I went from desktop to 100% laptop over several years; now I’m back on a desktop - using one of those Ryzen 7 mini-PCs - and a 36-key GMK Cherry MX split keyboard that, stacked, is barely larger than the computer. I’m seriously considering getting a small Thunderbolt dock and just carrying that with me between work and wherever. The only annoying bit is the computer I have isn’t powered over the USB-C port, which means also carrying a power brick, and that’s the straw that keeps me synching data between my computer and laptop.
I could move everything to a bootable USB device, but even over USB-C that’d be orders of magnitude slower than NVMe or SATA.
The laptop is only two years older than the desktop (and maybe less than that since I didn’t buy the most current model), cost nearly 3x the PC, and is utterly blown out of the water by the specs on the micro(? 12.5 x 12.5 x 4 cm) PC. Yeah, the laptop has keyboard, pointer, battery, and monitor; that impacts size and cost, but still. I could almost use my PC in a coffee shop, if it weren’t for the power brick and the need to do something about a monitor.
I have a foldable phone. Maybe by the time that display technology gets scaled up (and onto the market) there’ll be a micro PC that’s powered over USB-C and I can put together a small, laptop-sized case with everything I need.
The Frameworks are looking good, though, now that they’re selling AMD models. I’ll have to check in, in a year or so.
Is it? I haven’t tried, but there’s a pretty big gulf between an NVMe interface max bandwidth and TB4’s. I mean, TB4 is pretty amazing (40Gbps), but NVMe m.2 is 128Gbps; Sabrent makes an m.2 SSD with 104kGbps read speeds; heck, Crucial has a $114 2TB m.2 SSD they claim gets 40k/33.6k R/W. And this assumes that whatever computer you get access to has a TB4 port, and not just USBC 3.0, which tops out at 5Gbps.
But this all reminds me that I need to get a bigger NVMe stick and move everything off the SCSI SSD.
Depends on exactly what you need. For a lot of day to day tasks, especially if you’re not moving around large amounts of data, TB4 speeds are probably fine.
I wouldn’t do it with USB 3.0, but 3.2 gen 2 could theoretically work depending on your workload and use case.
My usage barely benefits past 3.2 gen 2 because my disk is never my bottleneck. It’s either network or processor. It’s one of those things where everyone has to look at their own usage and decide.
It’s not, really: 10x5x2.5 cm, plus the wall plug; but it’s still there, and it’s irritating because they could easily have powered this thing over USBC. Hell, most of my flashlights have USBC charging ports. It’s an additional thing to carry, and another thing to have to plug in. Plus, not being USBC makes it far harder to run off a battery pack.
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I went from desktop to 100% laptop over several years; now I’m back on a desktop - using one of those Ryzen 7 mini-PCs - and a 36-key GMK Cherry MX split keyboard that, stacked, is barely larger than the computer. I’m seriously considering getting a small Thunderbolt dock and just carrying that with me between work and wherever. The only annoying bit is the computer I have isn’t powered over the USB-C port, which means also carrying a power brick, and that’s the straw that keeps me synching data between my computer and laptop.
I could move everything to a bootable USB device, but even over USB-C that’d be orders of magnitude slower than NVMe or SATA.
The laptop is only two years older than the desktop (and maybe less than that since I didn’t buy the most current model), cost nearly 3x the PC, and is utterly blown out of the water by the specs on the micro(? 12.5 x 12.5 x 4 cm) PC. Yeah, the laptop has keyboard, pointer, battery, and monitor; that impacts size and cost, but still. I could almost use my PC in a coffee shop, if it weren’t for the power brick and the need to do something about a monitor.
I have a foldable phone. Maybe by the time that display technology gets scaled up (and onto the market) there’ll be a micro PC that’s powered over USB-C and I can put together a small, laptop-sized case with everything I need.
The Frameworks are looking good, though, now that they’re selling AMD models. I’ll have to check in, in a year or so.
You could get an nvme to USBC thing, that should be pretty fast
TB4 is like 5000MB/s if the mini PC has that. Plenty fast for a lot of applications. It’ll cap an NVME but it’s good enough to run off of.
Is it? I haven’t tried, but there’s a pretty big gulf between an NVMe interface max bandwidth and TB4’s. I mean, TB4 is pretty amazing (40Gbps), but NVMe m.2 is 128Gbps; Sabrent makes an m.2 SSD with 104kGbps read speeds; heck, Crucial has a $114 2TB m.2 SSD they claim gets 40k/33.6k R/W. And this assumes that whatever computer you get access to has a TB4 port, and not just USBC 3.0, which tops out at 5Gbps.
But this all reminds me that I need to get a bigger NVMe stick and move everything off the SCSI SSD.
Depends on exactly what you need. For a lot of day to day tasks, especially if you’re not moving around large amounts of data, TB4 speeds are probably fine.
I wouldn’t do it with USB 3.0, but 3.2 gen 2 could theoretically work depending on your workload and use case.
My usage barely benefits past 3.2 gen 2 because my disk is never my bottleneck. It’s either network or processor. It’s one of those things where everyone has to look at their own usage and decide.
I can’t get over it.
You’re one neat backpack and a decent repurpose-able display tablet with a kickstand away from a dream nomad set up.
How big is this power brick that it features so strongly in the ‘cons’ column!?
It’s not, really: 10x5x2.5 cm, plus the wall plug; but it’s still there, and it’s irritating because they could easily have powered this thing over USBC. Hell, most of my flashlights have USBC charging ports. It’s an additional thing to carry, and another thing to have to plug in. Plus, not being USBC makes it far harder to run off a battery pack.
You’re right about the rest of it, though.