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ES Ordinateurs robustes
Assured Systems supply a wide range of embedded computers fully configured with your choice of processor, memory, storage, peripheral cards and operating system. Our systems are available with a wide range of I/O options, operating temperatures and power input ranges.
POC-40+-DIO
- CPU : Intel Atom x6413E
- Mémoire : Jusqu'à 32 Go
- Plage de température maximale : -25°C à +60°C
- Entrée d'alimentation : 12 à 20 VDC
- Certifications : CE/FCC
POC-40+
- CPU : Intel Atom x6413E
- Mémoire : Jusqu'à 32 Go
- Plage de température maximale : -25°C à +60°C
- Entrée d'alimentation : 12 à 20 VDC
- Certifications : CE/FCC
POC-40-IGN
- CPU : Intel Atom x6211E
- Mémoire : Jusqu'à 32 Go
- Plage de température maximale : -25°C à +70°C
- Entrée d'alimentation : 12 à 20 VDC
- Certifications : CE/FCC
POC-40-DIO
- CPU : Intel Atom x6211E
- Mémoire : Jusqu'à 32 Go
- Plage de température maximale : -25°C à +70°C
- Entrée d'alimentation : 12 à 20 VDC
- Certifications : CE/FCC
FPC-8107-3P
- CPU : Intel 10th Gen Core i9/i7/i5/i3
- Mémoire : Jusqu'à 64 Go
- Plage de température maximale : -20°C à +70°C
- Entrée d'alimentation : 9 à 36 VDC
- Certifications : CE/FCC
FPC-8107-1E2P
- CPU : Intel 10th Gen Core i9/i7/i5/i3
- Mémoire : Jusqu'à 64 Go
- Plage de température maximale : -20°C à +70°C
- Entrée d'alimentation : 9 à 36 VDC
- Certifications : CE/FCC
ARES-5310-N3350P
- CPU : Intel Atom x7-E3950/Celeron N3350
- Mémoire : Jusqu'à 8 Go
- Plage de température maximale : -40°C à +70°C
- Entrée d'alimentation : 9 à 36 VDC
- Certifications : CE/FCC
ARES-5310-N3350A
- CPU : Intel Atom x7-E3950/Celeron N3350
- Mémoire : Jusqu'à 8 Go
- Plage de température maximale : -40°C à +70°C
- Entrée d'alimentation : 9 à 36 VDC
- Certifications : CE/FCC
ARES-5310-E3950P
- CPU : Intel Atom x7-E3950/Celeron N3350
- Mémoire : Jusqu'à 8 Go
- Plage de température maximale : -40°C à +70°C
- Entrée d'alimentation : 9 à 36 VDC
- Certifications : CE/FCC
ARES-5310-E3950A
- CPU : Intel Atom x7-E3950/Celeron N3350
- Mémoire : Jusqu'à 8 Go
- Plage de température maximale : -40°C à +70°C
- Entrée d'alimentation : 9 à 36 VDC
- Certifications : CE/FCC
GEODE
- CPU : Intel Core
- Mémoire : Jusqu'à 64 Go
- Plage de température maximale : -40°C à +80°C
- Entrée d'alimentation : N/A
- Certifications : N/A
DX-1200
- CPU : 12e génération de processeurs Intel Core
- Mémoire : Jusqu'à 64 Go
- Plage de température maximale : -40°C à +70°C
- Entrée d'alimentation : 9 à 48 VDC
- Certifications : CE/FCC
Uninterrupted Performance In Harsh Conditions
Ordinateurs robustes
Rugged computing involves devices designed to operate in extreme environments where traditional computers would fail. Ideal for military, construction and industrial applications, our range of rugged computers is engineered to withstand dust, moisture, temperature and vibrations, ensuring reliability and durability.
Benefits of Rugged Computers From Assured Systems
1. Fanless Design
Our rugged PCs are built with a fanless design which not only reduces noise output but significantly decreases the moving parts within the system. This feature also reduces maintenance by minimising dust accumulation and other particulate-related damages within the system.
2. Shock and Vibration Resistance
Engineered with robust materials, our rugged computers are capable of resisting physical shocks and ongoing vibrations, which are common in the automotive, construction and industrial sectors. This resistance guarantees that our PCs remain operational and secure even in mobile installations.
3. Powerful Processing Options
With a variety of powerful processors to choose from, including Intel and AMD, our rugged PCs are equipped to handle complex tasks and manage large data sets quickly and efficiently. Ideal for demanding applications that require robust computing capabilities.
4. Wide Operating Temperature Range
Our rugged computers can operate reliably in extreme hot and cold conditions, generally between a temperature range of -40°C to 85°C with passive cooling systems. This makes them suitable for harsh outdoor applications and challenging environments that experience severe variations in temperature.
5. Extended Connectivity Options
Our rugged computers feature a variety of connectivity options such as USB ports, Ethernet, Wi-Fi and cellular capabilities to ensure constant communication and data transfer.
6. Custom Solutions
We offer customisation options for our range of rugged PCs. Clients can configure systems based on specific requirements such as increased ruggedisation and case branding, creating a perfect fit for unique operational demands.
Where Are Our Rugged Computers Utilised?
Systèmes De Stationnement Intelligents
Smart parking systems improve the efficiency of urban parking spaces by using sensors and data analytics to guide drivers to available spots. Our rugged PCs are integral to these systems, as they can operate reliably outdoors under various weather conditions, from extreme heat to freezing temperatures and resist vibrations typically experienced in urban settings. These computers manage and process data collected from sensors and cameras.
Automatisation
Rugged computers support the industrial automation sector by controlling machinery and production lines, monitoring processes, and facilitating real-time operational decisions. Whether it's high temperatures, dust, moisture or shock, these computers can handle the environmental stresses of manufacturing environments while maintaining high performance in smart factory systems and robotics.
Hazardous Environments
Our Class1/Division 2 ATEX Zone 2 certified rugged PCs are used in hazardous environments such as oil and gas production, chemical processing, pharmaceutical manufacturing and other associated applications. Their robust enclosures and sealed ports ensure that no hazardous elements can penetrate and damage the internal components. These PCs are critical for field data analysis, running diagnostics, and ensuring safe operations.
See Our Rugged Computers at Work
Besoin d'aide pour choisir ?
Nous avons plus de 20 ans d'expérience dans l'aide aux ingénieurs, aux développeurs et aux maîtres d'ouvrage pour choisir le matériel adéquat pour leurs projets.
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