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1 week ago | 
linuxgizmos.com | Giorgio Mendoza
Cerebro is an upcoming clusterboard platform launching on Kickstarter, designed for AI, edge computing, and embedded development. It supports a range of compute modules including Raspberry Pi CM4 and CM5, NVIDIA Jetson, and Radxa CM5, providing a modular base for scalable systems. The board can host up to four compute nodes and includes an onboard, expandable Baseboard Management Controller that enables remote power control and system monitoring for each individual node.
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1 week ago | 
linuxgizmos.com | Giorgio Mendoza
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(Updated) Metis Compute Board with RK3588 and AI Acceleration for Edge Applications Apr 14, 2025 — by Giorgio Mendoza 48 views The Metis Compute Board is a compact single-board computer designed for AI applications requiring high computational performance at the edge.
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1 week ago | 
linuxgizmos.com | Giorgio Mendoza
Armbian has expanded its support for cloud infrastructure with a new line of dedicated cloud images designed for generic x86 and aarch64 platforms. These images are tailored for performance, efficiency, and streamlined deployment in virtualized and cloud-native environments. The new Armbian cloud image set aims to meet the growing demand for lightweight and reliable Linux systems in virtual machines, containers, and cloud platforms.
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1 week ago | 
lxer.com | Giorgio Mendoza
Apr 11, 2025 — by Giorgio Mendoza 92 views Twitter Facebook LinkedInReddit PinterestEmailBanana Pi has shared details of its upcoming BPI-CM6 module, built with the SpacemiT K1 octa-core RISC-V processor.
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1 week ago | 
lxer.com | Giorgio Mendoza
Zephyr Project has released version 4.1 of its RTOS, bringing notable improvements in kernel performance, toolchain support, and hardware compatibility. While not an LTS release, it introduces key updates aimed at enhancing developer experience and system efficiency. One of the main focuses of this release is performance. Extensive work went into addressing kernel bottlenecks and expanding benchmark coverage.
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1 week ago | 
linuxgizmos.com | Giorgio Mendoza
Renesas Electronics has introduced the RZ/V2N Evaluation Kit, a platform for developing embedded systems with on-device AI. Built around the RZ/V2N microprocessor, it combines an AI accelerator, image signal processor, and security features for vision-based edge applications. The evaluation platform includes two boards: the RTK0EF0186C02000BJ main board and the RTK0EF0168B00000BJ expansion board.
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1 week ago | 
lxer.com | Giorgio Mendoza
(Updated) Sipeed Previews Compact, Low-Cost NanoCluster for Multi-SOM Computing Apr 11, 2025 — by Giorgio Mendoza 158 views The NanoCluster is a compact computing platform designed for multi-SOM configurations, offering a balance between size and functionality. It supports up to seven system-on-modules, including the LM3H, CM4, CM5, and M4N, making it adaptable for various applications requiring distributed computing.
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1 week ago | 
lxer.com | Giorgio Mendoza
Sony Electronics has introduced the AS-DT1, a miniature LiDAR depth sensor targeting applications with strict space and weight constraints. Measuring 29mm x 29mm x 31mm and weighing 50g, it is described as the world’s smallest and lightest LiDAR sensor in its class. The AS-DT1 is built on Sony’s proprietary Direct Time of Flight LiDAR technology. It employs a Single Photon Avalanche Diode sensor to deliver precise 3D measurements across length, width, and depth.
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1 week ago | 
linuxgizmos.com | Giorgio Mendoza
(Updated) Sipeed Previews Compact, Low-Cost NanoCluster for Multi-SOM Computing Apr 11, 2025 — by Giorgio Mendoza 54 views The NanoCluster is a compact computing platform designed for multi-SOM configurations, offering a balance between size and functionality. It supports up to seven system-on-modules, including the LM3H, CM4, CM5, and M4N, making it adaptable for various applications requiring distributed computing.
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1 week ago | 
linuxgizmos.com | Giorgio Mendoza
Sony Electronics has introduced the AS-DT1, a miniature LiDAR depth sensor targeting applications with strict space and weight constraints. Measuring 29mm x 29mm x 31mm and weighing 50g, it is described as the world’s smallest and lightest LiDAR sensor in its class. The AS-DT1 is built on Sony’s proprietary Direct Time of Flight LiDAR technology. It employs a Single Photon Avalanche Diode sensor to deliver precise 3D measurements across length, width, and depth.
