Newest laptop of the day with Linux:
Avell 147
HW: Intel 12th Gen Core i7-1255U, Intel graphics, 2 memory modules (2 x 0x0F94 SMS4WEC3C1J0446SAG 8GB), one drive (Shenzhen Longsys Electronics Co., Ltd. FORESEE XP2000F256G 256GB), 14.0-inch display.
Kernel: 6.11.8-300.fc41.x86_64
PROBE ID
HW: Intel 12th Gen Core i7-1255U, Intel graphics, 2 memory modules (2 x 0x0F94 SMS4WEC3C1J0446SAG 8GB), one drive (Shenzhen Longsys Electronics Co., Ltd. FORESEE XP2000F256G 256GB), 14.0-inch display.
Kernel: 6.11.8-300.fc41.x86_64
PROBE ID
Newest desktop of the day with Linux:
Lenovo 3768 NO DPK (Legion T5 26ARA8 90UYCTO1WW)
HW: AMD Ryzen 9 7900 12-Core Processor, Nvidia graphics, 2 memory modules (2 x SK Hynix HMCG78AGBUA084N 16GB), 2 drives (Samsung Electronics Co Ltd MZVL41T0HBLB-00BLL 1TB, Samsung Electronics Co Ltd NVMe SSD Controller SM981/PM981/PM983 1TB).
Kernel: 6.11.9-arch1-1
PROBE ID
HW: AMD Ryzen 9 7900 12-Core Processor, Nvidia graphics, 2 memory modules (2 x SK Hynix HMCG78AGBUA084N 16GB), 2 drives (Samsung Electronics Co Ltd MZVL41T0HBLB-00BLL 1TB, Samsung Electronics Co Ltd NVMe SSD Controller SM981/PM981/PM983 1TB).
Kernel: 6.11.9-arch1-1
PROBE ID
Biggest laptop of the day with Linux:
ASUSTek Computer ASUS TUF Gaming A15 FA506II
HW: AMD Ryzen 7 4800H with Radeon Graphics, AMD + Nvidia graphics, 2 memory modules (2 x Kingston 9905700-101.A00G 16GB), 2 drives (WDC PC SN530 SDBPNPZ-512G-1002 512GB, WDC WDS500G2B0A-00SM50 500GB SSD), 15.5-inch display and 50 more devices.
Kernel: 6.8.0-49-generic
PROBE ID
HW: AMD Ryzen 7 4800H with Radeon Graphics, AMD + Nvidia graphics, 2 memory modules (2 x Kingston 9905700-101.A00G 16GB), 2 drives (WDC PC SN530 SDBPNPZ-512G-1002 512GB, WDC WDS500G2B0A-00SM50 500GB SSD), 15.5-inch display and 50 more devices.
Kernel: 6.8.0-49-generic
PROBE ID
Biggest desktop of the day with Linux:
ASUSTek Computer NUC13ANB-M 60AS0040-MB0A51 by System76 (Meerkat)
HW: Intel 13th Gen Core i7-1360P, Intel graphics, memory module(s) 64GB, 2 drives (Kingston Technology Company, Inc. SKC3000S1024G 1024GB, Samsung SSD 870 QVO 8TB) and 48 more devices.
Kernel: 6.9.3-76060903-generic
PROBE ID
HW: Intel 13th Gen Core i7-1360P, Intel graphics, memory module(s) 64GB, 2 drives (Kingston Technology Company, Inc. SKC3000S1024G 1024GB, Samsung SSD 870 QVO 8TB) and 48 more devices.
Kernel: 6.9.3-76060903-generic
PROBE ID
Smallest laptop of the day with Linux:
Toshiba Satellite L850D-C6W
HW: AMD A10-4600M APU with Radeon HD Graphics, 2 x AMD graphics, 2 memory modules (Nanya NT4GC64B8HG0NS-DI 4GB, Samsung M471B5273DH0-CK0 4GB), one drive (SPCC Solid State Disk 128GB), 15.5-inch display and 39 more devices.
Kernel: 6.8.0-45-generic
PROBE ID
HW: AMD A10-4600M APU with Radeon HD Graphics, 2 x AMD graphics, 2 memory modules (Nanya NT4GC64B8HG0NS-DI 4GB, Samsung M471B5273DH0-CK0 4GB), one drive (SPCC Solid State Disk 128GB), 15.5-inch display and 39 more devices.
Kernel: 6.8.0-45-generic
PROBE ID
Oldest laptop of the day with Linux:
Monster TULPAR T7 V19.3
HW: Intel Core i7-9750H CPU, Intel + Nvidia graphics, 2 memory modules (2 x ADATA Module 16GB), 3 drives (2 x SAMSUNG MZVLB512HAJQ-00000 512GB, Seagate ST1000LM024 HN-M101MBB 1TB), 17.3-inch display.
Kernel: 6.8.0-48-generic
PROBE ID
HW: Intel Core i7-9750H CPU, Intel + Nvidia graphics, 2 memory modules (2 x ADATA Module 16GB), 3 drives (2 x SAMSUNG MZVLB512HAJQ-00000 512GB, Seagate ST1000LM024 HN-M101MBB 1TB), 17.3-inch display.
Kernel: 6.8.0-48-generic
PROBE ID
Oldest desktop of the day with Linux:
Biostar TA790GX A2+
HW: AMD Athlon 64 X2 Dual Core Processor 5600+, 2 x AMD graphics, 2 memory modules (2 x RAM Module 2048MB), 2 drives (2 x Seagate ST3500312CS 500GB).
Kernel: 5.4.0-200-generic
PROBE ID
HW: AMD Athlon 64 X2 Dual Core Processor 5600+, 2 x AMD graphics, 2 memory modules (2 x RAM Module 2048MB), 2 drives (2 x Seagate ST3500312CS 500GB).
Kernel: 5.4.0-200-generic
PROBE ID
Did you manage to configure a hardware device that did not work out of the box? Did you find the right driver? The device does not work and you don't know what to do? Write a note about your experience right now in your hardware probe!
Registration is not needed — authorization of your computer is done while creating a probe ...
Registration is not needed — authorization of your computer is done while creating a probe ...
The Linux-Hardware.org database has been divided recently into a set of databases, one per each Linux distro. You can choose your favorite Linux distribution on the front page and hide probes and information collected from other Linux distributions.
Anyone can contribute to the database with the help of the hw-probe command:
hw-probe -all -upload
Hardware failures are highlighted in the collected logs (important SMART attributes, errors in dmesg and xorg.log, etc.). Also it's handy to search for particular hardware configurations in the community and review errors in logs to check operability of devices on board (for some devices this is done automatically by hw-probe — see statuses of devices in your probe).
Hardware stats and raw data are dumped to several GitHub repositories.
Thanks to all for attention and new computer probes!
Anyone can contribute to the database with the help of the hw-probe command:
hw-probe -all -upload
Hardware failures are highlighted in the collected logs (important SMART attributes, errors in dmesg and xorg.log, etc.). Also it's handy to search for particular hardware configurations in the community and review errors in logs to check operability of devices on board (for some devices this is done automatically by hw-probe — see statuses of devices in your probe).
Hardware stats and raw data are dumped to several GitHub repositories.
Thanks to all for attention and new computer probes!
We've implemented automated operability checks for devices via analysis of collected system logs in probes. We check if the driver is loaded and used for each device in the probe and if the device performs basic functions. For network cards we check received packets, for graphics cards we check absence of critical errors in the Xorg log and dmesg, for drives we check S.M.A.R.T. test results, for monitors we check the EDID and for batteries we check the remaining capacity ...
The largest open repository of monitor characteristics has been created recently containing EDID structures for more than 9000 monitors.
EDID (Extended Display Identification Data) is a metadata format for display devices to describe their capabilities to a video source. The data format is defined by a standard published by VESA. EDID data structure includes manufacturer name and serial number, product type, phosphor or filter type, timings supported by the display, display size, luminance data and (for digital displays only) pixel mapping data.
The most famous analogue of the repository is the EDID.tv project, which also contains quite a lot of information about monitors.
The repository is replenished automatically based on recent hardware probes. One can participate in the replenishment of the repository by executing of one simple command in the terminal:
hw-probe -all -upload
The hw-probe utility is pre-installed in the ROSA Linux distribution.
EDID (Extended Display Identification Data) is a metadata format for display devices to describe their capabilities to a video source. The data format is defined by a standard published by VESA. EDID data structure includes manufacturer name and serial number, product type, phosphor or filter type, timings supported by the display, display size, luminance data and (for digital displays only) pixel mapping data.
The most famous analogue of the repository is the EDID.tv project, which also contains quite a lot of information about monitors.
The repository is replenished automatically based on recent hardware probes. One can participate in the replenishment of the repository by executing of one simple command in the terminal:
hw-probe -all -upload
The hw-probe utility is pre-installed in the ROSA Linux distribution.
Friends, I'd like to introduce new hw-probe 1.4.
Most significant change in this release is the anonymization of probes on the client-side. Previously "private data" (like IPs, MACs, serials, hostname, username, etc.) was removed on the server-side. But now you do not have to worry how server will handle your "private data", since it's not uploaded at all. You can now upload probes from any computers and servers w/o the risk of security leak.
The update is available in repositories.
Other changes:
• Up to 3 times faster probing of hardware
• Collect SMART info from drives connected by USB
• Initial support for probing drives in MegaRAID
• Improved detection of LCD monitors and drives
• Collect info about MMC controllers
• Probe for mcelog and cpuid
• Etc.
You can, as before, create a probe of your computer via the application in SimpleWelcome menu or from the console by a simple command:
hw-probe -all -upload
Thanks to all for attention and new probes of computers!
Most significant change in this release is the anonymization of probes on the client-side. Previously "private data" (like IPs, MACs, serials, hostname, username, etc.) was removed on the server-side. But now you do not have to worry how server will handle your "private data", since it's not uploaded at all. You can now upload probes from any computers and servers w/o the risk of security leak.
The update is available in repositories.
Other changes:
• Up to 3 times faster probing of hardware
• Collect SMART info from drives connected by USB
• Initial support for probing drives in MegaRAID
• Improved detection of LCD monitors and drives
• Collect info about MMC controllers
• Probe for mcelog and cpuid
• Etc.
You can, as before, create a probe of your computer via the application in SimpleWelcome menu or from the console by a simple command:
hw-probe -all -upload
Thanks to all for attention and new probes of computers!