On 2018-05-12 21:58, faurepi...@gmail.com wrote:
Thanks you two very much for your answers.
So if I sum up correctly, I could:
1- use Self-Encrypting Drive (SED), since my drive is a Samsung NVMe 960
EVO, which is supposed to support SED according to
On martedì 8 maggio 2018 09:50:23 CEST, Rolf Wald wrote:
You need to build three partitions, e.g. named boot, swap, root.
You don't need to use an unencrypted boot if you use grub:
https://wiki.archlinux.org/index.php/Dm-crypt/Encrypting_an_entire_system#Encrypted_boot_partition_.28GRUB.29
A
Thanks you two very much for your answers.
So if I sum up correctly, I could:
1- use Self-Encrypting Drive (SED), since my drive is a Samsung NVMe 960
EVO, which is supposed to support SED according to
http://www.samsung.com/semiconductor/minisite/ssd/support/faqs-nvmessd:
"*Do Samsung NVMe
On 2018-05-08 03:50, Rolf Wald wrote:
Hello,
some hints inside
Am 08.05.2018 um 02:22 schrieb faurepi...@gmail.com:
Hi,
I'm curious about btrfs, and maybe considering it for my new laptop
installation (a Lenovo T470).
I was going to install my usual lvm+ext4+full disk encryption setup, but
Hello,
some hints inside
Am 08.05.2018 um 02:22 schrieb faurepi...@gmail.com:
Hi,
I'm curious about btrfs, and maybe considering it for my new laptop
installation (a Lenovo T470).
I was going to install my usual lvm+ext4+full disk encryption setup, but
thought I should maybe give a try to
Hi,
I'm curious about btrfs, and maybe considering it for my new laptop
installation (a Lenovo T470).
I was going to install my usual lvm+ext4+full disk encryption setup, but
thought I should maybe give a try to btrfs.
Is it possible to meet all these criteria?
- operating system: debian
