Mass Production Tool SSD

For Business Only

The trend in the development of modern SSD drives is an increase in read and write speeds, a reduction in the technical process,
an increase in layers and the density of NAND memory packaging.
All these factors affect the reliability of NAND chips and, most importantly, the increasing number of defects in their production
(which are defective NAND chips, is also used in the production of SSD drives).

The transition of the technical process from SLC (1 bit) to MLC (2 bits) to TLC (3 bits) to QLC (4 bits) to PLC (5 bits)
leads to increasingly lower reliability of NAND chips and increasingly higher requirements for the quality of their
production.

Modern NAND types manufactured by Micron, SK Hynix, and YMTC can operate in p(SLC)(1bit) mode,
which increases reliability by 10-20 times and reduces volume by 3 times in (TLC(3bit)) NAND and 4 times in (QLC(4bit))
NAND.

There are tech enthusiasts who have made changes to the SSD firmware to enable it to operate in p(SLC)(1bit) mode.
Gabriel Ferraz.

The supply of SSD drives operating in p(SLC) mode on the market is very limited,
with prices ranging from 2 to 4 times higher than those of ordinary TLC SSDs.
Some examples of prices for SSD p(SLC) mode - link1, link2, link3, link4, link5, link6, link7.
The market niche is empty, with no competition and very low supply.
To change the firmware operating mode in SSD drives,
you need the Mass Production Tool SSD (MPTool) program,
which is used in the production of SSDs at the factory.

We offer you fully unlocked Mass Production Tool programs for InnoGrit and MaxioTech.

IG5236+Micron(176L)B47R+4TB+DW
IG5236+YMTC(X2-9060)(128L)TAS+K3
IG5236+YMTC(X2-9060)(128L)TAS+2LUN+K3
IG5236+SKHynix(176L)V7+K3
Supports SSD drives of your choice.

MAP1602+YMTC(X2-9060)(128L)TAS
MAP1602+YMTC(X3-9070)(232L)WDS
Supports SSD drives of your choice.

If you are interested in our offer, please contact us.

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