NASA’s Jet Propulsion Laboratory (JPL) is testing a new kind of “space computer brain,” also called a next-generation processor. NASA is working on it with a company named Microchip Technology. The goal is to give spacecraft stronger, faster computing for future adventures.
One big reason this is tricky is that space is rough on electronics. Radiation can act like invisible pinballs that make normal computer chips glitch. That’s why engineers design special, space-tough processors that can keep working even when conditions are challenging.
A faster, sturdier processor can help missions do more on their own. For example, a rover on another planet could notice an interesting rock and decide to take a closer photo without waiting as long for instructions from mission control on Earth.
It’s worth remembering that “faster” is only part of the story—reliability matters too. Testing helps engineers check that the processor can handle space conditions, so missions can save time and power while collecting more science along the way.
One big reason this is tricky is that space is rough on electronics. Radiation can act like invisible pinballs that make normal computer chips glitch. That’s why engineers design special, space-tough processors that can keep working even when conditions are challenging.
A faster, sturdier processor can help missions do more on their own. For example, a rover on another planet could notice an interesting rock and decide to take a closer photo without waiting as long for instructions from mission control on Earth.
It’s worth remembering that “faster” is only part of the story—reliability matters too. Testing helps engineers check that the processor can handle space conditions, so missions can save time and power while collecting more science along the way.