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Achievements
Adjile Systems Chronological History
| Adjile Systems as a System Storage Manufacture was always on forefront of technology design with our solutions. Today as a System Integrator we still offer guidance in the manufacture of the products we purchase, both with the design and features for today's storage systems. |
1993 |
Adjile designs the Lynx 4U Storage Rack that today is still the most flexible solution designed. This unit was designed to support almost any configuration with controllers, hard drives, tape drives, and CD ROM's in a single unit. The rack support both standard and Hot swap redundant power systems and at last count 50+ different back-panel and or front panel configurations were in use. This design is still used by today's manufacturers. |
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1994 |
Adjile designs the first enclosure that supports hot-swap drive canisters. The Cougar was designed to support Four
5 ¼” drive canisters with a new hot-swap back plane design to make Enterprise hard drives easy to change out. |
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| The 3x300 Redundant Power System was designed to offer power and redundancy to the Adjile Enclosures. |
1995 |
Adjile designs the first stand-alone tower for portability and small to medium business applications. The Tiger units were designed as a 10 device, 20 device or 30 device enclosure. These units could now offer support for a RAID Controller and hot-swap hard drives. |
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1997 |
| Adjile designs the Jaguar 9 bay 4U for SCSI and Fibre, utilizing Back plane Technology to increase performance and reliability. It had the ability to mount single and dual RAID Controllers or to be used as a JBOD unit. |
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Adjile designs the PR 1800 power system for Commercial Data Systems. The power system contained six 300-watt hot swap redundant power supplies in a 5U rack. The power system provided 1800 watts of power for up six IBM workstations in a 19” rack. PR 1800 came with full UL and CSA compliance. |
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1998 |
| Adjile designs the PAW's system to send notifications by modem if a problem inside a RAID Solution occurs. |
| Adjile takes the 4U Jaguar one step further to offer the 8U Jag II with 18 bays in One Enclosure and dual power systems. |
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| Adjile designs it's first SAF-TE Board to monitor drives, power and cooling to an enclosure. The SAF-TE board would report to the controller any issues in the enclosure. |
| Adjile designs a hot-swap 5 ¼” drive canister for 3.5” SCSI drives. |
2000 |
| Adjile works with channel partner Zzyzx to design and manufacture a ruggedized 5U Jaguar to support Two RAID Controllers and Nine 1Gb Fibre hot-swap drive bay unit for the US Navy. The unit had to be designed to absorb a 25g impact at 12 to 16Hz and continue running in a shock tower. The redundant power system had to be customized to support two independent power sources to the same power supplies in case one source suffers outage. A SCSI version of this rack was also designed for the US Army. |
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| Adjile again works with Zzyzx and designs and manufactures an 18 bay removable Tape drive chassis for 3.5 AIT tape drives. This 8U rack held 18 SCSI AIT tape drives, a new FB3H power system, and two Fibre to SCSI VFS 226 Routers. The Rack had two configurations, one with the routers and an 18 bay expansion rack. This unit was also designed specifically for the US Navy. |
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2002 |
| Adjile builds highest density 4U (Panther) Enclosure of the time to mount 15 Hot-swap SCSI or Fibre drives with Single or Dual Controllers/Tape drives. The systems also supported JBOD Expansion |
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2004 |
| Adjile designs the first 2U 12 Bay enclosure which is still the prefered capacity used by most of today's Manufacture. The Leopard 2U 12 Bay 2Gb Fibre JBOD Enclosure. The Fibre JBOD supported both Single and multi-channel Fibre port configurations, hot swappable, components, cable-less configuration, and 2 XC Universal power system. |
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