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Toshiba Q Series Pro 256GB RAID 0 SSD Report - Benchmarks - Test System Setup, Drive Properties & ATTO Baseline Performance

Toshiba Q Series Pro 256GB RAID 0 SSD Report

Samsung finally has something to worry about. Toshiba's Q Series Pro is an SSD that breaks the rules, and comes up as a Hyper-Class crown contender. (TYO:6502)

| RAID in Storage | Posted: Jan 16, 2014 2:00 pm

Desktop Test System

 

TweakTown image content/6/0/6008_09_toshiba_q_series_pro_256gb_raid_0_ssd_report.png

 

Drive Properties

 

TweakTown image content/6/0/6008_10_toshiba_q_series_pro_256gb_raid_0_ssd_report.png

 

The majority of our testing will be done with our test drive/array as our boot volume. Our boot volume is 75% full for all OS Disk "C" drive testing, in order to mimic a typical consumer OS volume implementation. We're using 64K stripes for all of our arrays. Write caching is enabled.

 

Our testing includes charting the performance of a single drive, as well as a RAID 0 array of our test subject/s. We are utilizing Windows 8.1 64 Bit OS for all of our testing.

 

ATTO Baseline Performance

 

Version and / or Patch Used: 2.47

 

ATTO is a timeless benchmark used to provide manufactures with data used for marketing storage products.

 

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Read transfers are excellent. They ramp up quickly, and stay strong throughout. However, write transfers are a different matter. Both the lack of a DRAM buffer, and our array being filled to 75% of its capacity, conspire to deliver choppy performance.

 

Sequential Write

 

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Whether it's a single drive, or an array, it doesn't matter; when our test subject is loaded up with data, the write performance is choppy. When empty (FOB) there is no choppy write performance. If you FOB test, you will never encounter this performance quirk. Normally, when we see choppy performance like this, we know that the test subject is going to be brutalized by our trace based and transfer testing.

 

Sequential Read

 

TweakTown image content/6/0/6008_13_toshiba_q_series_pro_256gb_raid_0_ssd_report.png

 

Read performance is as smooth as butter for both our single drive, and our array.

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