Hot-swap PCB enhancements allow the board to be replaced without downtime. This increases the flexibility and resilience of systems for which uptime is of paramount importance.
Hot-swappable PCBs offer a number of advantages that make them suitable for a variety of applications:
Modularity. Hot-swap PCBs enable modular system architectures. They can be easily swapped in and out to meet specific needs.
Reliability. Hot-swappable components isolate faults on individual boards that can be quickly repaired, keeping the entire system operational.
Serviceability. Quality hot-swappable connections allow technicians to safely install, remove, replace and upgrade circuit boards without shutting down equipment. Replaceability allows for incremental upgrades and improvements and does not require a complete system rebuild.
Low system impact. Hot-swappable, real-time boards limit the impact of failures, maximizing system uptime.
Cost savings. Savings are realized by extending system life through incremental hot-swapping before the entire system needs to be replaced.
Modularity. Hot-swap PCBs enable modular system architectures. They can be easily swapped in and out to meet specific needs.
Reliability. Hot-swappable components isolate faults on individual boards that can be quickly repaired, keeping the entire system operational.
Serviceability. Quality hot-swappable connections allow technicians to safely install, remove, replace and upgrade circuit boards without shutting down equipment. Replaceability allows for incremental upgrades and improvements and does not require a complete system rebuild.
Low system impact. Hot-swappable, real-time boards limit the impact of failures, maximizing system uptime.
Cost savings. Savings are realized by extending system life through incremental hot-swapping before the entire system needs to be replaced.