| Image | Part Number | Description / PDF | Quantity | Rfq |
|---|---|---|---|---|
 |
Digi |
MODULE SBC OPTO FWT38 |
0 |
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Digi |
MODULE SBC FWT50 A/D MODULE |
0 |
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Digi |
COMPUTER SINGLE-BOARD BL1810 |
0 |
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Digi |
COMPUTER SNGL BD BL2110 BOTT MNT |
0 |
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Digi |
CONNECTCORE WI-I.MX6QUAD |
0 |
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Digi |
COMPUTER SNGL BD BL2020 IDC HDR |
0 |
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Digi |
COMPUTER SGL-BD BL2000 SRAM/FLSH |
0 |
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Digi |
COMPUTER SNGL BD BL2130 IDC HDR |
0 |
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Digi |
COMPUTER SGL-BD BL2110 512K FLSH |
0 |
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Digi |
COMPUTER SNGL BD BL2030 IDC HDR |
0 |
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|
Digi |
COMPUTER SGL-BD BL2110 IDC HDR |
0 |
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|
Digi |
COMPUTER SNGLBD BL2120 FRCTNLOCK |
0 |
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Digi |
COMPUTER SINGLE BOARD BL2120 |
0 |
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Digi |
COMPUTER SNGL BD BL2100 IDC 512K |
0 |
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Digi |
COMPUTER SINGLE BOARD BL2010 |
0 |
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Digi |
COMPUTER SNGL BD BL2120 BOTT MNT |
0 |
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Digi |
COMPUTER SNGL BD BL2010 IDC HDR |
0 |
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Digi |
COMPUTER SNGL BD BL2020 BOTT MNT |
0 |
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Digi |
MODULE SBC FWT50 |
0 |
|
|
Digi |
INTERFACE OP7210 |
0 |
|
Embedded computers are specialized computing systems designed for specific tasks within larger mechanical or electrical systems. Single Board Computers (SBCs) integrate all computer components on a single circuit board, providing a compact and self-contained solution. Computer On Module (COMs) are standardized modules containing core computing components, designed to be integrated into carrier boards for customized applications. These technologies are critical in industrial automation, IoT, robotics, and edge computing due to their reliability, scalability, and space efficiency.
| Type | Functional Characteristics | Application Examples |
|---|---|---|
| SBC (e.g., Raspberry Pi) | Complete system with CPU, RAM, storage, and I/O interfaces | Smart home devices, educational tools |
| COM (e.g., COM Express) | Modular design with processor, memory, and basic I/O; requires carrier board | Medical imaging systems, industrial controllers |
| Industrial SBC | Ruggedized components for harsh environments | Factory automation, outdoor kiosks |
A typical SBC includes a processor (ARM/x86), RAM, flash storage (eMMC/NOR), power management unit, and interfaces (USB, HDMI, GPIO). COMs feature a dense layout with SoC (System on Chip), DDR4 memory packages, thermal dissipation layers, and high-speed connectors. Both utilize PCB substrates with multi-layer routing for signal integrity.
| Parameter | Description | Importance |
|---|---|---|
| CPU Performance | Measured in DMIPS or GHz | Determines processing capability |
| Thermal Design Power (TDP) | Power consumption in watts | Impacts cooling requirements |
| Interface Types | USB 3.0, PCIe, CAN, etc. | Dictates peripheral compatibility |
| Operating Temperature | -40 C to +85 C range | Defines environmental tolerance |
| Manufacturer | Product Series | Key Features |
|---|---|---|
| Raspberry Pi Foundation | Raspberry Pi 4 Model B | Quad-core Cortex-A72, 4K HDMI |
| Intel | COM Express modules | 11th Gen Core processors, PCIe 4.0 |
| NVIDIA | JETSON AGX Xavier | AI accelerator, 32 TOPS performance |
| Advantech | AIMB-236 SBC | Intel Atom x6425E, -20 C to 70 C operation |
Consider processing requirements, power constraints, environmental conditions, and long-term availability. For industrial applications, prioritize extended temperature ranges and RoHS compliance. Evaluate ecosystem support (OS compatibility, SDKs) and choose modular designs for future upgrades.
Key trends include AI integration at the edge, adoption of RISC-V architecture, increased use of heterogeneous computing (CPU+GPU+NPU), and standardization of COM interfaces (e.g., SMARC 2.0). Energy efficiency improvements and cybersecurity features are becoming critical for IoT deployments.