Silicon Power 2TB NVMe M.2 PCIe Gen3x4 2280 SSD Solid State Drive (SP002TBP34A60M28)

When building out a developer kit like the NVIDIA Jetson Orin Nano, the choice of storage is critical. Since the Orin Nano relies on external NVMe for its primary OS and data storage, you need a drive that is reliable and handles the constant read/write cycles of an AI development environment. I installed this Silicon Power 1TB NVMe as the main drive for my Orin Nano, and it has performed flawlessly. Ideal Performance for Edge AI While this is a Gen3x4 drive, it is perfectly suited for the Orin Nano’s architecture. You don’t need the extreme heat and cost of a Gen4 drive for this application; instead, you want consistent throughput for streaming data from cameras and processing logs. I’ve been using this drive to store large datasets for license plate recognition and custom AI models, and the boot times and app launches are near-instant. Thermal Stability in Compact Enclosures One of the best things about this specific Silicon Power model is its thermal management. Developer kits often live in small, sometimes fanless enclosures. This drive stays remarkably cool even under a sustained load, which is vital for preventing thermal throttling of the Jetson module itself. It’s a low-profile, "set it and forget it" component that doesn't require a bulky aftermarket heatsink to stay within safe operating temperatures. Reliability for Professional Use In a business or development setting, a drive failure means lost time and lost data. This drive was recognized immediately by the Jetson's BIOS and took the JetPack installation without a single hiccup. The 1TB capacity provides more than enough "breathing room" for multiple Docker containers, deep learning frameworks, and localized data storage without having to constantly manage disk space. Final Thoughts If you are kitting out a Jetson Orin Nano or a similar single-board computer, this drive is a fantastic value. It provides the right balance of speed, thermal efficiency, and capacity for professional technical projects. It’s a rock-solid workhorse that lets you focus on your code rather than your hardware.

I got this to upgrade a new laptop that simply didn't have enough storage. It was fast and easy to install it in my Dell laptop, fortunately - just open the 8 screws, pull off the lid, and swap it out. Some systems might be harder. Getting it working was a little harder, as I had to manually reinstall Windows and put my software on. If I was migrating from an old system to a new one, I'd have done a lot of backups, but this was nice and easy. Performance is great. Haven't had any issues with all that space; it just runs and doesn't complain. I've had a few SP drives before and these always work well. No regrets!

Use this to put into a HP Z4 G4 refurb PC. It has Win 11 M.2 that I took out to keep. Need to stick to Win 10 for various reasons. Put this in (in the HP heat transfer case they have) and did USB boot. Could not get to boot from CD-ROM. Installed quick. I then used a PC transfer program to move my old Win 10 to this really quick PC. After many "fixes" on the new PC, it's running real fast. Been working fine the past few days, after I figured out the mini DP connection to an older monitor (they don't like adapters).

For a M.2 NVMe drive, I like that the packaging is very small & lightweight. It's also a plus that relevant technical info is displayed on the package rather than drawings of racing cars and rockets for example. This shows that the product is also made with power-users in mind thus a simple, clear package print. For the SMART capability it's somehow not seen by all Windows programs, some can get it and some can't. Perhaps the drive must be physically plugged into the real motherboard to get it everywhere (I plugged it into a USB adapter). For the details it's a 512-bytes physical sector size, so it's best to also make sure that your partitions match it (512-bytes chunk/cluster-size), and I don't think that 512-bytes is at all a problem for any M.2 drive anyway. The packaging also says Supports NVMe 1.3, but the drive appears to support the newer NVMe 1.4 as well. So it supports both NVMe 1.3 & NVMe 1.4 (it's still Gen3x4, but NVMe 1.4 itself cans still be used). The drive supports SMART, TRIM & VolatileWriteCache. Another thing worth knowing about is that for another drive model the shipments were sometimes shipped without temperature sensor so a static value was returned always. There were two versions and either of the two were selected at random for shipping. I don't know if it's the case for this NVMe model, but it would be much better to just always ship the temperature sensor-enabled versions always. Otherwise it's hard to know when the drive needs to take a break due to heat (which cans happen while doing I/O-heavy stuff, like mass-copying or intensive random reads for gaming). For the price it's a rare find, this product is priced neutrally, neither too low nor too high. Perfect price-match for getting hold of a 1TB NVMe drive nowadays. More (basic) drive info: Disk geometry: Cylinders: 124519 Tracks/Cylinder: 255 Sectors/Track: 63 Bytes/Sector: 512 Total disk sectors: 0 Logical sector size: 512 Physical sector size: 512 Media rotation rate: N/A Buffer size: N/A ECC size: N/A The rest wasn't able to be reliably acquired over my USB adapter. However it's worth noting that 'Trusted Computing' is unsupported - good news, it was rather 'anti-user computing' anyway. Therefore this NVMe drive won't agree to work against you for 'trusted' purposes. This product is one the cheaper 1TB NVMe drives, and yet it matches a pretty good quality alike any higher-priced one.

Just be aware... When installing Ubuntu 24.04 on the Silicon Power A60 (P34A60), you may encounter low-level controller freezes and timeout errors (such as QID timeout or genctr mismatch). This stems from a hardware/firmware conflict between the drive's DRAM-less controller (often the Silicon Motion SM2263XT or similar) and the Linux kernel's handling of power states and heavy I/O commands. See screenshots for some debugging info. I did a deep dive into debugging the drive and ultimately used an alternative brand/model. This drive appears functional but will be used in a different project.

This SSD installed easily and was recognized immediately. Boot times and app loading speeds improved noticeably compared to my old drive. It runs cool and performance is very solid for a Gen3 NVMe. Great value upgrade for laptops or desktops and perfect as a boot drive.

For the money this was an excellent drive. Purchased it almost 6 years ago as a kid in highschool looking for a cheaper NVMe to upgrade to and only today did it finally die. Noticed some early signs of degradation with Microsoft office popups titled (diagnostics) and it still had a good 6 months till it kicked the bucket. At the time, the big competitors were charging twice as much and I'm not entirely certain that they would've lasted longer. This is a great drive on a budget, and if you're worried about longevity I'd plan to buy a new stick 4-5 years from now.

I recently picked up two of the 1TB drives for for an older Dell Precision T7910 Tower. This machine is a beast but really needed the benefit of booting from an NVMe drive. There are no native M.2 NVMe slots on the main board so, I installed these two drives onto a Dell designed PCIe non-RAID card. The card uses PCIe 3.0 x8 lanes for both SSDs (x4 per SSD) parked in an x16 slot. I am really impressed the performance of these SPCC drives. I have run CrystalDiskMark on both and attached to my review. I am pushing almost 2600MB/s on each drive for sequential 1M reads. Pretty fast for such an inexpensive SSD. I also over 2000MB/s 1M wrtites. These numbers exceed everything I have seen for these drives. I noticed that the two SSDs are not identical, I posted a picture of the two drives mounted on the Dell PCIe card, from the side you can clearly see that one drive has fewer chips than the other, the label is stuck on the circuit board versus onto chips like the other drive. They both show up the same in CrystalDiskInfo with one exception, the SSD that has fewer chips run 20 C hotter at idle. Seems peculiar that they would not be identical, maybe a change in the hardware revision. I am very happy with the drives at this point and I think they are a great value for the current market. Purchased: 02/03/2023 for $48/ea. UPDATE: 02/27/2023 I answered my questions regareding the extreme variation in temperatures as reported by CrystalDiskInfo, 64 degrees C on one drive and 40 degrees C on the other. The added photos show two very different versions of the drive which I received. I was not paying attention to the differences when I first installed the drives and did not notice the obvious changes in the versions. In the photos, the drive marked REV.B manufacture date is 42nd week 2022, the drive marked REV.C is dated 45th week 2022. The older REV.B drive is the one with fewer chips which only cover about 2/3 of the circuit board it runs hot ~60-64 degrees C. The newer REV.C drive has chips which populate the entire 2280 board, this is the drive that runs at around 40 degrees C. I purchased a couple of heat sinks to attach to the drives, they are actually running a little hotter than when the drives had the Dell board fan shroud intalled (the shroud would not fit over the drives with the heat sinks in place). I think I will order another drive and see if I get another REV.C, if so, I'll return the REV.B A little picky perhaps, but I prefer for the drives to be identical.

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The SSD/M.2 whatever you call it is working good I used it for my pc and it is good the delivery is kinda fast and yeah that’s it

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Finally, after analysing so many NVMe, I finalized SP P34A60. After upgrading my Lenovo 330s with the SP NVMe 256GB SSD, my laptop has transformed. The performance is stable all time. Boot times are faster, and applications load almost instantly. Initially I thought if it is suitable for my laptop, but it fits and works perfectly. I checked my laptop manual for detail description of available ports. I am using HDD for storage and NVMe for boot. Installation: The installation process was straightforward, and once the SSD was in, Windows booted up within seconds. Migrating my system to the new drive was painless, thanks to cloning software that made transferring my files quick and easy. Reliability: Since installing the SP NVMe SSD, I’ve noticed a significant improvement in the laptop’s overall responsiveness. File transfers are faster, and the system is more stable. There’s no sign of slowdown, even when performing resource-heavy tasks. Final Verdict: This SSD has given my Lenovo 330s a new lease on life. If you’re looking to supercharge your laptop without spending a fortune, the SP NVMe 256GB SSD is an excellent choice. It has made my Lenovo 330s feel like an entirely different machine one that’s quick, efficient, and reliable.

Used this to put an SSD in my slow laptop. Did some quick windows transfer stuff and it's lightning fast. Highly recommend