YouTube

4K + 60 fps + HDR

Ich lass immer wieder mal die Telefonkamera mitlaufen, quasi „out of the box“ landet das Bildmaterial auf YouTube und nutzt dort mit 2160p, 60 fps und HDR dabei alles, was die Plattform hergibt. Grundsätzlich ohne Schnitte, ohne Hintergrundmusik, ohne Filter, ohne Effekte. Das Motiv macht die Musik!

Get a close-up look at the intricate process of soldering wires to a potentiometer with this high-definition macro footage. Captured in extreme magnification, this video reveals the fine details and precision required in electronic assembly. Watch as each connection is carefully made, providing an up-close view of the art of soldering. Perfect for tech enthusiasts and anyone interested in the delicate craftsmanship behind electronics. #MacroSoldering #Potentiometer #CloseUpFootage #Electronics #PrecisionSoldering #TechDetails #ElectronicAssembly #HighDefinition #DIYElectronics #SolderingSkills
Macro Soldering Wires to Potentiometer in Extreme Close Up
Dive into the mesmerizing world of thermal dynamics with this fascinating footage! Watch as I test an LED mounted on a CPU cooler by submerging it upside down in cold water. The heatpipes rapidly dissipate heat, creating a stunning, trippy visual effect captured through a thermal imaging camera. See the intense heat patterns and colorful transitions as the cooler works its magic. This experiment highlights the incredible efficiency of heatpipes and the beauty of thermal energy in action. Don’t miss this unique look at heat dissipation in real time! #ThermalImaging #Heatpipes #LEDCooling #CPUcooler #InfraredCamera #HeatDissipation #TechExperiment #ThermalFootage #ScienceInAction
Thermal Imaging: LED Heatpipes in Water - Trippy Heat Dissipation!
I conducted a practical test with an 18,000-lumen flashlight (crazy 150 watts peak) to see how effective cooling could impact its performance. By placing the flashlight under running water, I prevented overheating while it operated at full power. Using a thermal imaging camera, I captured the heat patterns and distribution, converting infrared energy into visible false-color images. This setup allowed me to visually explore how heat moves and dissipates, highlighting the importance of cooling in high-powered LED devices.
Trippy Thermodynamics: IR-Footage of a high power Flashlight cooled by Water in the Sink
I conducted a practical test with an 18,000-lumen flashlight (CRI 97) to see how effective cooling could impact its performance. By placing the flashlight under running water, I prevented overheating while it operated at full power. Using a thermal imaging camera, I captured the heat patterns and distribution, converting infrared energy into visible false-color images. This setup allowed me to visually explore how heat moves and dissipates, highlighting the importance of cooling in high-powered LED devices.
Cooling a Hot Flashlight: The Crazy World of Thermodynamics!
I conducted a practical test with an 18,000-lumen flashlight (CRI 97) to see how effective cooling could impact its performance. By placing the flashlight under running water, I prevented overheating while it operated at full power. Using a thermal imaging camera, I captured the heat patterns and distribution, converting infrared energy into visible false-color images. This setup allowed me to visually explore how heat moves and dissipates, highlighting the importance of cooling in high-powered LED devices.
Surprising Thermal Images: What Your Flashlight Can't Tell You!
Acebeam X50 CRI95+ mit Leitungswasserkühlung im Wärmebild – Langversion in Echtzeit
I conducted a practical test with an 18,000-lumen flashlight (crazy 150 watts peak) to see how effective cooling could impact its performance. By placing the flashlight under running water, I prevented overheating while it operated at full power. Using a thermal imaging camera, I captured the heat patterns and distribution, converting infrared energy into visible false-color images. This setup allowed me to visually explore how heat moves and dissipates, highlighting the importance of cooling in high-powered LED devices.
Underwater Flashlight: What Happens to the Heat?
Experience the peaceful beauty of a Sunday morning in May with this uncut, high-definition footage. Enjoy the calming sound of gentle rain paired with the delightful chorus of birdsong, all captured from my windowsill with a view of the monastery. Filmed in pristine 4K resolution at 60 frames per second and HDR, this video provides an immersive and tranquil atmosphere, perfect for relaxation, meditation, or background ambiance. No cuts, no filters—just pure, natural beauty. Available for free on my channel. #SundayMorning #Birdsong #GentleRain #4KHDR #NatureSounds #UncutFootage #Relaxation #Meditation #PeacefulAmbiance #NaturalBeauty #4KVideo
Serene Sunday Morning in May: Birdsong and Gentle Rain in 4K HDR
Verschneiter Sonntagmorgen am Maienbrunnen – Bamberg erwacht im April
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