|ONStor, Inc. :||ONStor Bobcat 2220 NAS Gateway / 3PAR InServ S800 Storage Server|
|SPECsfs97_R1.v3 =||10120 Ops/Sec (Overall Response Time = 1.35 msec)|
|Server Configuration and Availability|
|Vendor ||ONStor, Inc. |
|Hardware Available ||Jun 2005|
|Software Available||Jun 2005 |
|Date Tested||Jul 2005 |
|SFS License Number||2192 |
|Licensee Locations||Los Gatos, CA, USA |
|CPU, Memory and Power|
|Model Name ||ONStor Bobcat 2220 NAS Gateway / 3PAR InServ S800 Storage Server |
|Processor ||750 Mhz Broadcom BCM1250 |
|# of Processors ||4 cores, 2 chips, 2 cores/chip |
|Primary Cache ||32 KB I + 32 KB D on chip |
|Secondary Cache ||512 KB (I+D) on chip |
|Other Cache ||N/A |
|Other Hardware ||McData Sphereon 4500 |
| Memory Size ||2 GB (filer) + 20 GB (3PAR InServ) (see notes) |
|NVRAM Size ||0 |
|NVRAM Type ||N/A |
|NVRAM Description||N/A |
|OS Name and Version||EverON 1.2.3|
|Other Software ||3PAR InForm OS 2.2 |
|File System ||STOR-FS |
|NFS version ||3 |
|Buffer Cache Size ||dynamic|
|# NFS Processes ||N/A|
|Fileset Size ||96.7 GB|
|Network Type ||Gigabit Ethernet |
|Network Controller Desc. ||custom (see notes)|
|Number Networks ||1 |
|Number Network Controllers||1 |
|Protocol Type ||TCP |
|Switch Type ||Extreme networks - Summit 7i - model 11704|
|Bridge Type ||N/A |
|Hub Type ||N/A |
|Other Network Hardware ||N/A |
|Disk Subsystem and Filesystems|
|Number Disk Controllers ||1 |
|Number of Disks ||120 |
|Number of Filesystems ||16 |
|File System Creation Ops||N/A|
|File System Config ||TPVV striped across 60 disks (see notes) |
|Disk Controller ||1 FC controller with 2 ports |
|# of Controller Type ||1 |
|Number of Disks ||120 |
|Disk Type ||147 GB 10 K RPM - FC disks |
|File Systems on Disks ||vol1-vol8 and vol101-vol108 |
|Special Config Notes ||N/A|
|Load Generator (LG) Configuration|
|Number of Load Generators ||4 |
|Number of Processes per LG||32 |
|Biod Max Read Setting ||2 |
|Biod Max Write Setting ||2 |
|LG Type ||LG1 |
|LG Model ||Dell PowerEdge 1850 |
|Number and Type Processors||Intel(R) dual Xeon(TM) CPU 3.00GHz |
|Memory Size ||2GB |
|Operating System ||Red Hat Enterprise Linux ES release 4 |
|Compiler ||pre-compiled binary |
|Compiler Options ||N/A |
|Network Type ||1 Gigabit Eth interface|
|LG #||LG Type||Network||Target File Systems||Notes|
|1-4||LG1||1||/vol1, /vol2, /vol3, /vol4, /vol5, /vol6, /vol7, /vol8, /vol101, /vol102, /vol103, /vol104, /vol105, /vol106, /vol107, /vol108,||N/A|
- The system under test is an ONStor Bobcat NAS Gateway in front of a
- 3PAR InServ S800 Storage Server.
- The ONStor Bobcat NAS Gateway has no NVRAM anywhere in the filer.
- All updates are written to external stable storage on 3PAR Storage
- Server before acknowledging the client. Memory caches
- within an ONStor NAS Gateway are effectively write-through caches.
- The ONStor Bobcat NAS Gateway contains two BCM1250 processors each with
- two cores (total 4 CPUs). All network protocol and filesystem operations
- are performed by these processors.
- The ONStor Bobcat NAS Gateway has one network controller with two Gigabit
- ethernet connections, all connected to the same network. A custom FPGA
- is used to calculate the CRC for TCP. Jumbo frames were not used.
- The ONStor Bobcat NAS Gateway has one disk controller with two 2 Gbps FC
- ports. All ports are managed by one core of a PMC-Sierra RM9200 CPU with
- 512 MB of memory and a QLOGIC ISP2312 FC controller.
- The two FC controller ports on the ONStor Bobcat NAS Gateway were
- connected to a 16 port fibre channel switch (McData Sphereon 4500).
- Each 3PAR Controller Node had two ports connected to the same fibre
- channel switch.
- The 3PAR S800 Storage Server is a fibre-channel-attached, block-level
- storage array. The 3PAR S800 was configured as a single array with two
- 2,400 MHz 3PAR Controller Nodes.
- Each Controller Node of the 3PAR InServ S800 includes 8 GB of
- data cache (16 GB total). The InServ S800 has an additional 2 GB
- of control cache (CPU memory) per Controller Node.
- Write-caching occurs in the disk subsystem only.
- There are redundant lead-acid batteries supporting each 3PAR
- Controller Node. These batteries power the node during a power
- failure, saving all cache contents to an internal drive.
- Booting after a power failure initiates a recovery process that
- recovers cache contents from the internal drives.
- The 3PAR Controller Nodes are configured with "common provisioning groups"
- which configure and dedicate portions of physical storage from a common
- pool of undedicated capacity upon write operations.
- The ONStor NAS Gateway created 16 filesystems (or "volumes" in ONStor
- terminology). Each volume was written to eight TPVV's, "Thin
- Provisioned Virtual Volume", on the 3PAR InServ.
- TPVVs were configured to grow using a RAID-0 relationship and to
- stripe across 60 disks.
- Automatic snapshot scheduling was disabled and data cache read-ahead
- was disabled on the NAS Gateway.
- ONStor, the ONStor logo, EverON, and STOR-FS are trademarks of ONStor, Inc.
- 3PARdata, the 3PAR logo, 3PAR, InServ and InForm are trademarks of 3PARdata, Inc.
- Other trademarks are the property of their respective holders.
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First published at SPEC.org on 29-Aug-2005