ADL offers a rich portfolio of industrial 3.5” SBCs (single board computer) to meet the needs of customer-specific requirements and a variety of industrial uses.
ADL’s portfolio of 3.5"-SBCS are a perfect choice for, SWAP- optimized industrial PCs HMI Panels and other space-limited applications.
|CONNECTORS||Standard Connectors Front-side with additional On-board|
|HIGHSPEED INTERFACE||4x PCIe X1 or 1x PCIe X4|
|USB INTERFACE||USB 2.0 & USB 3.0|
|STORAGE INTERFACE||SATA 3 Gb/s & SATA 6 Gb/s|
|DIMENSION||102mm x 147mm (4" x 5.8")|
ADL’s broad portfolio of 3.5"-SBCSs ranges from the low- powered Intel® Atom™ architecture to the latest high-performance Intel® Core™ Celeron/i5/i7 quad core processors.
3.5"-SBC Power Options
|Intel Atom class 3,5"-SBC with onboard PSU (power supply unit)||Intel Core class 3.5"-SBC with standalone PSU (power supply unit)|
ADL 3.5”-SBCs are designed to a 102 x 147 mm form factor and are full-featured, standalone boards meant for a wide range of industrial, medical and defense applications. The PCI-Express Bus (1x PCIe X4/4x PCIe X1) architecture allows for added I/O expansions. Target applications include:
- Intelligent PC controller for factory automation machinery and equipment.
- High-Speed Industrial Storage
- Very-High/Ultra-High USB 3.0 Vision Processor
- Industrial Data Aggregation and Storage
- Industrial IoT Gateways and Controllers
- Secure Networking Devices
- Mobile Telephony
- Traffic Engineering
- Wind Turbine Datalogging and Collison Avoidance
- Drone Payload Computing
- Oil and Gas IPC
- Unmanned Autonomous Systems
The ADLQ170HDS is the latest in ADL’s line of highperformance 3.5” Intel® Core™ single board computers (SBC). It makes use of 6th generation Intel Core Skylake processors and Intel’s Q170HDS chipset to provide a robust set of features including 32 GB DDR4 DRAM, TPM 2.0, 4x SATA 6Gb/s, 4x USB 3.0 and much more. This makes it ideal for a variety of system-critical industrial applications where these high-performance features are an absolute necessity, but no less critical are less tangible features like high MTBF, long-life availability, hardware and firmware revision control, obsolescence management, technical, engineering and design support.