When I first got my hybrid laptop I also had to use a newer kernel because the default kernel did not support by iGPU (some Radeon model). It looks like the latest kernel on NixOS 22.05 is linux 5.10:
In order to install Windows onto the expansion card, it is necessary to manually create the required partitions, then copy the Windows image over manually. This manual process is entirely accomplished from within the Windows installer itself, by dropping into a command prompt rather than installing graphically as usual.
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*Make note to choose an appropriate size for your Windows partition, in my case I used a 250 GB expansion card, and made my Windows partition size=230000, if you are using a 1 TB drive, use size=949044 to use the full drive.
And that was it! After Rufus was done, I unplugged my storage card from the other machine and put it back in my framework laptop. I turned it on, spammed f12, selected the storage card as my boot media, and voila: I was in Windows.
Is there really no way to completely disable an expansion card while not in use? If we could keep it active (so that it drains power) only when in use it would basically fix the issue for most of us.
Yesterday I got a 2nd monitor that I connected to my laptop via VGA cable, but for some reason its flickering gently (its noticeable on dark surfaces (colors) not so much in a browser or any white surface)
I tried a lot of things, but it seems that both (integrated and new one) monitor are located on Intel's graphics card, so I want to change that and put only integrated monitor on Intel's card and 2nd 22"" monitor on Nvidia's card, and try that...
Longer answer: Your best bet is to put both monitors on the GeForce card. You can configure your laptop to only use the GeForce card all the time, but it will use more power (and hence, drain the battery faster when on battery) in that case.
Even longer answer: Many users have attempted to use both cards at once and they have generally not been successful on laptops. On desktops, using two discrete cards is possible, but usually integrated + discrete is also complicated. It's worse on laptops. It's possible that you could make this work under Linux, but the solution is going to be complicated and dependent on the specifics if the models of your video cards, the Linux kernel, Linux video card drivers, and so on. I would strongly suggest to just go with the both-monitors on discrete card solution. It should work for any use case, including gaming, just fine.
Updated to Eos Utility 3 on a Mac 10.9.4 using either a 5d or 6d with a USB cord. I can' find where in EOS Utility I can set it to record the file both to the laptop as well as in camera cards(CF or SD)? There is not the normal check box under Remote Shooting in the preferences .
Are there Canon Techs that browse this board - I know it's a simple question but I just can not figure out how to have the file saved on both the laptop as well as the Camera's card simultaneously using Eos Utiltiy 3
The installation process for version 3 includes an installation of version 2. (This is made especially clear in the R2 version of the version 3 installer.) This is done because version 3 hands you off to version 2 if the camera you're using isn't a FF. So you shouldn't have to reinstall version 2 unless its latest version also has the "Save to card" feature removed.
I just purchased an MSI Sword 15 recently, and I was wondering if there is a way to add cellular capabilities to it with something like an m.2 add-on. I have an extra sim card with AT&T that I have been wanting to use.
Those portable hotspot devices seemed a little pricey. I was hoping to get something for a little cheaper. And the convenience of having it inside of my laptop seemed nice. But yeah most of the ones I saw were ~$300
Is it possible? Yes. Ive seen business laptops with this type of tech built in. The issue is, I dont think they make WiFi/Cellular data M.2, I think they would have to be separate. This is not a very popular thing to do with laptops as well, as in it never caught on in the consumer sector, Ive only seen Cellular data on business devices.
I have MSI GP60 2QE laptop with Intel HD 4600 and NVIDIA 940M graphics. I dual booted Windows 10 with Ubuntu 15.10 and noticed, that on Ubuntu NVIDIA card is always on what makes my battery last about 2h. Can I disable that card and force system to run on Intel integrated graphics? I use Ubuntu only for coding so I don't need advanced graphics enabled. Also, I can't disable card in BIOS since I'm using it on Windows.
I have tried it several times, but I am not able to get the needle to the end, because there is not enough space. Even with a second pin I am not able to get it out of the cardreader. On the other side are the contact pins and my needle gets stuck there.
I uses a very thin sharp knife slid it in the top of the card. Then I wiggled it from side to side. The right side then came out a little more eventuall wiggling it side to side and the left side released. I put it back in and had same problem so I threw the card out and new one worked fine. I believe it was catching on sides not top or bottom.
The needle method worked great for me once and have saved me again! I took a hot glue stick and some matches and stupidly decided to use this method and oh boy, oh boy, did i &&^& up. After clearing the two sides of the sd card slot i inserted the needles and used them like chopsticks and it worked
I use an HP Elitebook Folio 9470m Notebook PC. When I used windows 8.1, I could use internet using a sim card. But after I upgraded to windows 10, I can't use a sim card anymore. I tried searching for it's driver but unfortunately couldn't find it.
When I remove the sd card from the camera and put it in the drive slot of my Windows 8.1 laptop, open the DCIM file, nothing is showing up. The video files aren't there. Any photograph files from the card are visible, just no video files.
In my case the path on the SD card looks like this: PRIVATE > M4ROOT > CLIP. In there I see the video files, along with an .XML file for each video. I never bothered to understand what that XML file is for.
The Personal Computer Memory Card International Association (PCMCIA) originally introduced the 16-bit ISA-based PCMCIA Card in 1990, but renamed it to PC Card in March 1995 to avoid confusion with the name of the organization.[2] The CardBus PC Card was introduced as a 32-bit version of the original PC Card, based on the PCI specification. The card slots are backwards compatible for the original 16-bit card, older slots are not forward compatible with newer cards.
Although originally designed as a standard for memory-expansion cards for computer storage, the existence of a usable general standard for notebook peripherals led to the development of many kinds of devices including network cards, modems, and hard disks.
The PCMCIA 1.0 card standard was published by the Personal Computer Memory Card International Association in November 1990 and was soon adopted by more than eighty vendors.[4][5] It corresponds with the Japanese JEIDA memory card 4.0 standard.[5]
SanDisk (operating at the time as "SunDisk") launched its PCMCIA card in October 1992. The company was the first to introduce a writeable Flash RAM card for the HP 95LX (an early MS-DOS pocket computer). These cards conformed to a supplemental PCMCIA-ATA standard that allowed them to appear as more conventional IDE hard drives to the 95LX or a PC. This had the advantage of raising the upper limit on capacity to the full 32 MB available under DOS 3.22 on the 95LX.[7]
New Media Corporation was one of the first companies established for the express purpose of manufacturing PC Cards; they became a major OEM for laptop manufacturers such as Toshiba and Compaq for PC Card products.[8]
It soon became clear that the PCMCIA card standard needed expansion to support "smart" I/O cards to address the emerging need for fax, modem, LAN, harddisk and floppy disk cards.[4] It also needed interrupt facilities and hot plugging, which required the definition of new BIOS and operating system interfaces.[4] This led to the introduction of release 2.0 of the PCMCIA standard and JEIDA 4.1 in September 1991,[4][5] which saw corrections and expansion with Card Services (CS) in the PCMCIA 2.1 standard in November 1992.[4][5]
To recognize increased scope beyond memory, and to aid in marketing, the association acquired the rights to the simpler term "PC Card" from IBM. This was the name of the standard from version 2 of the specification onwards. These cards were used for wireless networks, modems, and other functions in notebook PCs.
The original standard was defined for both 5 V and 3.3 volt cards, with 3.3 V cards having a key on the side to prevent them from being inserted fully into a 5 V-only slot. Some cards and some slots operate at both voltages as needed. The original standard was built around an 'enhanced' 16-bit ISA bus platform. A newer version of the PCMCIA standard is CardBus (see below), a 32-bit version of the original standard. In addition to supporting a wider bus of 32 bits (instead of the original 16), CardBus also supports bus mastering and operation speeds up to 33 MHz.
CardBus are PCMCIA 5.0 or later (JEIDA 4.2 or later) 32-bit PCMCIA devices, introduced in 1995 and present in laptops from late 1997 onward. CardBus is effectively a 32-bit, 33 MHz PCI bus in the PC Card design. CardBus supports bus mastering, which allows a controller on the bus to talk to other devices or memory without going through the CPU. Many chipsets, such as those that support Wi-Fi, are available for both PCI and CardBus.
The notch on the left hand front of the device is slightly shallower on a CardBus device so, by design, a 32-bit device cannot be plugged into earlier equipment supporting only 16-bit devices. Most new slots accept both CardBus and the original 16-bit PC Card devices. CardBus cards can be distinguished from older cards by the presence of a gold band with eight small studs on the top of the card next to the pin sockets. e24fc04721
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