Only create posts related to GPU mining. Ethereum validator node, Flux node and Cardano node in this group. Discussion related to setting up your own node, from hardware selection to assembly. From various software installations to node setup to run the node successfully is considered here.
The world of imaging has never been more vibrant, driven by the relentless progress in sensor technology. At the heart of this revolution are Complementary Metal-Oxide-Semiconductor (CMOS) and Scientific CMOS (sCMOS) image sensors, which have firmly established their dominance across a vast landscape of applications. Once niche components, these sensors are now critical enablers of everything from the device in your pocket to groundbreaking scientific discovery.
While both technologies share the same foundational semiconductor architecture, their purpose sets them apart.
CMOS (Complementary Metal-Oxide-Semiconductor): This is the workhorse of the modern imaging world. Known for its high-speed readout, low power consumption, and cost-effectiveness due to mass-production capabilities, CMOS sensors are the go-to for consumer electronics. They feature a capacitor and amplifier at every pixel, allowing for parallel processing and fast frame rates,…
Added a NIC to my Eth Validator node server as a secondary network adapter. The server is now set up for Dual NIC WAN failover, which can be configured for failback, which switches back to primary when the connection is restored. It's a cost-effective solution to prevent downtime and avoid buying an expensive dual-WAN router.
Added a GPU to the Ethereum validator node server for multitasking with three display ports/interfaces: DVI-D, D-Sub/VGA and HDMI.
Learn Linux OS basics. Upgrade yourself from staking to node operator to full stack node developer. The contents of the guide will be updated as we progress with node operations.
Guide link: https://prime-stake-pool.gitbook.io/node-setup-guide/linux-fundamentals/linux-os-architecture