PCXT
Very Active Member
- Joined
- Sep 14, 2016
- Messages
- 277
- Age
- 36
TrashyMG, thanks for this video!
I am successfully using Intel hardware with 2GB of RAM for everyday work. In Linux I rarely get over 1GB of used RAM. At work I have a powerful machine with 8GB of RAM and I go over 2GB only when I virtualize. So now I see how RAM utilization looks in ARM computer. For my workflows it's better than I expected.
I see that CPU utilization is not the biggest, RAM too, but Firefox seems to "choke" and hang for fractions of second. What is a reason? RAM speed? Disk I/O speed (cache)?
About upgrades, everything depends on what is present on connectors. I have to warn, from electronics perspective, that there were many cases in which absence of one or two signals prevented machine from being upgraded. I remember an old notebook in which it was impossible to upgrade graphics chip nearly at all (and it was in detachable board), because connection to its RAM stick was implemented using very small amount of data lines. It was the only reason why poor resolution or color depth was achieved and nothing more. It is important not to go into such situation designing new hardware and sometimes designer must predict very strange expansion scenarios. I've seen an upgrade board for some industrial computer from early 1990s with fixed (by holes in 1,5mm-thick steel sheet) connectors set. After installing the board, unused pins of one serial connector became... USB.
I am successfully using Intel hardware with 2GB of RAM for everyday work. In Linux I rarely get over 1GB of used RAM. At work I have a powerful machine with 8GB of RAM and I go over 2GB only when I virtualize. So now I see how RAM utilization looks in ARM computer. For my workflows it's better than I expected.
I see that CPU utilization is not the biggest, RAM too, but Firefox seems to "choke" and hang for fractions of second. What is a reason? RAM speed? Disk I/O speed (cache)?
About upgrades, everything depends on what is present on connectors. I have to warn, from electronics perspective, that there were many cases in which absence of one or two signals prevented machine from being upgraded. I remember an old notebook in which it was impossible to upgrade graphics chip nearly at all (and it was in detachable board), because connection to its RAM stick was implemented using very small amount of data lines. It was the only reason why poor resolution or color depth was achieved and nothing more. It is important not to go into such situation designing new hardware and sometimes designer must predict very strange expansion scenarios. I've seen an upgrade board for some industrial computer from early 1990s with fixed (by holes in 1,5mm-thick steel sheet) connectors set. After installing the board, unused pins of one serial connector became... USB.