High Computing Lab

Lab outcome:

High Computing Lab carries out research on algorithms and systems addressing computational-, and data-intensive problems arising in scientific, business, social, and knowledge-based applications. Our advanced solutions exploit high performance techniques and tools to deal with the exponential growth of users, data, knowledge and services that need to be efficiently stored, managed, analyzed and retrieved.

This laboratory has 18* systems with latest software to be used by PG students.

System’s configurations:

Tyrone Camarero SS2R0T3R-34 with Intel Xeone Six Core Processor

Processor Intel Xeone Processor E5-2620 v2 (15MB L3 Cache, 2.10 GHz)
Chipsat Intel ® C602 Chipsat
RAM 16 GB DDR3-1600MHz ECC DIMM, Up to 256 GB expandability (8 DIMM slots)
RAID Onboard SATA RAID Controller with RAID 0,1 & 10 Support
HDD(s) 1X1000 GB 7200 RPM SATA, Upgradeable to 4 *HDDs
ODD 8 X (or better) DVD writer
NIC Integrated Dual Port Gigabit Ethernet  (10/100/1000)
Exp. Slot(s) 2 (X/16) PCI-E 3.0 slots, 1 (X4) PCI-E 3.0 in x8 slots, 1 PCI 32-bit slot
Ports 10*USB 2.0, 2*USB 3.0 , 1*RJ45. Line-in /Line-out/ Microphone Ports
OS Microsoft Windows 8.1 Professional 64 bit (Original)
OS Certifications Microsoft Windows & LINUX Certified
Management S/W Preloaded System Health Monitoring S/W with Hardware Box
Security Integrated Panel Lock
Chassis Mini Tower Chassis
Power Supply 100-240V~, 50-60Hz, 7A-3.5A, High Efficiency 80 Plus Certified power supply
Keyboard OEM Keyboard
Mouse OEM Optical Mouse
Graphics Card Nvidia Quadro K2000 (4GB)
Monitor 24” TFT Monitor (1920×1200)

 

* 10 machines are equipped with 16GB RAM & 8 machines are equipped with 8GB RAM