- Joined
- Feb 20, 2019
- Messages
- 9,695 (4.13/day)
System Name | Bragging Rights |
---|---|
Processor | Atom Z3735F 1.33GHz |
Motherboard | It has no markings but it's green |
Cooling | No, it's a 2.2W processor |
Memory | 2GB DDR3L-1333 |
Video Card(s) | Gen7 Intel HD (4EU @ 311MHz) |
Storage | 32GB eMMC and 128GB Sandisk Extreme U3 |
Display(s) | 10" IPS 1280x800 60Hz |
Case | Veddha T2 |
Audio Device(s) | Apparently, yes |
Power Supply | Samsung 18W 5V fast-charger |
Mouse | MX Anywhere 2 |
Keyboard | Logitech MX Keys (not Cherry MX at all) |
VR HMD | Samsung Oddyssey, not that I'd plug it into this though.... |
Software | W10 21H1, barely |
Benchmark Scores | I once clocked a Celeron-300A to 564MHz on an Abit BE6 and it scored over 9000. |
NAND is actually a fiercely competitive market, with even the Chinese muscling in to keep the Japanese, Korean and Western foundries in check.impressive or not 2tb should be well under $100 at this point and 4tb should no more then $150 and even those prices high, then all NAND make purposely kick price high sorta like certian Nvidia jacket man
The reason cost/TB isn't scaling the way it used to for mechanical drives is because we've hit a wall with bit density. Each jump to add an extra bit per cell comes with diminishing capacity returns and growing drawbacks to controller complexity, performance, power consumption, and endurance. QLC is borderline, with few manufacturers offering appealing QLC drives at a decent discount over TLC drives, and PLC being likely useless until some unforeseen technological breakthrough happens.
What's happening now is TLC and QLC is getting stacked into more and more layers the same way hard drives used to get stacked into more and more platters. Each layer costs money to make, so stacking them doesn't drive down costs the way HDD areal density advancements used to.