It presents a custom cryptographic communication device built for a 19″ 1U rack, focused on security, reliability and harsh-environment operation.
Key points:
Includes smart card readers, multiple Ethernet ports and a flexible rubber keyboard.
Uses a Trusted Platform Module (TPM) and intrusion detection for enhanced security.
Rugged housing: corrosion-resistant, salt-water tested matte finish, and works from -40°C to 70°C.
Features an 8-core Intel i7 CPU, Q370 chipset and 2x SODIMM slots for strong processing performance.
Has an integrated power supply and optimized cooling system to avoid overheating.
Offers high reliability with MTBF > 40,000 hours at 25°C.
Presenting a Custom Cryptographic Communication Device – an innovative solution designed for optimized functionality and enhanced security within a 19” 1u rack configuration.
Equipped with an array of features, this communication device boasts smart card readers, multiple Ethernet ports, and a rubber keyboard that provides exceptional flexibility in usage. Its innovative design extends to intrusion detection, where a dedicated Trusted platform module (TPM) ensures robust security measures are in place.
The device’s housing is engineered to resist corrosion, fortified with a salt-water tested sleek, matte finish for longevity and durability. With a temperature range of -40°C to 70°C, it is primed to function reliably in diverse environments.
Power and cooling efficiency have been paramount considerations in its development. The built-in power supply and optimized fan system work in tandem to maintain consistent performance while preventing overheating. The device’s internal architecture features an 8-core Intel i7 CPU with a Q370 chipset and 2xSODIMM slots, ensuring robust processing capabilities.
MTBF is calculated to be over 40,000 hours at 25°C under normal use, it promises sustained reliability over an extended lifespan.
In essence, this application is a testament to thoughtful engineering, tailored to meet the demands of modern communication infrastructure while prioritizing security, adaptability, and durability.