Single-Board Computer (SBC)

A Single-Board Computer (SBC) is a complete computer built on a single circuit board, containing a processor, memory, and I/O interfaces. SBCs are commonly used in IoT and edge computing deployments and may be managed through MDM platforms depending on their operating system.

Characteristics​

SBCs are compact, low-cost, and low-power computers. They typically include a processor (ARM-based or similar), RAM, storage, USB ports, Ethernet, and sometimes GPIO pins for hardware interfacing. Popular SBCs include Raspberry Pi, BeagleBone, and NVIDIA Jetson.

Operating Systems​

SBCs commonly run Linux distributions, though some support Android or Windows. Android-based SBCs can be managed through Android Enterprise MDM platforms. Linux-based SBCs require different management approaches.

IoT Applications​

SBCs are used in environmental sensors, industrial equipment, smart displays, and edge computing devices. They're inexpensive enough for widespread deployment while powerful enough for meaningful computing tasks.

Android-Based SBCs​

When running Android, SBCs can be enrolled in Android Enterprise MDM platforms. This allows applying policies, deploying apps, and monitoring devices similar to smartphones and tablets.

Management Challenges​

SBCs often lack user interfaces, making traditional MDM management difficult. Some SBCs may have limited network connectivity. These factors complicate management compared to traditional mobile devices.

Custom Hardware Integration​

Many SBC deployments include custom hardware (sensors, actuators, displays). Management must account for both the SBC operating system and custom hardware components.

Long-Term Deployments​

SBCs are often deployed in applications with long service lifespans (5+ years). Organizations must plan for long-term support, including firmware updates, security patches, and hardware replacement cycles.

Edge Computing​

SBCs are increasingly used for edge computing where computation happens locally on the device rather than in the cloud. This requires robust local management and security controls.