Rugged & Industrial High-Performance Fanless BOX-PC
Product Overview
Rugged & Industrial High-Performance Fanless BOX-PC
1) Processor (High Performance Class)
- Intel® Core™ i7 (10th / 11th / 12th / 13th Gen – U / H / Embedded series)
- Intel® Core™ i9 (11th / 12th / 13th Gen – performance embedded variants)
- Multi-core architecture (4 / 6 / 8 / 12 cores depending on generation)
- High clock speed with Turbo Boost for compute-intensive workloads
- Designed for edge AI, real-time analytics, vision processing, defense & industrial automation
- Long-life embedded CPU roadmap support
2) System Architecture
- Embedded industrial motherboard with extended lifecycle
- Chipset: Intel® Q-series / Embedded PCH
- Fanless thermal design using heavy aluminium heat-sink enclosure
- Optimized thermal path for sustained high CPU load (no throttling under normal conditions)
3) Memory (RAM)
- 2× SO-DIMM slots
- DDR4 / DDR5 (model dependent)
- Capacity options: 16 GB / 32 GB / 64 GB / up to 128 GB
- Optional ECC memory support (select platforms)
4) Storage
- 1× M.2 NVMe (PCIe Gen3 / Gen4)
- 1× or 2× 2.5” SATA SSD/HDD (industrial grade)
- Storage options:
- 256 GB / 512 GB / 1 TB / 2 TB SSD
- Optional RAID (software / hardware based on platform)
5) Graphics & Display Output
- Integrated Intel® UHD / Iris® Xe Graphics
- Supports 4K resolution
- Display interfaces (configurable):
- HDMI
- DisplayPort
- VGA (legacy optional)
- Multi-display support (dual / triple display depending on CPU & board)
6) I/O Interfaces (Configurable)
- USB 3.2 / USB 2.0 (4 to 8 ports)
- Serial ports: RS-232 / RS-422 / RS-485 (2 to 6 ports)
- LAN:
- Dual / Quad Gigabit Ethernet
- Optional 2.5G / 10G LAN
- Digital I/O (GPIO) – optional
- Audio I/O – optional
7) Rugged / Industrial Connector Options (Optional)
- Circular locking connectors for:
- Power input
- USB
- LAN
- Serial ports
- Designed for vibration-prone and mobile installations
- Secure cable retention for field and defense use
8) Power Input
- Standard DC 12 V
- Optional wide-range input: 12–36 V or 12–48 V
- Over-voltage, reverse polarity & surge protection
- Ignition power control (vehicle applications – optional)
9) Expansion & Communication (Optional)
- M.2 / Mini-PCIe expansion slots
- Optional modules:
- Wi-Fi
- Bluetooth
- 4G LTE / 5G
- GPS / GNSS
- External antenna support (optional)
10) Operating System Support
- Windows 10 Pro / Windows 11 Pro
- Windows IoT Enterprise
- Linux (Ubuntu, Debian, Red Hat based distros)
- BIOS customization and OS image preload available
11) Environmental Specifications
- Operating temperature:
- Standard: -20°C to +60°C
- Extended: -40°C to +70°C (industrial SSD & memory required)
- Storage temperature: -40°C to +85°C
- Humidity: Up to 95% non-condensing
- Shock & vibration resistant (industrial grade design)
12) Mechanical & Mounting
- Rugged aluminium alloy enclosure
- Fanless, sealed construction (dust-resistant)
- Mounting options:
- Wall mount
- DIN-rail
- VESA mount
- Vehicle mount kit (optional)
13) Security & Reliability (Optional)
- TPM 2.0
- Secure Boot
- Watchdog timer
- Automatic power-on after power failure
- Industrial-grade components for 24×7 continuous operation
14) Typical Applications
- Defense & aerospace systems
- AI edge computing
- Machine vision & inspection
- Industrial automation & PLC gateway
- Railways & vehicle systems
- Control rooms & command centers
- High-end data acquisition systems
15) Short Brochure Line (Optional Use)
"High-performance fanless BOX-PC powered by Intel® Core™ i7 / i9 processors,
engineered for extreme industrial and rugged environments with extended
temperature support, modular I/O and long-life embedded reliability.”
Explanation: Rugged vs Industrial Systems
What is an Industrial System?
Industrial systems are designed for controlled industrial environments such as factories, control rooms, production floors, laboratories, and automation cabinets. These systems focus on reliability, long-life components, and stable 24×7 operation, but they assume relatively predictable conditions.
Key characteristics of Industrial systems:
- Designed for indoor or semi-controlled environments
- Moderate operating temperature range (typically -20°C to +60°C)
- Protection against dust and electrical noise, but not extreme shock
- Standard industrial connectors and interfaces
- Fanless or low-noise cooling for continuous operation
- Cost-effective for large-scale industrial deployments
Typical use cases:
- Factory automation
- PLC control and SCADA systems
- HMI stations
- Process monitoring
- Manufacturing and test equipment
What is a Rugged System?
Rugged systems are engineered for extreme and unpredictable environments where standard industrial equipment may fail. These systems are built to survive shock, vibration, wide temperatures, moisture, dust, and mobile conditions, making them suitable for mission-critical and field deployments.
Key characteristics of Rugged systems:
- Designed for harsh outdoor and mobile environments
- Wide operating temperature range (up to -40°C to +70°C)
- High resistance to shock, vibration, and mechanical stress
- Sealed enclosures with circular / locking connectors
- Enhanced power protection and wide voltage input
- Built to meet military, railway, or transportation standards
Typical use cases:
- Defense and military systems
- Railways and vehicle-mounted applications
- Oil & gas and mining
- Outdoor surveillance and command systems
- Aerospace and mobile control units
Core Difference in Simple Terms
- Industrial = Stable environment, factory-focused, cost-optimized
- Rugged = Extreme environment, field-ready, mission-critical
Comparison Summary (Text)
- Environment: Industrial for controlled areas; Rugged for harsh and outdoor conditions
- Durability: Industrial is robust; Rugged is heavily reinforced
- Temperature: Industrial supports moderate range; Rugged supports extreme range
- Shock/Vibration: Industrial is limited; Rugged is high-resistance
- Connectors: Industrial uses standard connectors; Rugged uses locking circular connectors
- Cost: Industrial is economical; Rugged is premium due to higher protection
How to Choose
- Choose Industrial systems if the system will be used inside factories, panels, or control rooms with minimal vibration and stable power.
- Choose Rugged systems if the system will be used outdoors, in vehicles, defense sites, railways, or high-vibration environments where failure is not acceptable.
One-Line Marketing Statement (Optional)
“Industrial systems are built for
reliability in controlled environments,
while rugged systems are engineered
to survive extreme conditions where
failure is not an option.”