1. BY ZENIFA SHARMIN ALI (970282) ARNAB MALLICK (972127) ASHUTOSH MALI (976524) ASHUTOSH RAJ (988061) DEBANJAN KUNDU (986400) COMPUTER, LAPTOP SERVER AND THEIR DIFFERENCES.

2. INTRODUCTION COMPUTER LAPTOP SERVER

3. COMPUTER

4. CLASSIFICATION OF COMPUTER SUPER COMPUTER MAINFRAME COMPUTER

5. CLASSIFICATION OF COMPUTER CONT.. MINI/MIDRANGE COMPUTER MICRO COMPUTER

6. FIRST GENERATION COMPUTERS  TIME PERIOD : 1951-1958  TECHNOLOGY : VACUUM TUBES  SIZE : VERY LARGE SYSTEM  PROCESSING : VERY SLOW  EXAMPLES :UNIVAC and ENIAC

7. SECOND GENERATION COMPUTERS  TIME PERIOD : 1959-1963  TECHNOLOGY : TRANSISTORS  SIZE : SMALLER SYSTEM  PROCESSING : FASTER  EXAMPLES : IBM 650, MARK III

8. THIRD GENERATION COMPUTERS  TIME PERIOD : 1963-1975  TECHNOLOGY : INTEGRATED CIRCUITS  SIZE : SMALLER AS COMPARED TO SECOND GENERATION COMPUTERS  PROCESSING : FASTER THAN SECOND GENERATION COMPUTERS

9. FOURTH GENERATION COMPUTERS  TIME PERIOD : 1975-PRESENT  TECHNOLOGY : VLSI  SIZE : SMALLER AS COMPARED TO THIRD GENERATION COMPUTERS  PROCESSING : FASTER THAN THIRD GENERATION COMPUTERS

10. FIFTH GENERATION COMPUTERS  TIME PERIOD : PRESENT - FUTURE  TECHNOLOGY : ARTIFICIAL INTELLIGENCE  EXAMPLES : ROBOTS

11. LAPTOP

12. CLASSIFICATION OF LAPTOP CLASSIFICATION OF LAPTOP 1.Traditional laptop 2. Subnotebook 3. Desktop replacement 4. Convertible 5. Rugged notebook 6. Netbook 7. Laplet

13. MAJOR COMPONENTS  Display : Most modern laptops feature a 13 inches (33 cm) or larger color active matrix displays based on LED lighting with resolutions of 1280×800 pixels and above.  Central processing unit : A laptop's central processing unit (CPU) has advanced power-saving features and produces less heat, than one intended purely for desktop use.  Graphical Processing Unit : On most laptops a graphical processing unit (GPU) is integrated into the CPU to conserve power and space.  Memory : Most laptops use SO-DIMM memory modules, these are about half the size of desktop DIMMs.  Internal storage : Traditionally laptops had a hard disk drive (HDD) as a main non- volatile storage but, with the advent of flash memory technology, most mid- to high- end laptops opted to a more compact, power efficient and fast solid-state drives (SSD).

14. FUTURE OF LAPTOPS All-day battery life could become a reality by 2018. All-day battery life could become a reality by 2018. IGZO Displays. IGZO Displays. Wireless Charging. Wireless Charging.

15. SERVER

16. TYPES OF SERVER SERVERS SERVERS BASED ON SHAPES BASED ON PURPOSES TOWER BLADE RACK PROXY FTPEMAIL DBMS TELNET

17. MARKET OF SERVERS

18. CURRENT TECHNOLOGY  DELL R360 RACK SERVER  Intel Xeon E52600 V3 Processor  Microsoft Windows Server 2008 R2  Cisco UCS B460 M4 BLADE SERVER  Four Intel Xeon E7 v3 processors  Upto 6TB memory  Provides 320Gbps over Ethernet and FCoE

19. FUTURE TECHNOLOGICAL ADVANCEMENT Virtualization is the future of Server technology. Some Benefits of this technology are as follows:  Increase Uptime  Save Energy Go Green  Reduce Hardware Vendor Lock in.  Help to move many services to Cloud.  Improve Disaster Recovery.  Faster Server Provisioning.

20. ADVANCEMENT OF TECHNOLOGIES  PROCESSORS  OPERATING SYSTEM

21. LATEST MARKET UPDATES

22. DIFFERENCES AMONG LAPTOP DESKTOP AND SERVER DEVICE INTERNAL STORAGE PROCESSOR RAM HARDWARE RUGGEDNESSPORATBILITY DESKTOP 500GB MODERATE PROCESSING SPEED UPTO 4GB MODERATE NOT PORTABLE LAPTOP UPTO 1TB MORE PROCESSING SPEED 8GB RUGGED THAN DESKTOP PORTABLE SERVER >1TB HIGHEST PROCESSING SPEED 8GBMOST RUGGEDNOT PORTABLE

23. THANK YOU