INFINITIVELY CHILLING EXPERIENCEINFORMATION AND COMMUNICATION ENGINEERING

WHY COMPUTER IS CHEAPER?

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Presented by OHM and BAS

INTRODUCTIONIn the recent years, many low-incomed people

seemed unaffordable to acquired a computer sets, that was because the prices of them too high to possess. Nowadays, this becomes surprisingly possible to anybody to buy the computer set.

Many may be doubtful how the prices become more competitive day by day. To discover the solutions, main factors are easily explained as the following, firstly, the new technology will be highly charge on know-how for the new inventions or patent right, secondly, the small commercial scales production at the newly launching into the market cannot be sold at the competitive prices. Presently, the expiry of patent rights, massive production scales, and cheaper raw materials jointly minimize the production costs. Hence, the manufactures can lower the selling prices to consumers.

Consequently, computer have been unavoidably important to people in any level, either personal use of business, this is not only the price wise but also computers efficiencies.

Factors that make Computers become cheaper

• In Computer market there are extremely high competitions between companies unlike before.

• Technology in these days is always updating which makes the price of computers become uncertain. The new released products will affect the old products make them become cheaper.

• The capital cost of production is decreasing due to the introduction of new technology in term of production is more efficiently than before.

Factors that make Computers become cheaper interm on

economic• The excess of computers may pull down

the selling price of computers according to the mechanism of demand and supply theory.

Supply > Demand === Price drops

• Price has to decrease in order to keep the balance between supply and demand

In Computer market there are extremely high competitions between companies

unlike before.

In Computer market there are extremely high competitions between companies

unlike before.

• CPU – Intel, AMD etc.

• Main board – Asus , Aopen, Biosta, Chaintech, Intel, Soltek, Microstar, Epox, ECS etc.

• Display Card– Asus , CreaTive, Chaintech, Inno3D , Radeon, Spark, Winfast, Gigabyte etc.

• CD-RW ,CD-ROM , DVD DRIVE- Acer, Aopen, Asus, Creative, LG, Lite-ON, MSI, NEC, Plextor, Ricoh, Samsung, Sony, Teac, Yamaha etc

• CPU – Intel, AMD etc.

• Main board – Asus , Aopen, Biosta, Chaintech, Intel, Soltek, Microstar, Epox, ECS etc.

• Display Card– Asus , CreaTive, Chaintech, Inno3D , Radeon, Spark, Winfast, Gigabyte etc.

• CD-RW ,CD-ROM , DVD DRIVE- Acer, Aopen, Asus, Creative, LG, Lite-ON, MSI, NEC, Plextor, Ricoh, Samsung, Sony, Teac, Yamaha etc

In Computer market there are extremely high competitions between companies

unlike before.

In Computer market there are extremely high competitions between companies

unlike before.

• Ram- Apacer, Blitz, Corsair, Hitachi, Infineon, JetRam, Kingman, Kingston, Micron, NANYA, Samsung, Shuttle, Transcend ,.VIATeketc.

• Sound card – Addonic, Aztech, Creative, Winfast, X-Wave ,Xenn etc.

• Hard-Disk - A-Data, BenQ, Billington, Fujitsu,

Hitachi, IBM, Impression, Innovision, IOMEGA, KingSton, Maxtor, PQI, Samsung, Sandisk, Seagate, Transcend. Wt.Digital etc

• Ram- Apacer, Blitz, Corsair, Hitachi, Infineon, JetRam, Kingman, Kingston, Micron, NANYA, Samsung, Shuttle, Transcend ,.VIATeketc.

• Sound card – Addonic, Aztech, Creative, Winfast, X-Wave ,Xenn etc.

• Hard-Disk - A-Data, BenQ, Billington, Fujitsu,

Hitachi, IBM, Impression, Innovision, IOMEGA, KingSton, Maxtor, PQI, Samsung, Sandisk, Seagate, Transcend. Wt.Digital etc

The new released products will affect the old products make them become cheaper.

The new released products will affect the old products make them become cheaper.

1 The 4-bit processors 1.1 Intel 4004: 1st single-chip µP (Introduced

November 15, 1971)1.2 4040

2 The 8-bit processors 2.1 8008 (Introduced April 1, 1974)2.2 8080 2.3 8085

3 The bit slice processor 3.1 3000 Family (Introduced 3rd Qtr, 1974)

4 The 16-bit processors: Origin of x86 4.1 8086 (Introduced June 8, 1978)4.2 8088

4.3 80286 5 32-bit processors: The non-x86 µPs

5.1 iAPX 432 (Introduced January 1, 1981)5.2 i960 aka 80960 5.3 i860 aka 80860 5.4 XScale

1 The 4-bit processors 1.1 Intel 4004: 1st single-chip µP (Introduced

November 15, 1971)1.2 4040

2 The 8-bit processors 2.1 8008 (Introduced April 1, 1974)2.2 8080 2.3 8085

3 The bit slice processor 3.1 3000 Family (Introduced 3rd Qtr, 1974)

4 The 16-bit processors: Origin of x86 4.1 8086 (Introduced June 8, 1978)4.2 8088

4.3 80286 5 32-bit processors: The non-x86 µPs

5.1 iAPX 432 (Introduced January 1, 1981)5.2 i960 aka 80960 5.3 i860 aka 80860 5.4 XScale

The new released products will affect the old products make them become cheaper.

The new released products will affect the old products make them become cheaper.

6 32-bit processors: The 80386 range 6.1 80386DX (Introduced October 17, 1985)6.2 80386SX 6.3 80376 6.4 80386SL 6.5 80386EX

7 32-bit processors: The 80486 range 7.1 80486DX (Introduced April 10, 1989)7.2 80486SX 7.3 80486DX2 7.4 80486SL 7.5 80486DX4

8 32-bit processors: The Pentium ("I") 8.1 Pentium ("Classic") (Introduced March 22,

1993)8.2 Pentium MMX (Introduced January 8, 1997)

6 32-bit processors: The 80386 range 6.1 80386DX (Introduced October 17, 1985)6.2 80386SX 6.3 80376 6.4 80386SL 6.5 80386EX

7 32-bit processors: The 80486 range 7.1 80486DX (Introduced April 10, 1989)7.2 80486SX 7.3 80486DX2 7.4 80486SL 7.5 80486DX4

8 32-bit processors: The Pentium ("I") 8.1 Pentium ("Classic") (Introduced March 22,

1993)8.2 Pentium MMX (Introduced January 8, 1997)

The new released products will affect the old products make them become cheaper.

The new released products will affect the old products make them become cheaper.

10 32-bit processors: NetBurst microarchitecture 10.1 Pentium 4 (Intoduced November 20,

2000)o 10.2 Xeon 10.3 Mobile Pentium 4-M

11 64-bit processors: IA-64 11.1 Itanium

11.2 Itanium 2 12 64-bit processors: EM64T - NetBurst

12.1 Pentium 4F, D0 and later steppings 12.2 Pentium D (Introduced May 26, 2005)12.3 Pentium Extreme Edition 12.4 Xeon

13 64-bit processors: EM64T - Intel Core Microarchitecture 13.1 Xeon 13.2 Intel Core 2 (Introduced July 27, 2006 )

10 32-bit processors: NetBurst microarchitecture 10.1 Pentium 4 (Intoduced November 20,

2000)o 10.2 Xeon 10.3 Mobile Pentium 4-M

11 64-bit processors: IA-64 11.1 Itanium

11.2 Itanium 2 12 64-bit processors: EM64T - NetBurst

12.1 Pentium 4F, D0 and later steppings 12.2 Pentium D (Introduced May 26, 2005)12.3 Pentium Extreme Edition 12.4 Xeon

13 64-bit processors: EM64T - Intel Core Microarchitecture 13.1 Xeon 13.2 Intel Core 2 (Introduced July 27, 2006 )

How to reduce the Capital cost of production

• Cheaper raw materials jointly minimize the producting costs. Hence, the manufactures can lower the selling prices to consumers

• Produce in Asian (China, Thailand Taiwan) Not only will cost cheaper wage but also perform excellent works.

• Use new technology.

• Use recycles raw materials.

References

www.google.co.th

www.pantip.com

www.pramool.com

www.yahoo.com

Quick PC magazine

Chip PC magazine

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