Events & News

Performance Comparison: Synaptics VS680 vs. Qualcomm Snapdragon 888

As embedded processors targeting different market segments, the Synaptics VS680 and Qualcomm Snapdragon 888 represent distinct approaches to modern computing. This analysis evaluates their architectures, benchmarks, and real-world performance across key metrics. Key Specifications Comparison Feature Synaptics VS680 Snapdragon 888 Process Node 12nm FinFET 5nm Samsung (5LPE) CPU Quad Cortex-A73 + Quad Cortex-A53 1x Cortex-X1 […]

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arm architecture vs x86 architecture

Why Choose ARM Motherboards for Industrial IoT Solutions

ARM motherboards are versatile embedded computing solutions optimized for the complex requirements of IoT and industrial environments. Known for their low power consumption and high performance, ARM-based motherboards are widely used in IoT devices and industrial systems that require real-time data processing, edge computing, and reliable connectivity across various environments. Here are the key reasons

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embedded computers used in IoT Devices

What Embedded Computers Are and How They Work

Embedded computers are specialized computing systems designed to perform specific tasks within larger devices or systems. Unlike general-purpose computers, they are optimized for efficiency, reliability, and low power consumption. Embedded computers are integral to modern technology, powering everything from smartphones and smart home devices to automotive systems and industrial machinery. Their ability to provide dedicated

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Geniatech presents RISC-V innovative products at edgetech+west2024

Recently, Geniatech has successfully launched a brand new Raspberry Pi like product based on RISC-V chip from StarFive, which will be debuted at edgetech+west2024 in Osaka, Japan. RISC-V, as an emerging instruction set architecture, has triggered extensive attention and research worldwide due to its open, flexible and efficient features. Capturing this technological trend keenly, Geniatech

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Beyond GPUs and TPUs: Why AI Acceleration Cards Are the Future of Compute

As AI continues to dominate tech headlines, everyone’s talking about “large models,” “AI acceleration,” and “intelligent computing.” But when it comes to real-world deployment, compute power is the true currency. Have you noticed that more AI companies are no longer relying solely on GPUs—or even TPUs? Instead, a new term is gaining traction: Artificial Intelligence

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NXP-Kinara AI Accelerator Manufacturer

Top AI Accelerator Manufacturers Powering the Future of Edge Intelligence

As artificial intelligence continues to move closer to the edge, choosing the right AI accelerator hardware has become a mission-critical decision for engineers, product designers, and system integrators. Whether you’re building smart cameras, autonomous machines, or retail analytics devices, your hardware must deliver high performance, low latency, and power efficiency—all within constrained embedded environments. This

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SoM vs SoC in Edge AI Applications: Balancing Flexibility, Scalability, and Integration

As edge AI continues to transform industries—from smart cities and autonomous vehicles to factory automation and remote monitoring—hardware architecture plays a crucial role in determining success. Developers are constantly faced with a key decision: should they build around a System on Module or a System on Chip? While both approaches deliver powerful compute capabilities, they

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