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Multi-Dimensional Data Storage (for Computer Harddrives) The concept of modern computer harddrives is based on magnetic written data units in form of metallic particles on a turning disk platter. The read and write is done by an electromagnetic spool, which turns the magnetic field of a particle array in a defined magnetic direction. The speed of read and written data depends on the turning speed of the disk platters and the positioning speed of the electromagnetic spool, that is hold by an actuator arm, which is flying on an airbed over the platter's surface. Issues of this technology is the low speed and the risk of an headcrash of the read/write spool onto the surface in cause of too fast acceleration or shocks.
We also need more capacity each day. The Multi-Dimensional Data Storage Technology used an advanced BPM-technique (Toshiba-Patent) within up to three Dimensions. Three dimensions mean a minimum 2 layer depth storage of information, so in 8-Bit, when we use 2 bit as the cubic configuration. The 8-Bit symbolic data storage results in an 4 times higher capacity on the same material density, in cause of the raw data reduction of 2 times. But: e.g. a 4TB platter will store now 16TB at all. At 512-bit within an 8-layer structure, we will get an increase of 134,217,728 times more capacity.
When we use just 2-D technique without Multi-Layer-Technology, we could invent Bitmap sizes up to e.g. 4096 bit. This will cause an effective data volume of 16,384,000,000,000 byte, on a classic 4TB platter. The size of the harddisk will increase with the bitmap size. :-)
My invention uses a simple but efficient head principle to realize that: 1.) The head is not a single spool, it is an array of many small microspools which are specially contructed within a modern silicon dice. 2.) Every track on the disk platter's surface is served by an own read and an own write spool. A modern harddrive in the year 2018 contains about 250.000 upto 1.000.000 tracks. 3.) An ultrafast controller chip and bus system transports the data directly to the computer's CPU or attached array. 4.) If the controller chip of the harddrive is able to compute every single read and written data unit that is located on the disk's surface, the Steady State Head Technology delivers FULL CAPACITY TRANSFER after one turn of the platters. That menas that an 4TB harddisk will deliver theoretical the full 4,000,000,000,000 bytes and will also write the same amount of data at the same time. A theoretical access time is defined in picoseconds against milliseconds that are practical, today. The same principle will work with Multi-Dimensional Data Storage Technique. There is no need to change the production streets in modern fabrics, and it is not needed to change form factor (2,5“ or 3,5“) or the power supply, respectiveley the bus connectors. It's downwards compatible to elder bus versions (SATA 1-3) via an electrical adapter.
