Pentium 200 mhz: Pentium 200 — philscomputerlab.com

Intel Pentium 200MHz — Best Compatible Pentium 200MHz CPU

Intel Pentium

Pentium 200MHz

The Intel Pentium 200MHz has 1 core that runs at a clock speed of 0.2GHz.

It has an L2 cache size of 512KB.

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  • Compatible GPUs
  • Compatible Motherboards
  • Compatible RAM
  • Compatible Cases
  • Compatible PSUs
  • Compatible Storage

Intel Pentium 200MHz

Cores 1 More cores means more threads and therefore more processes can be run simultaneously
Speed 0. 2GHz Clock frequency indicates processor speed, but is only reliable in comparisons between CPUs of the same family
Release Date 07 Apr 1994 The more recent the release, the more likely the CPU will receive up-to-date manufacturer support
TDP 16W The lower the TDP, the less power the CPU requires to run and thus the more efficient it is and the less heat it creates
L2 Cache 512KB After L1 cache, L2 is utilized for slower (but still very fast) data access
Lithography 350nm The smaller the lithographic technology used, the less power is required to run the CPU, and the less heat is created during intense use
CPU Socket Socket 7 The motherboard socket and CPU socket should match to indicate the CPU is compatible with the motherboard and will fit into it
Unlocked Multiplier no An unlocked clock multiplier means you can adjust the multiplier for an overclocking speed boost

Pentium 200MHz compatibility review

Overall, the Intel Pentium 200MHz has poor performance. Its 1 core clocked at 0.2 GHz provides mediocre processing speeds and with only a single core, it will never match up to modern competitors.

The CPU is now over 28 years old, which means it is extremely out of date and is based on very aged technologies. This processor will be dwarfed in performance by its modern counterparts, and will likely have very little support from Intel.

Created with lithographic technology sized at 350 nanometers, the Pentium 200MHz is not efficient at all by modern standards, although with a Thermal Design Power of 16W it does not require very much power to run.

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Intel Pentium 233MHz

 

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Old computers second life — PC REBUILDING

Old computers second life © PC Rebuilding
Prima pubblicazione: 19 Maggio 2015, 15:01.20
Ultimo aggiornamento: 1 Giugno 2017, 16:08.12
Visualizzazioni attive: 12726

Old computers second life
Retro philosophy

Why?
Pure passion, passione pura. Ma anche il fascino del vintage e l’emozione del reboot quando i messaggi POST rompono il nero del monitor. Proviamo a seguire l’evoluzione dei sistemi attraverso una linea temporale che spazia dagli anni 80 al nuovo millennio e non solo. Per avere memoria di ciò che furono e sono diventati i sistemi moderni tra cui i nostri amati hand-devices che ci consentono di restare costantemente connessi alla global network. Oggi nuovi mercati si aprono per il «retrocomputing»: pezzi d’epoca prima recuperati in cantina o discarica, vengono battuti a prezzi esagerati nelle aste online. Per i puristi però la filosofia è un’altra: quella del jumper settings, degli appunti e dei manuali non sempre chiari, del testing, del rebuilding di sistemi dismessi. Tutto questo solo per pure passion, passione pura.

Una storia personale

Arriva un momento nella vita in cui è necessario recuperare le proprie cose dalla casa in cui si è vissuti fin da piccoli. Nel mio scatolone dell’hardware c’erano abbastanza componenti che, riassemblate opportunamente, avrebbero ricostituito sistemi forse ancora funzionanti. In effetti, dopo averli rimontati, con grande stupore buona parte di quei computer erano di nuovo in grado di avviarsi correttamente, nonostante l’età di già superiore ai 20 anni. Ma la cosa straordinaria era il fatto che quelli erano i miei computer, dal primissimo 8088 con monitor a fosfori verdi su cui giravano i giochi su floppy da 360Kb, al «glorioso» AMD 386DX40, primo vero computer con disco fisso e monitor a colori, e di seguito il Pentium 75 dell’età universitaria, e via via fino agli Athlon e i Pentium 4 del new millennum. Non solo «ferramenta» dunque, ma sistemi in grado di conservare ed evocare ricordi.

Retrocomputing e non solo

Gran parte di noi avrà almeno una volta cliccato sul mandrino di Indiana Jones and the Fate of Atlantis per aprire una porta segreta o innescare qualche altro ingegnoso meccanismo di quel fantastico gioco. Oppure avrà guidato la giovanissima Lara Croft nelle peripezie del primo Tomb Raider gioco rivelazione che con un 3Dfx mostrava paesaggi e scenari eccezionali. Per gli amanti dello spara-spara Doom e Quake erano i responsabili di notti da incubo con mostri dilaniati e sotterranei terrificanti. E una miriade di altri giochi anche minori ma godibili, dai 2D side-scrolling ai cartoon con enigmi, tra i quali sempre della Lucas, Monkey Island o Full-Throttle. Requisiti minimi e molto ingegno: la grafica così così veniva compensata da trame avvincenti e soluzioni geniali. E’ innegabile però che la maggiore disponibilità di risorse ha aperto incredibili business per il gaming.

Roadmap
Rebuilding di sistemi obsoleti con tips&tricks e applicazione pratica di intuizioni e suggerimenti sparsi nei forum. CPU e motherboard history, components e retrogaming, benchmark e speedtest. Focus sulle rarità e particolare interesse per gli «adapter», strani oggetti hardware che consentivano l’adeguamento funzionale low-cost quando la tecnologia correva troppo in fretta. Tutte le fonti di ispirazione (e gli strumenti utilizzati) nella sezione Webography.

Pentium-200: Faster, but Just a Little Bit | PC World

Partial Improvements
High quality home PC
Prices will go down
Pentium-200 PCs are slightly ahead
Pentium-166, but not up to Pentium Pro-200
Immediate prospects
Briefly about products

Although Intel squeezed out


Partial upgrades
High quality home PC
Prices will go down
Pentium-200 PCs slightly ahead
Pentium-166, but not up to Pentium Pro-200
Immediate prospects
Product brief

Although Intel squeezed almost everything possible out of the Pentium die, the first machines on 200-MHz Pentium processors slightly outperform Pentium-166 systems in speed. But even taking this into account, they occupy a worthy place among high-quality PCs.

By the standards of the microprocessor industry, the Pentium is living its life. Intel continues to innovate in making faster versions of the chip, but with each successive increase in the Pentium clock frequency, the relative performance gain is getting smaller and smaller. A prime example of this is the latest 200MHz version of the processor that desktop PCs launched over the summer. As the name suggests, the chip should be expected to be extremely fast, but benchmarks show it only marginally outperforms the Pentium-166.

However, 200 MHz systems are by far the best in the Pentium family, so they should be priced accordingly. The first Pentium-200 machines submitted to PC World’s test lab demonstrated the highest performance of any machine tested in PC WorldBench (except for the more expensive 200 MHz Pentium Pro systems), while typically costing only 150 MHz. $200 more expensive than similarly configured Pentium-166 machines. This continues the trend that manufacturers have followed in recent years: to offer ever faster systems with more memory and better peripherals without increasing the price. Interestingly, the initial prices of new Pentium-200 systems turned out to be even lower than the January prices for the first machines with Pentium-166 and the worst configuration. For example, a 166 MHz Dell system (16 MB RAM, 512 KB secondary cache, 1 GB hard drive, 6X CD-ROM drive and 28.8 kbps modem) cost 3879and a new 200 MHz machine from the same Dell (same RAM and cache, 2.5 GB hard drive, 8X CD-ROM drive) costs only $3,429. only on the speed of the processor, but also on the configuration as a whole.

Partial improvements

Testing of prototype 200 MHz samples from six vendors has shown that these machines provide a marginal performance gain (2-6%) over similarly configured Pentium-166 machines. Despite the fact that the clock frequency has increased by 20%, this is quite a bit and noticeably less than the 10-15% increase in performance promised by Intel. When comparing similarly configured systems on 200MHz Pentium and Pentium Pro processors, the Pentium machine was running a PC WorldBench suite targeting Windows 95, on average 7% slower.

Why is there such a small improvement? The system bus is to blame for this — the highway connecting the CPU to other computer components. If the performance of the Pentium processor itself has soared from 60 and 66 MHz to 200 MHz in three years, the system bus speed has remained practically the same. Computers on 90-, 120- and 150-MHz chips use a 60-MHz system bus, in machines on 100-, 133-, 166- and 200-MHz processors, the bus is faster and runs at 66 MHz.

The higher the clock frequency of the processor, the higher the speed of processing instructions and accessing the internal cache memory, but even the fastest Pentium, when communicating with the secondary cache memory or accessing the RAM, encounters the same slow 60- or 66-MHz tire. That is why the growth of the overall performance of the latest representatives of the Pentium family is increasingly lagging behind the growth of the processor clock frequency.

As many analysts believe, the Pentium-200 is a born loser. «The speed advantage of the Pentium-200 over the Pentium-166 won’t be significant,» says Lynley Gwennap, editor of the Microprocessor Report. «It’s the same old Pentium, just a little faster.»

High-End Home PC

Although the newest, fastest PCs are usually bought by wealthy users who are willing to shell out a fortune for maximum performance, Intel’s Pentium-200 marketing campaign is primarily aimed at home PC buyers. Intel marketing manager for Pentium processors, Frank Spindler, says that the Pentium Pro is now positioned as a processor for professional machines, and the regular Pentium — for home.

Pentium-200 computers are not cheap. For example, a Gateway 2000 P5-200 with a 2.5 GB hard drive, a Matrox graphics card with 2 MB WRAM, a 17-inch monitor, a 28.8 kbps modem, and a CD burner costs $4,000, which is $150 and $265 more expensive, respectively, than computers based on Pentium-166 and Pentium-133 processors in the same configuration. And at the same time, productivity increases only by 5 and 10%. Gateway 2000 expects that Pentium-200 machines will attract high-end buyers, so it includes a CD-R burner in all models, and further plans to equip its systems with video conferencing facilities.

Quantex’s QP5/200 SM-2 is $700 cheaper ($3299). It’s as good as the Gateway 2000 P5-200, plus it has an additional 16MB of RAM and a Number Nine Imagine128 graphics card with 4MB of dual-port memory (VRAM). Although the Quantex QP5/200 SM-2 was the fastest of the six Pentium-200 machines tested, it was only 3.3% faster than the fastest Pentium-166 machine of the same configuration in the PC World lab. The advantage of QP5/200 SM-2 over the rest of the test participants was also provided by 32 MB of RAM and 512 KB of secondary cache memory.

Like the Gateway 2000 P5-200, the $3,429 Dell Dimension XPS P200s is about 5% faster than a comparable Pentium-166 PC. The XPS P200s comes with a 2.5GB hard drive, an Imagine/II video card with 4MB dual-port RAM, a 17″ monitor, a 28. 8kbps modem, and an 8X CD-ROM drive. Micron offers the P200 Millennia ($3,158) with a 2.5GB hard drive, 8X CD-ROM drive, Diamond Stealth 3-D 2000 graphics with 2MB of RAM, and a 17-inch monitor.

Hewlett-Packard provided a $3,650 Vectra VL4 5/200 MT model with a 1.6 GB hard drive, a Matrox MGA Millennium graphics card with 2 MB WRAM, and a 4X CD-ROM drive for testing. (soon the machine will be equipped with an 8X drive). The price does not include the cost of the monitor: with a 17-inch display ($800), the Vectra VL4 5/200 MT will cost $4,450. HP’s system was about 2% faster than a similarly equipped Pentium-166 PC.

In conclusion of the review of 200-MHz Pentium-machines, we mention the Unisys Aquanta DM model ($3995), which outperformed Pentium-166 PCs also by 2%. It is configured with a 1.6GB hard drive, a 4X CD-ROM drive, a Number Nine Vision 330 video card with 2MB DRAM, and a 17″ monitor.

Prices to drop

Pentium-200 systems seem to be too expensive for most home and small business users for now, but prices are expected to come down soon.

Wealthy users, especially those running Windows 95, may prefer Pentium-200 machines that can squeeze a little more performance out of resource-intensive applications like spreadsheets and CAD. However, most users should not forget that there are other processors — Pentium Pro chips and Pentium-class chips from AMD and Cyrix companies competing with Intel. Considering that Pentium-200 and similar PCs based on Pentium-133 and Pentium-166 differ very little in terms of system performance, when buying a new computer, maximum attention should be paid to the price-to-configuration ratio, and not at all to the processor clock speed.


Pentium-200 PCs slightly outperform Pentium-166 but fall short of Pentium Pro-200

(1×1)

Higher PC WorldBench score corresponds to
the best result.
Intel is well aware that the Pentium architecture has exhausted its capabilities. That’s why the company is developing two new processors that rank between the Pentium and Pentium Pro in terms of performance. Two crystals are on the way, codenamed P55C and Klamath, designed for the bulk of home and office computers.

The P55C, scheduled for release by the end of the year, is a more powerful Pentium with an undisclosed amount of internal cache. A larger cache should reduce the performance penalty associated with the system bus bottleneck by doing more work inside the fast processor core. In addition, the P55C will include an extended set of MMX commands that will improve the performance of multimedia programs. According to Intel, machines based on the P55C will most likely hit the market in early 1997

In 1997, a variant of the Pentium Pro processor is also planned to be released under the working name Klamath, sometimes also called Pentium Pro Lite (lightweight Pentium Pro). Analysts believe that Klamath will be a simplified version of the Pentium Pro without a built-in secondary cache. This simplification should reduce the cost of manufacturing processors and, therefore, reduce the price of Pentium Pro-based systems, but at the same time their performance will also decrease.

Meanwhile, let’s not forget Cyrix, which is developing the 150 MHz 6×86 processor and is working with PC vendors to create the fast 75 MHz bus that this processor will work with.


Product Brief

Dell Dimension XPS P200s
Price:
$3429
Dell Computer, tel. in the USA: 800/613-3355.

Gateway 2000 P5-200
Price:
$3999
Gateway 2000, tel. in the USA: 800/846-2000.

HP Vectra VL4 5/200 MT
Price:
$3650
Hewlett-Packard Tel. in the USA: 800/752-0900.

Micron P200 Millennia
Price:
$3158
Micron, tel. in the USA: 800/223-6571.

Quantex QP5/200 SM-2
Price:
$3299
Quantex Microsystems, tel. in the USA: 800/896-4898.

Unisys Aquanta DM
Price:
$3995
Unisys Corp., tel. in the US: 408/434-2125.

Intel Pentium 200 MMX

Pentium 200 MMX

Compare Pentium 200 MMX

Main information

Brand

Intel

Pentium

Process Model

Model

0003

MMX

Processor type

Desktopny

Purpose )

Socket 7

Processor architecture

P55C

Base frequency

200 MHz

Auto overclock

No

Free processor multiplier

No

Processor

Technological process

350 Nm

transistors (millions)

5 million

TDP 9000 15. 7 VT

9000

66 MHz

L1 L1 cache

32 KB

L2 L2 cache

external KB

L3 L3 cache

no KB

RAM

RAM controller

Uses motherboard controller

Pentium 200 MMX speed rating

Attention! The general rating calculation method is selected, which means that the rating percentage is calculated relative to the most powerful processor participating on our site.

Rating calculation method:
Overall ratingBy P55C architectureBy socket 7Among Intel processorsAmong AMD processorsAmong desktop processorsAmong Pentium family processorsAmong 1-core processorsAmong 19 processors93 years old

General performance rating

38.27

(0.04%)

Passmark CPU MARK

(0.04%)

Cinebench 11.5 (64-bit) Multipo-flow test 9000

0.000

(0.04%)

Cinebench 11. 5 (64-bit) Single-threaded test

0.04

(0.46%)

Cinebench 15 (64-bit) Multi-threaded test

(9003 3.47) )

Cinebench 15 (64-bit) Single thread test

3.44

(1.03%)

Geekbench 4.0 (64-bit) Multipotive test

82.52

(0.04%)

Geekbench 4.0 (64-bit) single-test test

82.59

( 0.53%)

x264 HD 4.0 Pass 1

0.99

(0.04%)

x264 HD 4.0 Pass 2

0.22

(0.04%)

3DMARK06 CPU

51.8

22 (0.04%)

WinRAR 4.0

28.61

(0.05%)

Positions in the rating

Attention! The general rating calculation method is selected, which means that the rating percentage is calculated relative to the most powerful processor participating on our site.

Rating calculation method:
Overall ratingBy P55C architectureBy socket 7Among Intel processorsAmong AMD processorsAmong desktop processorsAmong Pentium family processorsAmong 1-core processorsAmong 19 processors93 years old

General performance rating
in the ranking 3291 processor

34 place

(out of 3291)

Passmark CPU MARK
in the ranking 3279 processors

9000 35 place

(from 3279)

. 64-bit) Multi-threaded test
3221 processors participate in the rating

36th place

(out of 3221)

Cinebench 11.5 (64-bit) Single-threaded test
3215 processors participate in the rating

35 place

(out of 3215)

Cinebench 15 (64-bit) Multipotive test
in the ranking 3218 processors

35 35

(out of 3218)

Cinebench 15 (64-bit) single-flow test
V. The rating is participated in 3217 processors

34 place

(out of 3217)

Geekbench 4.0 (64-bit) multipropoped test
in the ranking. 3209 processors

38 place

(out of 3209)

GEEKBENCH 4.0 (64-host) Single thread test
The ranking is involved in 3209 processors

37 place

(out of 3209)

x264 HD 4.0 Pass 1
in the ranking 3211 processors

38 place

(out of 3211)

9000 X264 HD 4.0 Pass 2
in the ranking. 3211 processors

34 place

(out of 3211)

3dmark06 CPU
The ranking is participated in the ranking 3242 processors

34 place

(out of 3242)

Winrar 4. 0
in the ranking 3212 processors

39th place

(from 3212)

Standard set of extensions
Technology or instruction name Meaning Short description
MMX (Multimedia Extensions) Multimedia extensions.
Other technologies and instructions
Technology or instruction name Meaning Brief description
SMM (System Management mode) System control mode.

Overview of the Intel Pentium 200 MMX processor

Intel’s Pentium 200 MMX processor based on the P55C architecture is designed for desktop computers. In the processor markets since 1993.

The processor requires efficient cooling, since its heat dissipation is 15.7 watts. The technical process is 350 nanometers — the total number of transistors reaches 5 million. The processor is placed on motherboards with Socket 7 socket. The maximum operating temperature reaches 70°C. Intel states that the system bus bandwidth will be 66 MHz.

Pretty high performance processor when it was released in 1993, it can provide better gaming experience.

Competitors and analogues

In 1993, MMX had few competitors in its segment, only the 150 model on Socket 5, Socket 7 from the Pentium processor series, Pentium 166 MMX on the P55C architecture, Pentium 166 on the P54C architecture deserve interest , the Model 200 from the Pentium processor family. On the Socket 7 socket, INTEL solutions stand out among the rivals: K6-II 400 based on the Chompers microarchitecture, K6-II 366 based on the Chompers microarchitecture, K6-II 333 191998, model 475 among the K6 processor line, model 350 Socket 7 from the K6 family, model 380 Socket 7 among the K6 processor series.

The Pentium 233 MMX can be called the most similar processor models produced by Intel.