All Comparison AI KiwiPi Series Others Benchmark Test How to Mount SDA1 in Raspberry PiIf you are using a Raspberry Pi, sooner or later, you will run into storage devices like USB drives, SSDs, or external hard disks. When you plug one in, it does not always show up automatically the way it does on a normal computer. This is where the idea of mounting comes in. It sounds technical, but it is actually quite simple once you understand it. In this guide, I will explain how to mount sda1 in Raspberry Pi in a very clear and easy way. Think of this like explaining it to a friend who has never used Linux before. No complicated words, no confusing steps, just what you need to know to make it work. Understanding What SDA1 Means Before we jump into commands, it helps to understand what sda1 actually is. When you connect a storage device to your Raspberry Pi, the system gives it a name. The first drive is usually called sda, and the first partition on that drive is called sda1. If the drive has more partitions, you might see names like sda2, sda3, and so on. So when people search for how to mount sda1 in Raspberry Pi, they are usually trying to April 20, 2026 Others RK3588 SBC: KiwiPi 5 Pro vs Rivals If you’ve been looking into small but powerful computers, you’ve probably come across the term RK3588 SBC. It sounds technical, but the idea is actually simple. A single-board computer is just a full computer built onto one small board. You plug in power, storage, and a screen, and it works like a mini PC. The RK3588 is the brain of many of these boards. It’s a chip made by Rockchip, and it’s known for being fast, efficient, and flexible. You’ll find it inside different boards like the KiwiPi 5 Pro and others such as the Rock Pi 5 or similar RK3588-based devices. Let’s break this down in a very simple way and compare how these boards actually feel in real use. What is an RK3588 SBC? An RK3588 SBC is just a small computer powered by the RK3588 chip. That chip has eight CPU cores. Four are fast and handle heavy tasks. Four are slower but save power when you don’t need speed. This helps the system stay cool and efficient. It also has a strong GPU for graphics and video. It can play 4K and even 8K video, which is impressive for such a small board. There is April 14, 2026 KiwiPi Series, Benchmark Test Edge AI Robotics News: Live Updates 2026What Is Edge AI Robotics? If you have been seeing more edge AI robotics news lately, there is a good reason. This field is moving fast, and now it is no longer just about experiments. Real robots are already working in real places. Edge AI robotics means robots can think and make decisions directly on the device (So that is cool). They do not need to send data to the cloud and wait for a response. Everything happens locally (very convenient). This makes them faster and more reliable. Edge AI Robotics Before, many robots depended on cloud systems. They would capture data, send it somewhere, wait, and then act; that works for some tasks, but not for real-time work. If a robot is moving, lifting, or interacting with people, even a small delay can cause problems. That is why edge AI is becoming the standard. It allows robots to react instantly. It also means they can keep working even if the internet is slow or completely unavailable. Latest Edge AI Robotics News: Real Industry Updates in 2026 The biggest change in recent news is simple. Robots are now being used in real jobs, not just tested April 10, 2026 AI RK3588 Simply Explained: Specs & SpeedIf you have been looking at new single-board computers, mini PCs, or AI devices, you have probably noticed the Rockchip RK3588 popping up again and again. It is one of those chips that suddenly became very common, and people keep choosing it for new products. At first, it may look like just another processor name, but once you understand what it offers, it becomes clear why it gets so much attention. What the Rockchip RK3588 actually is The Rockchip RK3588 is a system on a chip, which means it combines many parts of a computer into one piece. Instead of having separate components for processing, graphics, and AI, everything is built into a single chip. This makes devices smaller, more efficient, and easier to design. In simple terms, the RK3588 is like a compact brain that can power a full device, whether it is a small computer, a smart display, or one of the top 5 AI boxes of 2026. What makes the RK3588 interesting is that it is not focused on just one thing. Some chips are strong in graphics but weak in AI, while others are good for simple tasks but cannot handle heavy workloads. The Rockchip RK3588 April 9, 2026 Comparison AI Box: Top 5 Solutions of 2026Now, I want to tell you something new about Smart Box systems. Do you want to know what a Smart AI Box is? In 2026, the AI Box, also called a Smart Box, has become an important technology for real-time data processing, automation, and making decisions at the edge. These small systems handle data locally, which helps reduce delays, protect privacy, and support critical applications like smart cities, retail analysis, robotics, and industrial automation. This article looks at the top 5 AI Box solutions of 2026, comparing their designs, performance, and uses from a straightforward engineering perspective.By the way, if you want to follow how AI boxes are evolving in real-world applications, you can also check the latest edge AI and robotics news updates. Is AI Box the same as Smart Box? Actually, yes, you can call any AI box a Smart box. Most modern solutions integrate GPU-accelerated modules such as NVIDIA Jetson, enabling real-time computer vision, natural language processing, and multi-sensor data fusion. The importance of Smart solutions comes from three main benefits: The first is low latency, which is crucial for robotics, autonomous systems, and industrial control. Second, data privacy ensures sensitive data stays on the device. Third, April 7, 2026 Comparison Kiwi Pi 5 RAM and CPU Benchmark TestIntroduction Single Board Computers (SBCs) using Rockchip’s RK3588S chipset are becoming increasingly popular in areas such as AIoT, robotics, edge computing, and multimedia. The Rockchip RK3588S chip features a powerful CPU, GPU, NPU, and multimedia capabilities, making it a flexible platform for both testing and final products. This article explains how to test SBCs that use RK3588S, with examples like Firefly boards and the Kiwi Pi 5. We will cover hardware checks and software testing. In this article, we present a quick test of the RAM and CPU on the Kiwi Pi 5 and ROC-RK3588S-PC, along with additional information below. Why the RK3588S? The RK3588S is an 8nm, octa-core SoC that combines: CPU: 4× Cortex-A76 (2.2GHz) + 4× Cortex-A55 (1.8GHz) GPU: ARM Mali-G610 MC4, supporting OpenGL ES 3.2, Vulkan 1.2 NPU: 6 TOPS AI acceleration (INT4/8/16, FP16, BF16, TF32) VPU: 8K/60fps decoding, 8K/30fps encoding Memory: Up to LPDDR4X 32GB Connectivity: HDMI 2.1, USB 3.1, PCIe, Ethernet, Wi-Fi 6 Also, want to say that RK3588S is a cost-optimized and compact variant of the RK3588. If you want a deeper look at the chip, you can check our guide on RK3588 specs and performance explained. Key SBC Examples This balance of general-purpose March 9, 2026 KiwiPi Series, Benchmark Test No posts found