Elma is a key contributor to several of the VITA Standards Organization's Working Groups, driving innovation in open systems standards. Our expertise in technical standards and global defense programs has resulted in a robust portfolio of products based on OpenVPX and the SOSA® Technical Standard, both rooted in VITA standards.
Collaborating with long-term partners, we design, develop, and deploy proven solutions for the most demanding defense applications.

OpenVPX 為開放式架構和多廠商互通性打開了道路,為 VPX 背板和系統開啟了新的定義,從而實現健康的產品選擇生態系統,用於需要關鍵任務、高效能運算的應用程序中。
VITA 46 是定義 VPX 的基本標準。OpenVPX 或 VITA 65 包括整個標準系列;除了基本的 VITA 46.x 標準之外,其他相關標準包括:
可以找到標準的完整列表及其鏈接 這裡,以及 常見問題表 關於開放 VPX。
作為 VPX 和 OpenVPX 標準開發的先驅和重要貢獻者,Elma 提供了一系列全面的 OpenVPX 背板、機箱、主機板產品和完整子系統,旨在滿足最新技術實現。
利用這種高效能序列架構的應用程序可以在以下領域找到:
Elma 創建了一系列有用的信息,以指導您完成標準和相關產品。
開放 VPX 101 教程 對於那些有興趣了解標準的人。
立即聯絡我們,了解我們如何協助您滿足您的 OpenVPX 需求。
OpenVPX is an open standard defining rugged, modular embedded computing systems built around the VPX ecosystem. It specifies mechanical, electrical, and protocol elements that enable interoperable, high-speed, high-reliability system designs for defense, aerospace, and industrial applications.
OpenVPX supports interoperability by standardizing backplane topologies, slot profiles, and connector mappings. This ensures that boards and modules from different vendors can work together predictably in a common chassis and backplane architecture.
OpenVPX enables scalable, high-bandwidth embedded architectures that support mission-critical processing, sensor integration, communications, and networking. Its framework makes it easier to mix and match modules from different vendors while maintaining system reliability and performance.
Products include OpenVPX chassis, backplanes, power supplies, slot-profile boards, and switch modules. Elma offers integrated OpenVPX solutions designed to help customers build complete systems with standards-aligned interoperability.
Yes — OpenVPX’s modular structure allows custom combinations of processing boards, I/O modules, switch boards, and chassis configurations to meet unique application performance, size, weight, and environmental needs.