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The SRP-F310II 3-inch (80mm) thermal printer, offers a front exit, splash proof design, featuring BIXOLON’s Liquid-Barrier™ technology and built-in power supply. Producing 180dpi or 300dpi printed media at an impressive 350mm/second makes it suitable for a number of applications in Retail, Hospitality, Healthcare, Warehousing and more.
"NVMe and UFS 3.1 both use PCIe technology, but here’s the speed breakdown.
NVMe wins on raw speed. UFS 3.1 wins on power efficiency and small footprint. Different jobs."
NVMe vs UFS 3.1 – Who’s faster?
But check random read – NVMe might do 1M IOPS, UFS 3.1 around 100K IOPS. That’s why your PC loads games instantly and your phone feels fast, but not that fast.
| Metric | NVMe (PCIe 4.0 x4) | UFS 3.1 | |--------|--------------------|---------| | Max sequential read | ~7,000 MB/s | ~2,100 MB/s | | Max sequential write | ~5,000 MB/s | ~1,200 MB/s | | Random read (4KB) | ~800k – 1M IOPS | ~100k – 200k IOPS | | Random write (4KB) | ~600k – 1M IOPS | ~70k – 150k IOPS | | Interface | PCIe (3.0/4.0/5.0) | MIPI M-PHY | | Duplex | Full duplex (read+write simultaneously) | Half duplex | | Power efficiency | Lower (higher active power) | Higher (better for battery) | | Typical use | PCs, consoles, servers | Smartphones, tablets, dashcams |
So: NVMe for raw speed (PC/PS5). UFS 3.1 for balanced mobile speed.
That’s >3x faster for NVMe. But speed isn’t everything.
"NVMe and UFS 3.1 both use PCIe technology, but here’s the speed breakdown.
NVMe wins on raw speed. UFS 3.1 wins on power efficiency and small footprint. Different jobs." nvme vs ufs 3.1 speed
NVMe vs UFS 3.1 – Who’s faster?
But check random read – NVMe might do 1M IOPS, UFS 3.1 around 100K IOPS. That’s why your PC loads games instantly and your phone feels fast, but not that fast. "NVMe and UFS 3
| Metric | NVMe (PCIe 4.0 x4) | UFS 3.1 | |--------|--------------------|---------| | Max sequential read | ~7,000 MB/s | ~2,100 MB/s | | Max sequential write | ~5,000 MB/s | ~1,200 MB/s | | Random read (4KB) | ~800k – 1M IOPS | ~100k – 200k IOPS | | Random write (4KB) | ~600k – 1M IOPS | ~70k – 150k IOPS | | Interface | PCIe (3.0/4.0/5.0) | MIPI M-PHY | | Duplex | Full duplex (read+write simultaneously) | Half duplex | | Power efficiency | Lower (higher active power) | Higher (better for battery) | | Typical use | PCs, consoles, servers | Smartphones, tablets, dashcams | Different jobs
So: NVMe for raw speed (PC/PS5). UFS 3.1 for balanced mobile speed.
That’s >3x faster for NVMe. But speed isn’t everything.
