📰 VVenC H.266 Encoder Rolls Out More ARM Optimizations For Nice Performance Gains
Fraunhofer HHI this week released a new version of VVenC, their open-source H.266 video encoder. Among the changes this release are more performance optimizations for ARM and I have run some comparison benchmarks using a NVIDIA GB10 SoC with the Dell Pro Max GB10...
🔗 Source:
#arm #opensource
👉@sysadminoff
https://www.phoronix.com/news/VVenC-1.14-More-ARM-Performance
Fraunhofer HHI this week released a new version of VVenC, their open-source H.266 video encoder. Among the changes this release are more performance optimizations for ARM and I have run some comparison benchmarks using a NVIDIA GB10 SoC with the Dell Pro Max GB10...
🔗 Source:
#arm #opensource
👉@sysadminoff
https://www.phoronix.com/news/VVenC-1.14-More-ARM-Performance
Phoronix
VVenC H.266 Encoder Rolls Out More ARM Optimizations For Nice Performance Gains
Fraunhofer HHI this week released a new version of VVenC, their open-source H.266 video encoder
📰 Several Nvidia Arm-based N1 series CPU-powered laptops are reportedly releasing soon
The wait for the tech giant's anticipated Arm system-on-chip is almost over.
🔗 Source:
#arm
👉@sysadminoff
https://www.xda-developers.com/several-nvidia-arm-n1-series-cpu-laptops-reportedly-releasing-soon/
The wait for the tech giant's anticipated Arm system-on-chip is almost over.
🔗 Source:
#arm
👉@sysadminoff
https://www.xda-developers.com/several-nvidia-arm-n1-series-cpu-laptops-reportedly-releasing-soon/
XDA
Several Nvidia Arm-based N1 series CPU-powered laptops are reportedly releasing soon
The wait for the tech giant's anticipated Arm system-on-chip is almost over.
📰 Qualcomm QUPv3 Firmware Upstreamed For Snapdragon X1 Elite Linux Users
One of the headaches right now when dealing with the Snapdragon X Elite on Linux is that for a majority of the devices you need to fetch firmware files from the Windows 11 on ARM partition as the necessary firmware bits for Linux use aren't upstreamed to linux-firmware.git. That has gradually improved over time from the qcom-firmware-extract making the process easier to more firmware bits eventually being added to linux-firmware.git...
🔗 Source:
#linux #arm
👉@sysadminoff
https://www.phoronix.com/news/Qualcomm-QUPv3-X1E-Firmware
One of the headaches right now when dealing with the Snapdragon X Elite on Linux is that for a majority of the devices you need to fetch firmware files from the Windows 11 on ARM partition as the necessary firmware bits for Linux use aren't upstreamed to linux-firmware.git. That has gradually improved over time from the qcom-firmware-extract making the process easier to more firmware bits eventually being added to linux-firmware.git...
🔗 Source:
#linux #arm
👉@sysadminoff
https://www.phoronix.com/news/Qualcomm-QUPv3-X1E-Firmware
Phoronix
Qualcomm QUPv3 Firmware Upstreamed For Snapdragon X1 Elite Linux Users
One of the headaches right now when dealing with the Snapdragon X Elite on Linux is that for a majority of the devices you need to fetch firmware files from the Windows 11 on ARM partition as the necessary firmware bits for Linux use aren't upstreamed to…
📰 M5Stack AI Pyramid is an oddly-shaped Arm-based mini PC with a 24 TOPS NPU
The M5Stack AI Pyramid Computing Box is a small computer with an Axera AX88500 processor that combines four Arm Cortex-A55 CPU cores with an NPU that delivers up to 24 TOPS of hardware-accelerated INT8 AI performance. But what really caught my eye was the physical design. There’s a reason M5Stack calls this a “pyramid.” While most .
🔗 Source:
#arm
👉@sysadminoff
https://liliputing.com/m5stack-ai-pyramid-is-an-oddly-shaped-arm-based-mini-pc-with-a-24-tops-npu/
The M5Stack AI Pyramid Computing Box is a small computer with an Axera AX88500 processor that combines four Arm Cortex-A55 CPU cores with an NPU that delivers up to 24 TOPS of hardware-accelerated INT8 AI performance. But what really caught my eye was the physical design. There’s a reason M5Stack calls this a “pyramid.” While most .
🔗 Source:
#arm
👉@sysadminoff
https://liliputing.com/m5stack-ai-pyramid-is-an-oddly-shaped-arm-based-mini-pc-with-a-24-tops-npu/
Liliputing
M5Stack AI Pyramid is an oddly-shaped Arm-based mini PC with a 24 TOPS NPU
M5Stack AI Pyramid is an oddly-shaped Arm-based mini PC with a 24 TOPS NPU
📰 Seeed Studio's Open Source Robotic Arm Promises to Lower the Barrier to Embodied AI
The 6-DoF arm handles 1.5 kg loads with a 650 mm reach, targeting desktop AI work.
🔗 Source:
#opensource #arm
👉@sysadminoff
https://itsfoss.com/news/seeed-studios-robotic-arm/
The 6-DoF arm handles 1.5 kg loads with a 650 mm reach, targeting desktop AI work.
🔗 Source:
#opensource #arm
👉@sysadminoff
https://itsfoss.com/news/seeed-studios-robotic-arm/
It's FOSS
Seeed Studio's Open Source Robotic Arm Promises to Lower the Barrier to Embodied AI
The 6-DoF arm handles 1.5 kg loads with a 650 mm reach, targeting desktop AI work.
📰 Kernel 6.19: GPU, SoC, and Rust improvements
Collabora continues to be a key contributor to the Linux kernel, with 125 patches from 21 developers! Highlights include Arm Mali GPU improvements, expanded MediaTek and Rockchip SoC support, Rust integration progress, and new Rockchip video capture functionality.
🔗 Source:
#kernel #linux #arm
👉@sysadminoff
https://www.collabora.com/news-and-blog/news-and-events/kernel-619-gpu-soc-rust-improvements.html
Collabora continues to be a key contributor to the Linux kernel, with 125 patches from 21 developers! Highlights include Arm Mali GPU improvements, expanded MediaTek and Rockchip SoC support, Rust integration progress, and new Rockchip video capture functionality.
🔗 Source:
#kernel #linux #arm
👉@sysadminoff
https://www.collabora.com/news-and-blog/news-and-events/kernel-619-gpu-soc-rust-improvements.html
Collabora | Open Source Consulting
Kernel 6.19: GPU, SoC, and Rust improvements
The latest Linux kernel brings Arm Mali GPU improvements, expanded MediaTek and Rockchip SoC support, Rust integration progress, and new Rockchip video capture functionality.
📰 Bit-Brick K1 and K1 Pro are dev boards with RISC-V or Arm chips, up to 8GB RAM, and M.2 slots
The Bit-Brick K1 and Bit-Brick K1 Pro are both compact computer board that measures 90 x 80mm (3.54″ x 3.15″) and feature support for 4GB or 8GB of onboard LPDDR4x memory, and plenty of I/O features including Gigabit Ethernet, USB 3.0 and USB 2.0 ports, and two M.2 slots with support for NVMe SSDs, among other .
🔗 Source:
#arm
👉@sysadminoff
https://liliputing.com/bit-brick-k1-and-k1-pro-are-dev-boards-with-risc-v-or-arm-chips-up-to-8gb-ram-and-m-2-slots/
The Bit-Brick K1 and Bit-Brick K1 Pro are both compact computer board that measures 90 x 80mm (3.54″ x 3.15″) and feature support for 4GB or 8GB of onboard LPDDR4x memory, and plenty of I/O features including Gigabit Ethernet, USB 3.0 and USB 2.0 ports, and two M.2 slots with support for NVMe SSDs, among other .
🔗 Source:
#arm
👉@sysadminoff
https://liliputing.com/bit-brick-k1-and-k1-pro-are-dev-boards-with-risc-v-or-arm-chips-up-to-8gb-ram-and-m-2-slots/
Liliputing
Bit-Brick K1 and K1 Pro are dev boards with RISC-V or Arm chips, up to 8GB RAM, and M.2 slots
Bit-Brick K1 and K1 Pro are dev boards with RISC-V or Arm chips, up to 8GB RAM, and M.2 slots
📰 DshanPi-A1 is an RK3576 dev board with two RJ45 ports, HDMI input and output, and more
The DshanPi-A1 is a new single-board computer with the same Rockchip RK3576 octa-core Arm-based chip as the Bit-Brick K1 Pro. But while the Bit-Brick board features two M.2 slots for NVMe storage, the DshanPi-A1 does not. It stands out for a few other reasons though. The main one is that in addition to an HDMI port .
🔗 Source:
#arm
👉@sysadminoff
https://liliputing.com/dshanpi-a1-is-an-rk3576-dev-board-with-two-rj45-ports-hdmi-input-and-output-and-more/
The DshanPi-A1 is a new single-board computer with the same Rockchip RK3576 octa-core Arm-based chip as the Bit-Brick K1 Pro. But while the Bit-Brick board features two M.2 slots for NVMe storage, the DshanPi-A1 does not. It stands out for a few other reasons though. The main one is that in addition to an HDMI port .
🔗 Source:
#arm
👉@sysadminoff
https://liliputing.com/dshanpi-a1-is-an-rk3576-dev-board-with-two-rj45-ports-hdmi-input-and-output-and-more/
Liliputing
DshanPi-A1 is an RK3576 dev board with two RJ45 ports, HDMI input and output, and more
DshanPi-A1 is an RK3576 dev board with two RJ45 ports, HDMI input and output, and more
📰 Pocketblue Brings Fedora Atomic Linux to Mobile Devices
Pocketblue brings Fedora Atomic to select ARM-powered devices, providing users with an immutable Linux system on their phones and tablets.
🔗 Source:
#linux #fedora #arm
👉@sysadminoff
https://linuxiac.com/pocketblue-brings-fedora-atomic-linux-to-mobile-devices/
Pocketblue brings Fedora Atomic to select ARM-powered devices, providing users with an immutable Linux system on their phones and tablets.
🔗 Source:
#linux #fedora #arm
👉@sysadminoff
https://linuxiac.com/pocketblue-brings-fedora-atomic-linux-to-mobile-devices/
Linuxiac
Pocketblue Brings Fedora Atomic Linux to Mobile Devices
Pocketblue brings Fedora Atomic to select ARM-powered devices, providing users with an immutable Linux system on their phones and tablets.
📰 Raspberry Pi RP2350 microcontroller overclocked to run at more than 5X original frequency
The Raspberry Pi RP2350 is a microcontroller chip designed for low-power, low-latency applications. While it’s a big step up from the older RP2040 chip, it’s still not exactly a speed demon. But what if it… was? When Raspberry Pi first introduced the RP2350 in 2024, the company described it as a chip with two Arm .
🔗 Source:
#raspberry #arm
👉@sysadminoff
https://liliputing.com/raspberry-pi-rp2350-microcontroller-overclocked-to-run-at-more-than-5x-original-frequency/
The Raspberry Pi RP2350 is a microcontroller chip designed for low-power, low-latency applications. While it’s a big step up from the older RP2040 chip, it’s still not exactly a speed demon. But what if it… was? When Raspberry Pi first introduced the RP2350 in 2024, the company described it as a chip with two Arm .
🔗 Source:
#raspberry #arm
👉@sysadminoff
https://liliputing.com/raspberry-pi-rp2350-microcontroller-overclocked-to-run-at-more-than-5x-original-frequency/
Liliputing
Raspberry Pi RP2350 microcontroller overclocked to run at more than 5X original frequency
Raspberry Pi RP2350 microcontroller overclocked to run at more than 5X original frequency
📰 Mesa PanVK Driver Seeing Up To 25.7x Speedup For MSAA
The open-source PanVK driver providing Vulkan support for modern Arm Mali graphics hardware is seeing big speed-ups in the multi-sample anti-aliasing (MSAA) performance in Vulkan tests as a result of new code merged today to Mesa 26.1...
🔗 Source:
#opensource #arm
👉@sysadminoff
https://www.phoronix.com/news/Mesa-PanVK-25.7x-16x-MSAA
The open-source PanVK driver providing Vulkan support for modern Arm Mali graphics hardware is seeing big speed-ups in the multi-sample anti-aliasing (MSAA) performance in Vulkan tests as a result of new code merged today to Mesa 26.1...
🔗 Source:
#opensource #arm
👉@sysadminoff
https://www.phoronix.com/news/Mesa-PanVK-25.7x-16x-MSAA
Phoronix
Mesa PanVK Driver Seeing Up To 25.7x Speedup For MSAA
The open-source PanVK driver providing Vulkan support for modern Arm Mali graphics hardware is seeing big speed-ups in the multi-sample anti-aliasing (MSAA) performance in Vulkan tests as a result of new code merged today to Mesa 26.1.
📰 Nvidia Readies New Arm-Based Chips for Dell, Lenovo Laptops
Nvidia is returning to consumer PCs through new partnerships with Intel and MediaTek, aiming to power AI-enabled laptops that rival Apple’s efficiency...
🔗 Source:
#intel #arm
👉@sysadminoff
https://www.techrepublic.com/article/news-nvidia-return-consumer-pc-ai-laptops/
Nvidia is returning to consumer PCs through new partnerships with Intel and MediaTek, aiming to power AI-enabled laptops that rival Apple’s efficiency...
🔗 Source:
#intel #arm
👉@sysadminoff
https://www.techrepublic.com/article/news-nvidia-return-consumer-pc-ai-laptops/
TechRepublic
Nvidia Readies New Arm-Based Chips for Dell, Lenovo Laptops
Nvidia is returning to consumer PCs through new partnerships with Intel and MediaTek, aiming to power AI-enabled laptops that rival Apple’s efficiency.