1. Teraserver Darrel Sharpe Matt Todd Rob Neff Mentor: Dr. Palaniappan

2. About the Terraserver A network server with 1000 gigabytes of storage space Designed for the MU-CECS Multimedia Lab Will run Kolam imaging software Will deliver appropriate bandwidth to authorized network users for fast loading of large images

3. Teraserver Goals 1)Cost under $5000 2)One terabyte of storage 3)Reliable 4)Versatile 5)Fast

4. Components Overview System Chassis Motherboard and CPU Network Cards Raid Controllers Hard Drives

5. Storage Chassis

6. Motherboard and CPU Dual vs. Quad CPU Motherboards Intel vs. AMD Pentium III vs. the Athlon XP

7. Tyan AMD Dual-CPU Motherboard

8. A Gigabit Ethernet Card

9. Benchmarking Methods SandraSoft A software package for benchmarking hardware performance A software package for benchmarking hardware performance SETI@Home packets 3D Mark 2001, 3D Mark 2000, Quake 3 demo, NetBench from ZDNet

10. Storage Memory Two storage options SCSI-small computer system interface SCSI-small computer system interface EIDE-Enhanced Intelligent Drive Electronics EIDE-Enhanced Intelligent Drive Electronics 2 Problems SCSI SCSI Fast, sustained transfer rates 160Mbyte/sec ~ 181GB’s = $1300 1TB = $7800 EIDE EIDE Poor performance with multiple drives CPU Intensive Primary Controller Maximum 2 Drives in UltraDMA100 mode Maximum 2 Drives in UltraDMA100 mode Max Burst 100MBytes/s – sustained 40MBytes/s Max Burst 100MBytes/s – sustained 40MBytes/s Secondary controller made for CD-ROMs

11. Raid Controllers Redundant Array of Independent Disks A Few Different Modes of Raid Raid-0 “striping” Raid-0 “striping” Raid-1 “mirroring” Raid-1 “mirroring” Raid-3 “striping with parity drive” Raid-3 “striping with parity drive” Raid-5 “large striping with rotating parity” Raid-5 “large striping with rotating parity” 80% sustained performance increase 80% sustained performance increase 75MB/s now instead of 40MB/s 75MB/s now instead of 40MB/s Note: 32-bit PCI Bus Transfer Rate=132MB/s

12. The Two Best Raid Options

13. Hard Drive

14. SuperTrak66 Raid Controller

15. Constraints 1)A terabyte of available disk space 2)Cost around $5000 3)Able to be mounted by client MacOS, Windows, and UNIX There is no constraint on the type of OS as long as the external clients are able to mount the file share.There is no constraint on the type of OS as long as the external clients are able to mount the file share.

16. Performance Requirements 1)Deliver image data to workstations and other connected devices to allow for seamless scrolling of the viewed image through the Kolam software. 2)Prove the server’s reliability by staying up for months at a time.

17. Cost/Resource Analysis PartPriceQtyTotal 160GB Maxtor Hard Drive ~$3008$2400 Raid 5 Controller Card $3851$385 Tiger K7 Motherboard $2061$206 CPU$1941$388 10/100 Network Card $401$40 Gigabit Network Card $1201$120 Chassis$5001$500 RAM$504$200 Total$4239

18. Alternative Designs Mixes of Hardware Components Varied prices and not currently released but desirable components Varied prices and not currently released but desirable components Server only Removes high-end graphics adapter Removes high-end graphics adapter Workstation / Server combo Workstation only Removes need for dual CPU, massive net planning Removes need for dual CPU, massive net planning

19. Scheduling Design Teraserver in Nov-Dec 2001 Keep in mind changes in Price and new Options Keep in mind changes in Price and new Options Order parts in December 2001 Begin Construction in January Have a bootable OS by February 1 st Have a bootable OS by February 1 st Begin Testing and Tuning the system the following week Present product on May 1 st