Trenton Systems Inc.

Our long-life processor boards are the foundation of our stable computer hardware configurations. This inherent configuration stability reduces the system deployment risk associated with driver and application software changes. Commercial computing hardware typically experiences a major configuration change every six months, and have service lifetimes of just a few years. Our rugged, modular, and military computers have stable hardware platform configurations of seven years or more to eliminate your system deployment risk.

• Long Life Processors Boards
• Expanded PCI Express Option Card Support
• 7+ Years of System Configuration Stability
• Eliminates Costly Driver and/or Hardware Upgrades
• Ideal for Long Project Deployment Cycles

Unlike many computer companies, Trenton Systems really listens to your unique computing requirements, and then our engineers get down to work with your team to design and build the long-life computer hardware platform that you need for your specific application. Our engineers love solving difficult design challenges!

• Use us as your virtual engineering department
• Extensive PCI Express interface knowledge
• We're nimble enough to handle both large and small custom volumes
• Use our design experience to create the ideal application-to-computer hardware match 
• What could be better than long-life, leading edge computer hardware designed specifically for your application?

The stark reality of most rugged and military computing environments is one of adverse conditions due to elevated levels of shock, vibration and heat. We engineer our rugged, modular and military computers from the ground up to maintain peak system performance and reliability under such harsh conditions.

• SBC backer plates protect sensitive components and improves system reliability
• Built-in thermal design margins for the our boards enhances overall system reliability
• Rugged aluminum computer enclosures are better equipped to handle shock and vibration
• Proper PCI Express link designs deliver reliable and repeatable data communications