NAS Performance, Continued
Finally, Figures 19 and 20 will help put the WL-HDD's performance in perspective. They show a comparison of Write and Read performance for varying record sizes for 128 MByte file transfers for three devices:
The WL-HDD A Linksys NSLU2 with Maxtor USB 2.0 drive A 20GB Hitachi DK23DA-20F 4200RPM drive on a 1GHz Celeron notebook with 576MB RAM, WinXP Home SP2 system running iozoneFigure 19: Write performance comparison
(click on the image for a larger view)
Figure 19 shows that the WL-HDD's write performance lags far behind both comparison systems by a significant margin.
Figure 20: Read performance comparison
(click on the image for a larger view)
Read performance (Figure 20) was so dominated by the notebook that I had to switch to a logarithmic scale in order to show the detail for the NSLU2 and WL-HDD. Once again, the WL-HDD turns in the slowest performance.
My conclusion from these results is that ASUS must have figured that most buyers would use the WL-HDD as a wireless-connected NAS - a fair assumption given the product's focus - where you'd probably never see these performance limitations.
Latest Servers News
- 24/05 – HP Announces Plans to Lay off 27,000 in Next Two Years
- 18/05 – Supermicro Highlights its Latest X9 SuperServers at GTC 2012
- 17/05 – Microsoft Proposes Personal Honeypots to Fend Off Hackers
- 04/05 – How Scientists Plan to Stop Nasty Side-Channel Attacks
- 27/04 – Apple Promises 100 Percent Green Data Center

