Design features of the e-advisors's server
Our company server is based in Houston, Texas. The combination of the follwing features provides outstanding performance and headroom for peak workloads, resulting in faster response times.
Information on the microprocessors
Our servers run Dual Intel Xeon processors with 2-4GB of RAM
Processor #1 Vendor: GenuineIntel
Processor #1 Name: Intel(R) Xeon(TM) CPU 2.80GHz
Processor #1 speed: 2793.151 MHz
Processor #1 cache size: 1024 KB
Processor #2 Vendor: GenuineIntel
Processor #2 Name: Intel(R) Xeon(TM) CPU 2.80GHz
Processor #2 speed: 2793.151 MHz
Processor #2 cache size: 1024 KB
Processor #3 Vendor: GenuineIntel
Processor #3 Name: Intel(R) Xeon(TM) CPU 2.80GHz
Processor #3 speed: 2793.151 MHz
Processor #3 cache size: 1024 KB
Processor #4 Vendor: GenuineIntel
Processor #4 Name: Intel(R) Xeon(TM) CPU 2.80GHz
Processor #4 speed: 2793.151 MHz
Processor #4 cache size: 1024 KB
Memory Information
Memory: 2068764k/2096952k available (1979k kernel code, 27800k reserved, 185k data, 128k init, 1179448k highmem)
Information on the operating system
Linux Operating System. We exclusively use the Linux (Enterprise/Fedora/CentOS) operating system on our servers. Linux is one of the most popular server operating systems in the industry today due to it's scalability and track record as the most stable operating system on the market. It is constantly under active development which insures a reliable, secure, and robust platform for web hosting environments.
Linux travis.nswebhost.com 2.4.31-grsec #2 SMP Thu Jul 21 19:13:30 EDT 2005 i686 i686 i386 GNU/Linux
Information on the Physcial Disk
Our hard drives are RAID protected providing the power, versatility, and
reliability required for high end servers. Raid Disk Monitoring: RAID
is short for Redundant Array of Independent Disks and used to mirror data
on two disk drives simultaneously to ensure data integrity. Disk mirroring
protects from loss of data by instantly switching to the other disk with
no interruption in service if one of the disk drives fail without requiring
data restoration from a backup. RAID also provides twice the read rate
of a single disk to increase performance. When multiple requests are made
for the same data, demand can be distributed between two disks therefore
decreasing response time for data access.
| Filesystem | Size | Used | Avail | Use% | Mounted on |
| /dev/sda6 | 12.0G | 290M | 1.6G | 16% | / |
| /dev/sdb1 | 184G | 102G | 73G | 59% | /backup |
| /dev/sda1 | 99M | 17M | 78M | 18% | /boot |
| /dev/sda8 | 162G | 53G | 101G | 35% | /home |
| /dev/sda7 | 981M | 34M | 898M | 4% | /tmp |
| /dev/sda2 | 9.7G | 3.8G | 5.4G | 42% | /usr |
| /dev/sda3 | 7.7G | 5.3G | 2.1G | 72% | /var |
Current Memory Usage
| total | used | free | shared | buffers | cached | |
| Mem: | 2068892 | 2033664 | 35228 | 0 | 91856 | 312116 |
| -/+ buffers/cache: | 1629692 | 439200 | ||||
| Swap: | 2048248 | 72144 | 976104 | |||
| Total: | 4117140 | 2105808 | 2011332 | |||
Network Infrastructure
We operate out of the world class NAC datacenter with multiple tier one
backbone providers including Level3, AboveNet, UUNET, InterNAP, Genuity
and over 300 peering points and transit providers spanning three countries
within North America and Europe.
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