Well... seeing that my phone got Android 9, I feel like I want to hold off a bit longer with the phone upgrade...
Wait until 5G is deployed over a reasonably large portion of New York, then get a 5G device.
Instead of getting something like the OnePlus 6T or Galaxy S10 and missing out on 5G for another one to two years.
Besides, my OnePlus 3T is still holding up well, battery wear notwithstanding.
And I'm still getting great LTE network performance. Even if it doesn't support newer bands, more devices using new bands and continued upgrades to network capacity on all supported bands means that overall performance has improved and will continue to improve over the coming years.
I'm probably better off trying to stretch the phone's service life to a full three years before replacing it.
(and portable power banks do dramatically ease the need for long battery life on a charge)
OnePlus is apparently still working on delivering an official Android Pie update for devices as old as the original OnePlus 3, but LineageOS got there first.
I would not be surprised if you could get a 5000 cb score if you overclocked it. Cinebench R20 uses AVX instructions, and the processor is very likely throttling down a bit because AVX instructions require more power to execute.
Ryzen, at least up to the second-generation chips, isn't as fast with AVX instructions, but conversely doesn't require clocking down or use as much power when executing them; the upcoming third-gen processors will have beefier FPUs that can execute AVX2 code twice as fast but we don't yet know how they behave under these workloads.
I really don't have a significant stock of old parts to work with. Astaroth was my first fully-custom PC build, and while I have a bunch of old drives (both solid-state and electromechanical) that are being reused in external storage roles as backup or I/O offloading/acceleration devices, I don't have much reasonably-current hardware to reuse.
I'm actually more curious about how high-speed external solid-state storage could be used to accelerate complex workloads or augment PCs in consumer environments, even if it's already equipped with solid-state storage inside.
I personally love the idea of using portable SSDs to handle I/O intensive tasks. They're easily interchangeable, can be used to add space to laptops with more constrained storage, can be set up to divert write-heavy workloads away from hard-to-replace internal storage on modern ultraportable systems, speed up systems with slow eMMC or electromechanical storage, and so much more.
Modular, external storage is simple and can do most of the things that internal storage can do, and in some cases, things that internal storage can't do, like expand storage or accelerate a system with slow eMMC.
Not every system has readily-replaceable internal drives. If I already have some old SSDs lying around, why not use them to get more out of existing hardware?
I've put 26.3 TBW on my 850 PRO and it's only a third into its warranty period; why not take advantage of the remaining 273 TBW or 6 years 9 months of warranty coverage?
@JourneymanGeek I use Chromium and it has the ability to save passwords aye, but I don't use it well enough to know if it has the ability to do the other password-manager stuff like a master password, backups and the like
I personally really want to use my old, el-cheapo Lenovo netbook more, but there's two things holding it back: 1) it can't charge from USB, and 2) the processor is way too slow. 2 GB RAM is something I can get around using zram and portable SSD swap, but the processor is the main limiting factor. Better usage ideas?
It's a 2C Apollo Lake Celeron. A 4C processor would be a lot more usable, even if the clock frequency wasn't any higher.
It's just compute-bound the majority of time. The main limiting factor isn't the eMMC or even the 2 GB of LPDDR3.
I mean, the processor is usually at or near 100% on both cores under even the lightest loads, even when it's swapping (meaning it's not even saturating the dedicated swap SSD's bandwidth).
> Samsung's Ultra-Wide Angle lens on board the Galaxy S10 series is downright impressive and a real game-changer. [...] 123-degree 16MP Ultra Wide camera [...]
Wow. 123° FOV is equivalent to a 10mm lens on a 35mm full frame camera, or 7mm on APS-C.