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Thunderboltâ„¢ Pegasus Family Moving from a Legacy Pegasus to a Pegasus32 chassis
Babatunde Akinkuolie posted this 30 October 2024

Introduction

As times slowly passes it leaves it's mark on the world. The mountains rise up and wear down, the continents shift and change configuration, and worst of all, the dinosaurs have become extinct.

But on shorter timescales we also grow older, as does our equipment. Most things we use, like cars, furniture and most of all, computers either fail or become obselete. Few today use a computer based upon the venerable i486.

Storage has also changed over the years, in capacity, speed, and price.

Updating our equipment is an ongoing process. There are many reasons for updating our equipment, it could be because of equipment failures, or it could be that the storage speed of yesterday's equipment may not be up to the today's task of editing a 4k video.

Moving from a Legacy Pegasus to a Pegasus32 chassis

The promise Pegasus has a builtin capacity for upgrading. The disk set from a Pegasus1, a Pregasus2, or a Pegasus3 can be moved to a Pegasus32 chassis and the Volume will mount.

The process is simple...

  1. Make sure both Pegasus units are powered off.
  2. Move the Hard Drive carriers from the Legacy Pegasus to the Pegasus32. It's best to move the Legacy Pegasus drives to the corresponding slot on the Pegasus32.
  3. Connect the Pegasus32 power cable and Thunderbolt cable.
  4. After the Pegasus32 boots, the Volume should mount.

Some Limitations

The macOS version must support the Pegasus32 driver. macOS High Sierra for example, does not support the Pegasus32 driver. The Pegasus32 FCS (First Customer Shipment) driver supports macOS 10.14 (Mohave), 10.15 (Catalina) and above on Intel Macs.

If the Mac being used has Thunderbolt 2 ports, then a Thunderbolt 2 > Thunderbolt 3 adapter will be needed. The Apple adapter is recommended.

VTrak D5000 VTrak D5000 and J5000 Series Power Consumption
Babatunde Akinkuolie posted this 30 October 2024

These power and thermal output figures are derived from fully populated VTrak D5x0s and J5x0s chassis using SAS drives under full load.

Product Input Voltage (VAC) Power (Watts) Thermal Output (BTU/hour)
D5300 120 308 1051
D5320 120 385 1315
D5600 120 399 1361
D5800 120 460 1570
D5300 240 303 1033
D5320 240 378 1289
D5600 240 364 1242
D5800 240 455 1553

 

Product Power (Watts) Thermal Output (BTU/hour)
J5320s 286 974
J5300s 286 974
J5600s 547 1866
J5800s 547 1866
J5910s 970 3309
J5920s 1300 4436

 

Contact Promise Technology Support

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For further assistance, visit Promise Technology Technical Support

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