Dimension scores are derived from public data and fields; weighted into the composite. Reference only.
SPACE IC GmbH is a privately held fabless semiconductor company in Germany, founded in 2014 with a spin-off background from Telefunken Semiconductors. It is not a software developer tool in the usual sense, but a supplier of high-reliability, radiation-hardened analog ICs for spaceflight systems, with a focus on power management and interface applications. The site emphasizes that its products are ITAR/EAR-free and can be delivered globally, helping reduce procurement lead times and project risks caused by U.S. export controls.
Its core products include the SPPL12420RH 2A, 24V synchronous step-down POL converter, as well as the SPLVDS032RH quad LVDS receiver and SPLVDS031RH quad LVDS driver. The POL device is designed for high-density point-of-load regulation, distributed power systems, satellites, and launch vehicles; the LVDS products target high-speed, low-power, low-noise data transmission. The products use hermetic ceramic packages and highlight features enabled by SOI technology, such as latch-up immunity, TID/SEE radiation testing, and extended temperature ranges. The SPPL12420RH has received ESCC certification, is listed on the QPL, and has flight heritage from the Kent Ridge 1 satellite in-orbit demonstration since 2015.
The website does not disclose public pricing, sample pricing, or an online purchasing portal; it only indicates that users should make contact for parts availability. This makes it more aligned with project-based aerospace procurement and quotation workflows. In terms of documentation, product pages provide datasheet download links and list key electrical parameters, radiation hardness, packaging, applications, and standards compatibility in the main text, so the basic selection information is fairly complete. However, there are no visible APIs, SDKs, software toolchains, or online design platforms. Ecosystem-wise, it is closely tied to ESCC and ESA certification frameworks as well as the TIA/EIA-644-A LVDS standard, and some LVDS devices are also described as pin-compatible with the UT54LVDS series.
Its strengths are a clear positioning, relatively detailed disclosure of space reliability metrics, practical value for non-U.S. space programs through its ITAR/EAR-free status, and backing from certification and flight heritage. Its limitations are a narrow product line, limited public commercial information, and very weak developer-tool characteristics; it is not suitable for software development teams looking for IDEs, APIs, or CI/CD tools. It is better suited to hardware engineers working on satellite platforms, power distribution, space payloads, and high-speed interfaces who need to select radiation-hardened components.
The available content does not make it possible to determine accessibility from mainland China, supported payment methods, or any supply restrictions for China, so these remain unknown. For use in China-based projects, teams should focus on confirming export compliance, lead times, procurement channels, technical support, and domestic substitution options. Alternative directions include other suppliers of space-grade radiation-hardened power management and LVDS interface chips, or domestic space-grade components that meet the project’s certification 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 space-ic.com official site.
space-ic.com is an Germany 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 space-ic.com directly.