open-source release of optical circuit boards and blade trap designs marks a major step toward scalable quantum technology.
Open Quantum Design (OQD), a non-profit organization constructing the first open-source quantum computer, has established a public repository for its trapped ion quantum hardware designs, a milestone for the global scientific community. The first open-source blueprint for a high-performance quantum processor’s physical components is available here. OQD seeks to eliminate the conventional obstacles of proprietary research and promote a new age of international, cooperative advancement in quantum technology by bringing hardware creation into the public domain through GitHub.
A New Foundation for Quantum Hardware
The complete design files for the blade trap assembly and optical circuit boards (OCBs), two essential components of OQD’s full-stack system, are available in the newly accessible hardware repositories. The OCBs function as the essential infrastructure for optical routing, laser delivery, and signal control in precision photonic systems, whereas the blade trap assembly is characterized as a special design essential to the ion-trapping process.
These OCBs are crucial modules that link the main light or laser to the ion trap itself; they are not just stand-alone parts. The designs are meant to be scalable and modular, and they were created utilizing LightFlow technology, a scaling innovation from OQD’s first spinout firm, LightFlow. OQD claims that these parts have previously undergone extensive testing to make sure they satisfy the exacting requirements of quantum computing, including assessments for temperature stability, construction, and materials.
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Accelerating Development Through Open Access
This release’s main goal is to give the international community a sophisticated starting point, so enabling researchers and engineers to avoid the difficult “trial and error” stage of hardware creation. Opening these designs is a “pivotal” step for the open-source community, according to Mahmood Sabooni, Lead Quantum Processor Engineer at OQD. According to Sabooni, these components offer the crucial “pieces of the puzzle” needed to construct a working quantum processor without having to start from scratch since they are “ready for use” and pre-tested.
The release is intended to “accelerate the development of quantum technologies,” according to Greg Dick, co-founder and CEO of OQD. OQD facilitates quick industry advancement by offering a high-quality baseline for hardware, which may minimize the time it takes to achieve useful quantum computing.
Building the Full-Stack Ecosystem
The hardware repository is the most recent component of a broader plan to build a fully open, full-stack quantum ecosystem. OQD successfully introduced open repositories for their software code earlier in 2026, guaranteeing public access to the digital and physical components of its trapped ion computer. All of these repositories now have extensive technical documentation available on the dedicated OQD Documentation website, covering both software and the hardware of the quantum processor.
One of the main tenets of OQD’s non-profit mission is its dedication to transparency. The organization is fulfilling its pledge to change the industry’s emphasis from individual competition to group innovation by providing these resources at no cost.
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A Growing Network of Collaboration
The hardware release comes after a number of OQD achievements and key alliances. To further develop quantum technology, the organization welcomed Nord Quantique into its ranks in the middle of 2025.
The shift “from competition to collaboration” within the OQD community is exemplified by these partnerships. OQD is building a cohesive front to address the biggest issues in the quantum realm, like error correction and hardware scaling, by combining information and knowledge from multiple partners.
Joining the Open Quantum Movement
OQD is extending an invitation to the international community to take part in its “work in progress” as it continues to develop the trapped ion quantum computer. To help the project expand, interested parties can join the OQD community, examine technical documents online, or obtain the hardware designs on GitHub.
The organization’s open approach is intended to guarantee that the future of quantum computing is built on a foundation of shared information and open-source principles rather than being locked behind the doors of a few private firms. The entire scientific community is now closer than ever to solving the “puzzle” of the quantum processor with the release of the blade trap and OCB designs.
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