 |
|
| Dual Intel Xeon RAID Tower Server |
| SYXS-ST-989726 |
Starting at
$1,499.99 |
- (2) x Intel® Quad-Core Xeon E5310
- Tower
- 2GB DDR2 FBD
- (3) x 250GB SATA HDD
- 1 Year, 24 Hour Response
|
|
|
Experience up to 50 percent greater performance than industry-leading Dual-Core Intel Xeon processors. |
|
 |
|
| Hotswap Tower Raid 1 Server |
| SYXS-ST-989577 |
Starting at
$1,099.99 |
- Intel® Core 2 Duo E6420
- Tower
- 2GB DDR2-PC4200
- (3) x 250GB SATA HDD
- 1-year Warranty
|
|
|
Practical, yet powerful, the Systemax Intel Core 2 Duo Dual-Core server is a fully featured and highly scalable server solution. This server packs the latest server technology available today. |
|
|
|
| Hotswap Tower Raid 1 Server |
| SYXS-ST-989576 |
Starting at
$799.99 |
- Intel® Core 2 Duo E4500
- Tower
- 2GB DDR2-667
- (2) x 250GB SATA HDD
- 1-year Warranty
|
|
|
This Systemax VLS packs a lot of punch This server boasts solid server technology, featuring an Intel Core 2 Duo E4500 2.2GHz CPU, DDR2 memory and RAID 0 & 1 support. |
|
|
|
|
| ELS 3 Intel 1U Rackmount Server |
| SYXS-ST-989730 |
Starting at
$1399.99 |
- Intel® Xeon 3065
- 2GB DDR2-ECC
- (4) x 250GB SATA HDD
- Includes Rails
- 1-year Warranty
|
|
|
Systemax brings you a reliable server based on a proven Supermicro rack mount solution. Designed for file/web/mail servers and small business applications. |
|
|
|
| Intel Xeon 2U Rackmount Server |
| BTO 989321 |
Starting at
$1,399.99 |
- Intel® Xeon 5110
- 2U rackmount
- 1GB Fully Buffered
- (2) x 80GB SATA HDD
- 1-year Warranty
|
|
|
This Systemax 2U Rack integrates the power of the new Intel® Dual-Core Xeon® technology at a price lower than its predecessor...It is a simple purchase decision for a business to make. |
|
|
|
| Mini-Vault NAS 2000 |
| SYXS-ST-989580 |
Starting at
$999.99 |
- 2TB NAS
- 4x500GB SATA HDD
- DDR2 memory
- 4oo MHZ Processor speed
- 1 Year Warranty
|
|
Costing less than big file servers, the Systemax MiniVault NAS manages shared files by user names or groups, with system backup, remote boot, and system recovery. |
|
|
