#jetson — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #jetson, aggregated by home.social.
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The Jetson Orin Nano 2 is NVIDIA's new edge AI computer that puts frontier-model performance into a chip small enough for a home cleaning robot.
#nvidia #physicalai #robotics #edgeai #jetson #tech #ai #technology
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The Jetson Orin Nano 2 is NVIDIA's new edge AI computer that puts frontier-model performance into a chip small enough for a home cleaning robot.
#nvidia #physicalai #robotics #edgeai #jetson #tech #ai #technology
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The Jetson Orin Nano 2 is NVIDIA's new edge AI computer that puts frontier-model performance into a chip small enough for a home cleaning robot.
#nvidia #physicalai #robotics #edgeai #jetson #tech #ai #technology
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The Jetson Orin Nano 2 is NVIDIA's new edge AI computer that puts frontier-model performance into a chip small enough for a home cleaning robot.
#nvidia #physicalai #robotics #edgeai #jetson #tech #ai #technology
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The Jetson Orin Nano 2 is NVIDIA's new edge AI computer that puts frontier-model performance into a chip small enough for a home cleaning robot.
#nvidia #physicalai #robotics #edgeai #jetson #tech #ai #technology
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Upcoming Jetson Orin Nano 2 boosts edge AI performance to 78 TOPS
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reComputer Classic J5011/J5012 Adds 10GbE and PCIe Gen4 to Jetson AGX Orin
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reComputer Mini J501 Edge AI computer features NVIDIA Jetson AGX Orin 64GB/32GB module, two FAKRA camera connectors
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Now, if you didn’t know NVIDIA made ARM single board computers, I can’t really blame you. When most people think of TeamGreen™ they think GeForce, CUDA, and leather jackets.
https://interfacinglinux.com/2026/08/04/recomputer-super-j4012-setup-and-quickstart/ #ARM #JETPACK #JETSON #LLM #NVIDIA #reComputer #REVIEW -
Now, if you didn’t know NVIDIA made ARM single board computers, I can’t really blame you. When most people think of TeamGreen™ they think GeForce, CUDA, and leather jackets.
https://interfacinglinux.com/2026/08/04/recomputer-super-j4012-setup-and-quickstart/ #ARM #JETPACK #JETSON #LLM #NVIDIA #reComputer #REVIEW -
Now, if you didn’t know NVIDIA made ARM single board computers, I can’t really blame you. When most people think of TeamGreen™ they think GeForce, CUDA, and leather jackets.
https://interfacinglinux.com/2026/08/04/recomputer-super-j4012-setup-and-quickstart/ #ARM #JETPACK #JETSON #LLM #NVIDIA #reComputer #REVIEW -
Now, if you didn’t know NVIDIA made ARM single board computers, I can’t really blame you. When most people think of TeamGreen™ they think GeForce, CUDA, and leather jackets.
https://interfacinglinux.com/2026/08/04/recomputer-super-j4012-setup-and-quickstart/ #ARM #JETPACK #JETSON #LLM #NVIDIA #reComputer #REVIEW -
Now, if you didn’t know NVIDIA made ARM single board computers, I can’t really blame you. When most people think of TeamGreen™ they think GeForce, CUDA, and leather jackets.
https://interfacinglinux.com/2026/08/04/recomputer-super-j4012-setup-and-quickstart/ #ARM #JETPACK #JETSON #LLM #NVIDIA #reComputer #REVIEW -
Aliensense NXS is a plug-and-play GMSL 2/3 and CAN-FD sensor board for robots
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Can #Copilot and I replace the GNOME desktop GUI of Ubuntu on my #Jetson Orin Nano with our own Single Window AEye GUI? No more silly Linux #GNOME, #XFCE, #MINT, ... desktop GUI. We use Openbox and Qt6 for this project.
Our AEye GUI will have a single window with a tab system and a collapsible AI panel. No more task bar, sidebar, ... All these Linux desktop environments are inefficient and are eating up all the resources of #Ubuntu #Linux, which is already inefficient and bloated.
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Can #Copilot and I replace the GNOME desktop GUI of Ubuntu on my #Jetson Orin Nano with our own Single Window AEye GUI? No more silly Linux #GNOME, #XFCE, #MINT, ... desktop GUI. We use Openbox and Qt6 for this project.
Our AEye GUI will have a single window with a tab system and a collapsible AI panel. No more task bar, sidebar, ... All these Linux desktop environments are inefficient and are eating up all the resources of #Ubuntu #Linux, which is already inefficient and bloated.
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Can #Copilot and I replace the GNOME desktop GUI of Ubuntu on my #Jetson Orin Nano with our own Single Window AEye GUI? No more silly Linux #GNOME, #XFCE, #MINT, ... desktop GUI. We use Openbox and Qt6 for this project.
Our AEye GUI will have a single window with a tab system and a collapsible AI panel. No more task bar, sidebar, ... All these Linux desktop environments are inefficient and are eating up all the resources of #Ubuntu #Linux, which is already inefficient and bloated.
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Can #Copilot and I replace the GNOME desktop GUI of Ubuntu on my #Jetson Orin Nano with our own Single Window AEye GUI? No more silly Linux #GNOME, #XFCE, #MINT, ... desktop GUI. We use Openbox and Qt6 for this project.
Our AEye GUI will have a single window with a tab system and a collapsible AI panel. No more task bar, sidebar, ... All these Linux desktop environments are inefficient and are eating up all the resources of #Ubuntu #Linux, which is already inefficient and bloated.
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#Jetson Orin Nano is unfriendly as an embedded board for simple robotics or #agenticAI. You can't get cheap audio using cheap DAC. Unlike the GPIO pins on any #esp32 board that have fixed destinations, the pins on the Jetson board vary depending on your Jetpack version.
On Jetpack 7.2, jetson-io.py configuration is ignored by bootloader. Changing extlinux.conf and dtbo does not work. I burned my PCM5100 DAC board after a wrong pin connection to the fake 40 pin GPIO. HDMI is not cheap!
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#Jetson Orin Nano is unfriendly as an embedded board for simple robotics or #agenticAI. You can't get cheap audio using cheap DAC. Unlike the GPIO pins on any #esp32 board that have fixed destinations, the pins on the Jetson board vary depending on your Jetpack version.
On Jetpack 7.2, jetson-io.py configuration is ignored by bootloader. Changing extlinux.conf and dtbo does not work. I burned my PCM5100 DAC board after a wrong pin connection to the fake 40 pin GPIO. HDMI is not cheap!
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#Jetson Orin Nano is unfriendly as an embedded board for simple robotics or #agenticAI. You can't get cheap audio using cheap DAC. Unlike the GPIO pins on any #esp32 board that have fixed destinations, the pins on the Jetson board vary depending on your Jetpack version.
On Jetpack 7.2, jetson-io.py configuration is ignored by bootloader. Changing extlinux.conf and dtbo does not work. I burned my PCM5100 DAC board after a wrong pin connection to the fake 40 pin GPIO. HDMI is not cheap!
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#Jetson Orin Nano is unfriendly as an embedded board for simple robotics or #agenticAI. You can't get cheap audio using cheap DAC. Unlike the GPIO pins on any #esp32 board that have fixed destinations, the pins on the Jetson board vary depending on your Jetpack version.
On Jetpack 7.2, jetson-io.py configuration is ignored by bootloader. Changing extlinux.conf and dtbo does not work. I burned my PCM5100 DAC board after a wrong pin connection to the fake 40 pin GPIO. HDMI is not cheap!
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#Jetson Orin Nano #Ubuntu is very unfriendly with no good native apps and is relatively slow running most programs. So, it is only good for doing some small LLM inferencing and #edgeAI stuff like #LiDAR which I don't care cause I will be using #esp32 for that purpose.
But the good news is, I can use Pi Apps which uses #Flatpak, allowing some of my favorite apps. like #Obsidian notes, to run on this Jetson board that runs on an ARM 64 version of Ubuntu.
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#Jetson Orin Nano #Ubuntu is very unfriendly with no good native apps and is relatively slow running most programs. So, it is only good for doing some small LLM inferencing and #edgeAI stuff like #LiDAR which I don't care cause I will be using #esp32 for that purpose.
But the good news is, I can use Pi Apps which uses #Flatpak, allowing some of my favorite apps. like #Obsidian notes, to run on this Jetson board that runs on an ARM 64 version of Ubuntu.
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#Jetson Orin Nano #Ubuntu is very unfriendly with no good native apps and is relatively slow running most programs. So, it is only good for doing some small LLM inferencing and #edgeAI stuff like #LiDAR which I don't care cause I will be using #esp32 for that purpose.
But the good news is, I can use Pi Apps which uses #Flatpak, allowing some of my favorite apps. like #Obsidian notes, to run on this Jetson board that runs on an ARM 64 version of Ubuntu.
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#Jetson Orin Nano #Ubuntu is very unfriendly with no good native apps and is relatively slow running most programs. So, it is only good for doing some small LLM inferencing and #edgeAI stuff like #LiDAR which I don't care cause I will be using #esp32 for that purpose.
But the good news is, I can use Pi Apps which uses #Flatpak, allowing some of my favorite apps. like #Obsidian notes, to run on this Jetson board that runs on an ARM 64 version of Ubuntu.
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7.6-inch square HDMI displays with USB capacitive touchscreen offered at 1200×1200 or 800×800 resolution
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DFI X6X-ORN – An IP67-rated, rugged Jetson Orin NX/Nano edge AI computer with GMSL2 camera support
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The Jetson Orin Nano board is not really that cheap. $249 includes only the mother board with no storage. That 8GB RAM is shared by the CPU and the GPU. But the Ubuntu Linux distro used over 2G RAM leaving only 6G for the GPU and other apps. The Chromium browser even has problems loading some websites, like Bestbuy, that is heavy on javascripts. The Wifi seems weaker than my esp32 p4 c6.
#Jetson Orin Nano is only good at running 1 - 3B small #LLMs. It gives 19 tokens/s on a 3B Q4. -
The Jetson Orin Nano board is not really that cheap. $249 includes only the mother board with no storage. That 8GB RAM is shared by the CPU and the GPU. But the Ubuntu Linux distro used over 2G RAM leaving only 6G for the GPU and other apps. The Chromium browser even has problems loading some websites, like Bestbuy, that is heavy on javascripts. The Wifi seems weaker than my esp32 p4 c6.
#Jetson Orin Nano is only good at running 1 - 3B small #LLMs. It gives 19 tokens/s on a 3B Q4. -
The Jetson Orin Nano board is not really that cheap. $249 includes only the mother board with no storage. That 8GB RAM is shared by the CPU and the GPU. But the Ubuntu Linux distro used over 2G RAM leaving only 6G for the GPU and other apps. The Chromium browser even has problems loading some websites, like Bestbuy, that is heavy on javascripts. The Wifi seems weaker than my esp32 p4 c6.
#Jetson Orin Nano is only good at running 1 - 3B small #LLMs. It gives 19 tokens/s on a 3B Q4. -
The Jetson Orin Nano board is not really that cheap. $249 includes only the mother board with no storage. That 8GB RAM is shared by the CPU and the GPU. But the Ubuntu Linux distro used over 2G RAM leaving only 6G for the GPU and other apps. The Chromium browser even has problems loading some websites, like Bestbuy, that is heavy on javascripts. The Wifi seems weaker than my esp32 p4 c6.
#Jetson Orin Nano is only good at running 1 - 3B small #LLMs. It gives 19 tokens/s on a 3B Q4. -
After struggling for a couple of hours, my new #Jetson Orin Nano is finally alive. There are so many issues in this supposedly simple installation process. 1. I had to find that fc_rec pin and connect it to GND using a jumper. This silly pin is hiding under the CPU/GPU and the fan. 2. The data transfer usb cable must be high grade.
This cheap card is not cheap at all. I had to use my 1T WD NvMe card cause it has zero memory out of the box. That alone costs me $140.
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After struggling for a couple of hours, my new #Jetson Orin Nano is finally alive. There are so many issues in this supposedly simple installation process. 1. I had to find that fc_rec pin and connect it to GND using a jumper. This silly pin is hiding under the CPU/GPU and the fan. 2. The data transfer usb cable must be high grade.
This cheap card is not cheap at all. I had to use my 1T WD NvMe card cause it has zero memory out of the box. That alone costs me $140.
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After struggling for a couple of hours, my new #Jetson Orin Nano is finally alive. There are so many issues in this supposedly simple installation process. 1. I had to find that fc_rec pin and connect it to GND using a jumper. This silly pin is hiding under the CPU/GPU and the fan. 2. The data transfer usb cable must be high grade.
This cheap card is not cheap at all. I had to use my 1T WD NvMe card cause it has zero memory out of the box. That alone costs me $140.
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After struggling for a couple of hours, my new #Jetson Orin Nano is finally alive. There are so many issues in this supposedly simple installation process. 1. I had to find that fc_rec pin and connect it to GND using a jumper. This silly pin is hiding under the CPU/GPU and the fan. 2. The data transfer usb cable must be high grade.
This cheap card is not cheap at all. I had to use my 1T WD NvMe card cause it has zero memory out of the box. That alone costs me $140.
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NVIDIA increases the price of Jetson modules and devkits by up to 101%
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NVIDIA has announced the addition of two new mid-range boards to their Jetson Thor lineup, the T3000 and T2000, which will arrive in Q1'27. The new boards aim to be a cheaper offering for customers feeling pressured by the high cost of memory#Edge #Jetson #NVIDIA #Thor
NVIDIA Announces Expanded Jetson Thor Lineup with Mid-Range T3000 and T2000 Modules -
NVIDIA has announced the addition of two new mid-range boards to their Jetson Thor lineup, the T3000 and T2000, which will arrive in Q1'27. The new boards aim to be a cheaper offering for customers feeling pressured by the high cost of memory#Edge #Jetson #NVIDIA #Thor
NVIDIA Announces Expanded Jetson Thor Lineup with Mid-Range T3000 and T2000 Modules -
NVIDIA launches smaller, mainstream Jetson T2000 and T3000 modules for Edge AI and robotics applications
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NVIDIA Jetson Orin Nano/NX-based Mekotronics AI Box targets humanoid robots, Smart Cities management, transportation applications
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WeAct N006 – A compact NVIDIA Jetson Orin NX carrier board designed for robots and UAVs
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https://www.europesays.com/people/?p=128439 Jensen Huang’s Most Recent Statements on AI #AgentAI #AI #AICloud #AIDataCenter #AIReturnOnInvestment #BioNeMo #Blackwell #ComputingPower #Cosmos #CUDA #CUDAX #DataCenterRevenue #EdgeComputing #Hopper #HyperscaleDataCenters #IndustrialAndEnterpriseMarkets #JensenHuang #Jetson #MLPerfInferenceBenchmarkTests #Nvidia #Omniverse #PhysicalAI #profit #revenue #SemiAnalysisInferenceXBenchmarkTest #ShareholderReturns #tokens #VeraRubinArchitecture
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NVIDIA JetPack 7.2 expands support for NemoClaw, Yocto Project, and AGX Orin 32GB Super Mode
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NVIDIA JetPack 7.2 adds NemoClaw support, Yocto Project support, and AGX Orin 32GB Super Mode
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https://www.europesays.com/ie/523805/ NVIDIA and Doosan Group Collaborate to Advance Physical AI and AI Factory Infrastructure #AgenticAi #AI #AIFactory #ArtificialIntelligence #ArtificialIntelligence #cosmos #Éire #Energy #Hardware #IE #IndustrialAndManufacturing #Ireland #Isaac #Jetson #PhysicalAI #Robotics #SimulationAndDesign #Technology
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NVIDIA and Doosan Group Collaborate to Advance Physical AI and AI Factory Infrastructure
NVIDIA and Doosan Group are expanding their collaboration to advance new opportunities across physical AI, robotics and AI…
#EuropeSays #Korea #KR #Doosan #agenticAI #AIfactory #artificialintelligence #Cosmos #DoosanEnerbility #DoosanGroup #Energy #Hardware #IndustrialandManufacturing #Isaac #Jetson #physicalai #Robotics #SimulationandDesign
https://www.europesays.com/korea/44754/ -
NVIDIA Jetson gets fanless solid-state cooling module
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Sharpa Wave is a high-end dexterous robotic hand with 22 DoF, high-sensitivity dynamic tactile array
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Alinx HEA13 combines AMD Virtex UltraScale+ VU13P FPGA and NVIDIA Jetson Thor
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Планирование движения для ровера на ходовой Ackerman'а
Проверяем, может ли GPU-планировщик MPPI-Generic работать без глобального планера. Самодельный симулятор, контроллер с приоритетом угловой скорости, сравнение с State Lattice и RPP vs MPPI, справился, но есть нюансы.
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Планирование движения для ровера на ходовой Ackerman'а
Проверяем, может ли GPU-планировщик MPPI-Generic работать без глобального планера. Самодельный симулятор, контроллер с приоритетом угловой скорости, сравнение с State Lattice и RPP vs MPPI, справился, но есть нюансы.
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Планирование движения для ровера на ходовой Ackerman'а
Проверяем, может ли GPU-планировщик MPPI-Generic работать без глобального планера. Самодельный симулятор, контроллер с приоритетом угловой скорости, сравнение с State Lattice и RPP vs MPPI, справился, но есть нюансы.
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RVA23-compliant K3 Pico-ITX SBC and K3-CoM260 SoM feature SpacemiT K3 octa-core RISC-V AI SoC, up to 32GB RAM, 256GB UFS
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21.5-inch AI Touch Panel PC is powered by NVIDIA Jetson Orin NX module for industrial HMI applications
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$4,290+ Unitree R1-A5 and R2-A7 humanoid robots features grippers or dexterous hands, fixed or wheeled base
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$4,290+ Unitree R1-A5 and R2-A7 humanoid robots features grippers or dexterous hands, fixed or wheeled base
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$4,290+ Unitree R1-A5 and R2-A7 humanoid robots features grippers or dexterous hands, fixed or wheeled base
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$4,290+ Unitree R1-A5 and R2-A7 humanoid robots features grippers or dexterous hands, fixed or wheeled base
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$4,290+ Unitree R1-A5 and R2-A7 humanoid robots features grippers or dexterous hands, fixed or wheeled base