The introduction of the DAT-72 tape format has boosted the DDS 4mm format and has provided an inexpensive and reliable backup media solution that offers individual friendly, backward compatible and convenient path to the DDS users for upgrading to high capacity and high speed backup solution. DAT72 is the fifth version of the DDS tape technology. The DAT-72 tape cartridge has space to hold compressed information of 72 GB which is 18 times more than the DDS-1 tape technology.

4mm cartridge is the heart of the DDS tape format. Maxell has been the first for the last few decades to market the data tape products of next generation. Improvements and advancements have been prefabricated over the five versions of the DDS format. Advancement of Digital Data Storage Media and the development in the coating technology (metal particle) are closely associated.

Today the media of metal particle dominates the DDS media. The metal particle media was developed by the DDS media as sustainable tool for high density DDS tape format. Therefore, the leading media of DDS market is the MP media. The other tape media formats SDLT, DLT, IBM Magstar and LTO depend on the formulations of Metal Particle for durability and high density recording. Before the introduction of the MP media, the tape formulations of chrome & ferric oxide were used mostly. MP media was introduced to meet the need of high density tape media that was the demand of the 4mm tape technology for compensation of backup tape cartridge’s small form factor. The DDS 4mm tape cartridge was break through technology that enabled 3. 5 inch bourgeois to have recording capacities of multi Gigabytes. The length of the tape used by the DDS-1 tape technology was 90 meters. So in this way DDS-1 had acquirable tape of less than fifty square feet for data recording.

At that time the tape cartridges (quarter inch) offered only 1/4th of the recording space as DDS1 cartridge. But inside the tape cartridge, it could pack more than 5 times the physical area for data recording. Metal particle media’s physical properties were captivating and saint to fulfill the needs of helical recording mechanism of DDS. MP media had double the remnant flux and coercivity as that of the alternative media pigments. Therefore, metal particle media has more potential and capability to achieve high density recordings when compared to cartridge format of half inch or the quarter inch. The attractable output of the MP media in DDS was also higher. Particles of pure metal are used in the formulations of metal particle, which make it more sensitive and vulnerable to oxidation. The tape’s recording layer and the data on it is destroyed if the media of MP is oxidized. Passivation material is used to coat the metal particles utilized in the DDS tape media to refrain the problems of oxidation.

Metal particle of Maxell DDS tape have coating of “ceramic armor” that protects the tape against corrosion & oxidation and maintains high output signals. The stability of the metal particles is maintained for longer period of time with the technology of ceramic armor. The conserving layer of ceramic armor localizes the energy of the metal particles effectively. The other benefits of the conserving layer are that it increases the robustness and gives superb resistance against heat. Therefore the Maxell DDS is reliable, tough and efficient tape technology.

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No doubt the stipulations of future are to securely record, capture and hold large amounts of information no matter the applications are data retrieval, archiving, disaster recovery or data backup. Therefore the aims of semi-conductor, optical and attractable storage media’s manufacturers are to record more data amounts at reduced cost and faster rate. Magnetic tape is the better storage technology that can hold data safely for longer time duration. When we compare these different storage technologies, the conclusion is that the attractable data tape’s per GB cost is the lowest. LTO tape technology has reached greater storage space per cartridge and is still increasing with the introduction of its new generations. The storage capacity of LTO tape has gone beyond 1 terabyte. LTO-4 tape can store 1. 6 terabytes of compressed data. This is really big data amount as 1TB can accommodate three hundred million text pages. There are numerous challenges that the high- capacity storage media have to handle. These challenges include reduction in metal particle’s size, reduced tape thickness, low cost per GB, increased track density and bit density. Maxell has reached these goals and devised the ideal solution to overcome these challenges by introducing the Neo Super Maximum capacity Advanced Reliability Tape (Neo-SMART) technology in the LTO3 (183950) tape format. Neo-SMART is combination of 7 key technologies that contribute to the overall high reliability and output of the Maxell ultrium LTO-3. Technologies included in Neo SMART are advanced dispersion, fine metal-particles, ultra thin coating, high-performance tape cartridge, advanced calendaring, stable writing of servo-track writing and ultra precise slitting. Maxell has employed strong and durable dual-binder mechanism in the LTO-3 (183950) tape by the induction of Neo-SMART technology. As the density of metal particles is increased, the metal particles tend to stick with apiece other. So the tape surface gets rough resulting in reduction of the signal strength. Maxell found the solution to this problem and introduced two complementary mechanisms that ensure ultra smooth dispersion of the metal particles. This advanced mechanism makes even dispersion of metal particles and afterwards apiece particle is adhered by a specific binder layer. The metal particles are adhered through a chemical process. Technologies included in Neo SMART are advanced dispersion, fine metal-particles, ultra thin coating, high-performance tape cartridge, advanced calendaring, stable writing of servo-track writing and ultra precise slitting. It is necessary that the tape reel should be highly durable and tough as the quantity of heads has increased in the modern tape storage products. Maxell has employed strong and durable dual-binder mechanism in the LTO-3 (183950) tape by the induction of Neo-SMART technology. Neo SMART comprises of binders some of them are primary while the others are secondary. Neo SMART with the help of tough chemical bonding forms a three dimensional (3-D) structure. This structure increases the attractable layer’s resistance against heat ensuring high level of reliability and accuracy in severe conditions. So the technology of Neo-SMART in the Maxell ultrium LTO3 cartridge helps to wage the ideal and accurate results even under high pressure and work load. Advanced dispersion and chemical bonding because of the Neo SMART technology makes the LTO tape cartridge more powerful, robust and tough with increased tape life. For online order of Maxell LTO-3, HP LTO3, TDK LTO3, Fuji LTO3, Sony LTO3, Dell LTO3, LTO ultrium and LTO cleaning tape please visit ‘tape4backup. com’

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