Bliiot Technical Glossary for Industrial IoT Terminology

Technical Terms

Industrial IoT Gateway: The Intelligent Hub for Connectivity, Computing, and Industrial Transformation
2025-12-18
An Industrial IoT Gateway is a hardware device deployed on the industrial site, close to the data source. It is responsible for connecting various industrial equipment, sensors, controllers (such as PLCs), and more to the cloud or local servers. It possesses core capabilities such as data acquisition, protocol conversion, edge computing, and secure transmission, making it a crucial hub that bridges the gap between devices and higher-level systems in an Industrial Internet of Things (IIoT) .
What is an Edge Computing Controller?
2025-12-18
An edge computing controller is an embedded control device deployed on-site in industrial settings or near equipment. It not only possesses the real-time control capabilities of traditional PLCs (Programmable Logic Controllers) but also integrates edge computing, data acquisition, protocol conversion, network communication, and intelligent analysis.
ARM Cortex-A53 vs Cortex-A55 Processor Comparison
2025-09-22
Compare ARM Cortex-A53 vs Cortex-A55 processors in BLIIoT ARMxy industrial computers. Learn differences in performance, efficiency, AI, and use cases.
ARM Cortex-A55 vs Cortex-A72 Processor Comparison
2025-09-19
Compare ARM Cortex-A55 vs Cortex-A72 processors for industrial PCs. See differences in performance, power efficiency, features, and applications to choose the right ARM solution.
ARM Cortex-A72 vs Cortex-A76 Processors
2025-09-18
Compare ARM Cortex-A72 vs Cortex-A76 processors. See performance, efficiency, and AI upgrades powering BLIIoT BL440 & BL450 AI edge gateways.
BLRAT: Smart Remote Access Tool for Industrial Edge Devices
2025-09-17
BLRAT (Beilai Remote Access Tool) ,It lets engineers monitor, configure, and troubleshoot devices anytime, anywhere—saving time, reducing costs, and ensuring reliable industrial operations.
Differences Between RISC-V and ARM Processors
2025-09-16
Compare RISC-V and ARM processors: open vs proprietary ISAs, performance, ecosystems, costs, and use cases from IoT to servers and automotive.
ARMv8-A, ARMv8.1, ARMv8.2, and ARMv8.4 Architecture Differences Explained
2025-09-15
Explore ARMv8-A to ARMv8.4: evolution in memory, compute, and security. Compare benchmarks, features, and use cases from mobile AI to cloud servers.

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