Designing power solutions for harsh and unpredictable environments requires creating systems that deliver ruggedness, flexibility and scalability. Overcoming the technical challenges entails innovative approaches in mechanical design, heat management, power source compatibility and regulatory compliance. By addressing these areas with precision, engineers can ensure that equipment remains reliable, even in the toughest conditions.
VITA 90, also known as VNX+, was developed to offer an alternative form factor to 3U OpenVPX for space, weight, and power (SWaP)-constrained applications. Incorporating nearly all of the technical features of 3U OpenVPX, it boasts a form factor roughly 30% less on a per-slot basis.
OpenVPX Offers a Forward Path for Space - SpaceVPX, or VITA 78, which was developed according to the Next Generation Space Interconnect Standard (NGSIS), leverages OpenVPX to create high performance, fault tolerant interoperable backplanes and modules for electronic systems of spacecraft. This relatively new update to the family of VPX standards is also being brought into the SOSA Consortium for inclusion in its reference architecture.
合作伙伴专区：推动 MORA 向前发展
Sep 6
2024
在过去的几年中，模块化开放射频架构 (MORA) 不断发展，旨在通过基于开放标准的基础架构来应对日益复杂的射频 (RF) 系统的挑战。随着多个行业合作伙伴共同开发协作框架，MORA的互操作性和模块化已经实现，成功演示了多家制造商的协同工作。因此，我们问了一些开放标准合作伙伴：既然互操作性演示已经成功部署，基于 Mora 的系统和嵌入式计算社区的下一步该怎么做？
为什么开发底盘对于实施符合 SOSA 的系统至关重要
Aug 10
2024
回顾过去，我们现在可以看到开发平台的设计方式以及我们的集成商客户群使用它们的方式发生了变化。这种转变使执行可部署系统项目的开发阶段以及比以往任何时候都更快地将解决方案交到作战人员手中变得更容易、更便宜。开发硬件也可以在项目之间共享，也可以由后续项目继承。这不仅节省了实验室预算，还节省了为新开发项目订购和接收所有新硬件的时间。