Atlas 1.4EE is a server designed to be immersed.
The solution enhances cooling efficiency and reduces power consumption, leading the way to a new age of datacenters.

42OU rack based on OCP's OpenRack principles with an enhanced direct liquid cooling solution to achieve up to 65kW in a single rack. Compatible for OCtoPus servers family.

High-end server based on AMD EPYC™ 4th Gen CPU with 12x 2.5" SFF Drives

High-end server based on AMD EPYC™ 4th Gen CPU with 12x 3.5" LFF Drives

High-end server based on AMD EPYC™ 4th Gen CPU with 4x 2.5" SFF & 4x 3.5 LFF Drives.

The modular 1U server. 19" server with multiple hot swap storage options. Air cooled.

This PC, powered by Intel, is designed for automotive use, withstanding harsh environments and vibrations. It features an intelligent ignition control system for efficient power management, multiple I/O ports, and a rugged, fanless design for reliability and minimal maintenance. Ideal for fleet management, transportation systems, and public safety vehicles.

The Fanless NUC's small footprint makes it ideal for space-constrained locations like kiosks or mobile transport applications. Its fanless design ensures low maintenance.

The Fanless Mini Rugged IP66 is an all-terrain computer for extreme environments. With up to an Intel i7 processor, it resists dust, water, and extreme temperatures, suitable for industrial and outdoor contexts.

This mini PC is powered by a 12th-generation Intel processor up to i7. It is designed for extreme environments, adapting to dust, water and wide temperature ranges, suitable for industrial and outdoor use.

The Fanless NUC is a compact and rugged PC supporting Intel's 13th Gen i5 and i7 CPUs, featuring Intel vPro for remote management and Iris Xe Graphics. It offers multiple connectivity ports and dual LAN. Ideal for space-limited locations like kiosks or mobile transport, its fanless design ensures easy maintenance.

The Fanless NUC system with AMD's R1606G APU is ideal for the digital signage industry, featuring three video outputs and passive cooling for long life and low maintenance.

Powered by the AMD Ryzen V1000 processor, this system features 4 display ports supporting 4K output. It's ideal for scenarios requiring multiple displays, such as electronic gaming machines, medical imaging, interactive digital signage, point-of-sale terminals and video surveillance.

Thanks to its compact size, this PC is ideal for places where space is limited. It can accommodate an Intel 10th generation processor up to i7, has 2 video outputs for workstations or CCTV surveillance systems, and its high IP rating enables continuous operation in demanding environments.

This system features the AMD Ryzen R2314 CPU in a compact design with 3 video outputs, ideal for harsh environments. Its passive cooling ensures a long lifespan with no maintenance, perfect for large projects requiring minimal downtime and cost control.

This PC features AMD Ryzen V2000 and offers high-performance computing with quad-core architecture, 4x4K display ports, and AMD Radeon Graphics for immersive visuals. Its fanless design ensures silent operation, and its IP51 rating adds durability in challenging environments, ideal for multitasking and robust graphics applications.

This mini PC is an entry-level, flexible computer with HDMI and USB 3.0. This system is versatile and reliable, offering a wide range of I/O options.

This fanless systeme offers great flexibility with legacy I/O like RS232, HDMI, USB 3.0, and up to an Intel 10th Gen i7 processor. It is a versatile and reliable product with a wide range of I/O options.

This rugged computer powered by up to an Intel i7 12th Gen processor, is designed to operate in harsh environments with extreme temperatures, dust, moisture, and physical shock. It's ideal for industries like manufacturing, aerospace, military, and agriculture.

This rugged server is equipped with an AMD EPYC 3000 processor and up to 128GB of memory. It is ideal for applications requiring high computing power. It features an RJ45 port for dedicated management, ensuring minimal downtime and maximum reliability.