Single board computers have gained usage in the transportation, energy, industrial Aerospace and Defense industries. Are you probably wondering what single board computers are? Single Board Computers are desktop computers built to function in various temperatures and levels of shock and vibration.
On the other hand, an industrial embedded SBC for drones is made expressly to operate in harsh settings. Parts are frequently soldered directly onto computer boards rather than resting in sockets to account for this. The industrial embedded computer may occasionally be rack-mounted or housed in a self-contained box for extra security. Additionally, it might provide various levels of redundancy for its power supplies.
Advantages of Single Board Computers
One benefit of adopting single-board computers for drones is that custom designs, which can be expensive and lengthen development cycles, are not necessary. Future-proofing can be achieved by simply replacing the SBC design with an updated version with the same footprint.
SPI, I2C, CAN, or USB are just a few protocols that single-board computers can use to communicate with external devices like camera systems, Navigation systems, or inertial sensors. In addition, they can use analog sensors because of the built-in analog to digital conversion. Finally, several SBCs will run Linux, another business system software, or an existing production system for quest operations.
What Are The Applications of Single Board Computers
Single Board computers can be used in various industrial applications. Businesses request technology solutions that enable higher operational efficiencies to handle rapid change, stay up with a dynamic global economy, and deal with growing competition. SBCs offer solutions to meet these demands. The following are some of the SBCs applications:
Defense and Aerospace
All military action areas are experiencing a rapid transformation in warfighting capabilities due to connected technologies. Single board computers offer significant cost savings and long life cycles due to their ruggedness, high reliability, and adaptability across many platforms.
For instance, the SBC for drones is constructed with durable industrial-grade components, is shock- and vibration-resistant, and is intended to function at high temperatures to assure durability in any operating environment.
Energy conservation, maintenance and operation requirements on building management networks, and integration for a wide range of energy tracking devices are all factors that energy conservation solutions must address. The extensive offering of single board computers and engineering know-how meets the demanding, ever-changing needs of the manufacturing power grid.
The industrial single board computer systems are resilient, rugged and dependable. They sense, monitor and manage industrial applications such as:
- Windmills and energy production
- solar energy generation and solar panels
- Voltage control
- Payment for retail gas pump meters
- Gas and oil production
The single board computers minimize maintenance while providing resistance to shock and vibration. Every component will provide the highest level of uptime, efficiency, and resilience. Also, SBCs are useful in utilities and energy, such as automated valve operations and solar photovoltaic panel wiring to power WiFi-enabled metering devices.
In conclusion, SBCs are used widely in industrial applications and make commercial area usage much more effortless. In addition, the devices are vital in collecting and enabling the flow of critical data at the core of your high-performance programs running in challenging areas where no human being can get easy access to.