EuQlid.IO presents a 3D metrology and magnetic imaging platform based on quantum sensing. Its core technology uses quantum defects in diamond to map buried currents, enabling non-invasive defect detection in complex materials and devices. Strictly speaking, it is not a traditional software developer tool, but rather a high-end metrology instrument and platform aimed at semiconductor, battery, and materials laboratories.
The website highlights advanced packaging, next-generation 3D semiconductor architectures, backside power delivery for silicon, and battery energy storage. For advanced packaging, EuQlid’s magnetic imaging solution is used to identify buried connectivity defects. For powered devices, it can perform spatial analysis of state-dependent current flow to support validation of new processes and designs. In the battery field, it is used to observe spatial and temporal heterogeneity in current flow, helping researchers understand how degradation starts and propagates. At the product level, the Quantum Diamond Microscope is described as a “magnetic imaging in the lab” product and is already available.
From a developer-tool perspective, the public content does not specify supported languages, frameworks, APIs, SDKs, data export formats, or integrations with EDA, manufacturing execution, or analytics platforms. On the ecosystem side, the only clearly stated channel is that inquiries and purchases go through the distributor Quantum Design. For documentation, the site provides product introductions and a manual download entry, but the crawled text does not include detailed specifications. Some pages also contain Lorem ipsum placeholder content, suggesting that the public documentation is still incomplete.
Pricing, licensing model, maintenance fees, and payment methods are not disclosed. The website states that the Quantum Diamond Microscope is Available Now and that inquiries are handled “exclusively through” Quantum Design, so procurement appears closer to an industrial instrument sales process than an online subscription-based developer tool.
Its strengths are a clear technical focus and differentiated capability for non-invasively observing buried currents, targeting high-value problems such as advanced packaging, backside power delivery, and battery degradation. Its weaknesses are limited public information and a lack of details on software interfaces, integration, pricing, and services, which makes it harder for engineering teams to quickly assess deployment costs. It is better suited to semiconductor process R&D, failure analysis, advanced packaging validation, and battery research teams than to general software developers.
The public content does not mention access, payment, or delivery information for China, so it is not possible to determine whether the site is directly accessible or whether purchasing from China is supported. If procurement is not possible or localized support is required, alternatives may include conventional failure analysis, magnetic field imaging, microscopy inspection, or semiconductor metrology equipment vendors, but specific substitutes should be evaluated based on sample type and resolution requirements.
⚠ This review is compiled from public sources and does not constitute a purchase recommendation. Verify all facts on the vendor's official site. Verify on euqlid.io official site.
euqlid.io is an United States Dev Tools provider. TG4G tracks its product information, an overall rating of 6.0/10, and a China-accessibility score of Limited (proxy recommended). Click "Visit Official Site" to reach euqlid.io directly.