Sorry, but for the same price i can get s nvme (phison E12 controller) doing 3000/2000 MBs for R/W, 340K iops and 780 TBW, almost doubling the numbers vs the TG MP33, the only advantage would be the 5y warranty.

fry178:

Sorry, but for the same price i can get s nvme (phison E12 controller) doing 3000/2000 MBs for R/W, 340K iops and 780 TBW, almost doubling the numbers vs the TG MP33, and the only advantage would be the 5y warranty.

About same what I get with an addlink S70, same price

You are wrong, from what i see the 128GB model is the best option in the market today with 1000TBW. Buy while it lasts. 😉

@Aro9 please clean your glasses: 128GB / >100TBW 256GB / >200TBW 512GB / >400TBW 1TB / >600TBW 2TB / >1,000TBW https://www.teamgroupinc.com/en/product/mp33

128 GB: up to 1,500 MB / s in reading and up to 500 MB/s in sequential writing. Up to 90 K random read IOPS and 100 K IOPS in random write. The maximum life of your NAND Flash memory cells is 1000 TBW. 256 GB : up to 1,600 MB/s in reading and up to 1,000 MB / s in sequential writing. Up to 160 K random read IOPS and 200 K IOPS in random write. The maximum life of your NAND Flash memory cells is 200 TBW. 512 GB : up to 1,700 MB/s in reading and up to 1,400 MB / s in sequential writing. Up to 220 K random read IOPS and 200 K IOPS in random write. The duration of your NAND Flash memory cells is 400 TBW. 1 TB : up to 1,800 MB/s in reading and up to 1,500 MB / s in sequential writing. Up to 220 K IOPS in reading and 200 K IOPS in random writing. Its duration is estimated at around 600 TBW 2 TB : up to 1,800 MB/s in reading and up to 1,500 MB / s in sequential writing. Up to 220 K IOPS in reading and 200 K IOPS in random writing. Its duration is estimated at around 1,000 TBW. So, how to say, my glasses are perfectly clean. Comment after reading the article, not before. I guess Hilbert should join the discussion.

Aro9:

128 GB: up to 1,500 MB / s in reading and up to 500 MB/s in sequential writing. Up to 90 K random read IOPS and 100 K IOPS in random write. The maximum life of your NAND Flash memory cells is 1000 TBW. 256 GB : up to 1,600 MB/s in reading and up to 1,000 MB / s in sequential writing. Up to 160 K random read IOPS and 200 K IOPS in random write. The maximum life of your NAND Flash memory cells is 200 TBW. 512 GB : up to 1,700 MB/s in reading and up to 1,400 MB / s in sequential writing. Up to 220 K random read IOPS and 200 K IOPS in random write. The duration of your NAND Flash memory cells is 400 TBW. 1 TB : up to 1,800 MB/s in reading and up to 1,500 MB / s in sequential writing. Up to 220 K IOPS in reading and 200 K IOPS in random writing. Its duration is estimated at around 600 TBW 2 TB : up to 1,800 MB/s in reading and up to 1,500 MB / s in sequential writing. Up to 220 K IOPS in reading and 200 K IOPS in random writing. Its duration is estimated at around 1,000 TBW. So, how to say, my glasses are perfectly clean. Comment after reading the article, not before. I guess Hilbert should join the discussion.

Pretty sure its a typo. Makes zero sense for 128gb to have 1000 TBW while the 256gb is 200 TBW. The larger the capacity, the greater the life span. Thats always been the case.

Yes, it was a typo (corrected now). On the second page it was already ok (100 TBW). Thanks for spotting that 😎