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Thread View: comp.os.ms-windows.win95.setup
12 messages
12 total messages Started by Code Jockey Wed, 27 Mar 1996 23:27
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#523
Author: Code Jockey
Date: Wed, 27 Mar 1996 23:27
20 lines
1793 bytes
davidsen@tmr.com (bill davidsen) writes:

> True, but the price of the CPU and motherboard is a pretty small
> part of total system cost, unless you want a server for your PC. And
> prices for the brand name stuff are in free fall, so a short wait
> will usually get you the performance level you couldn't afford. if
> you want the best there is, that will never be cheap.

The 6x86 (P166+) is runs at 133 mhz in Triton based pentium motherboards.
Many of these motherboards (including my Tyan Titan3) can go to 200 mhz.
Since the 6x86 can process more instructions per clock cycle than
the pentium. 

Clock for clock cycle the 6x86 trounces the pentium. That is compare 
oranges to oranges, a 133 mhz 6x86 to a 133 mhz pentium. The 686 beats
the pentium in integer and floating point performance.

If Cyrix makes a 200 mhz 6x86, I have a chance for higher performance
without spending any money on a new motherboard than I ever will with
an Intel 200 mhz pentium (wow a P240+ :). That is if Cyrix makes one....
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#533
Author: David T. Wang
Date: Thu, 28 Mar 1996 16:15
29 lines
2820 bytes
Code Jockey () wrote:
: davidsen@tmr.com (bill davidsen) writes:

: > True, but the price of the CPU and motherboard is a pretty small
: > part of total system cost, unless you want a server for your PC. And
: > prices for the brand name stuff are in free fall, so a short wait
: > will usually get you the performance level you couldn't afford. if
: > you want the best there is, that will never be cheap.

: The 6x86 (P166+) is runs at 133 mhz in Triton based pentium motherboards.
: Many of these motherboards (including my Tyan Titan3) can go to 200 mhz.
: Since the 6x86 can process more instructions per clock cycle than
: the pentium. 

: Clock for clock cycle the 6x86 trounces the pentium. That is compare 
: oranges to oranges, a 133 mhz 6x86 to a 133 mhz pentium. The 686 beats
: the pentium in integer and floating point performance.

not floating point.  Apparently Pentium stil has the more advanced floating
point unit, and anything FPU intensive, the plain old P5@133 will still outrun
M1@133.  

: If Cyrix makes a 200 mhz 6x86, I have a chance for higher performance
: without spending any money on a new motherboard than I ever will with
: an Intel 200 mhz pentium (wow a P240+ :). That is if Cyrix makes one....

It's okay, Intel has the P55C coming out by the end of the year, with
the new MMX instructions, as well as larger Icache and Dcache, so the
performance per Mhz will improve as well.
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#528
Author: Erwin Kocken
Date: Fri, 29 Mar 1996 00:00
8 lines
1181 bytes
Again guys,

Adjust your adressing !! We at the comp.sys.MAC newsgroup are not 
really interested in Cyrix...

Erwin Kocken
Forandre
The Netherlands
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#553
Author: David Sharp
Date: Fri, 29 Mar 1996 21:47
13 lines
1594 bytes
In message <4jeduo$1u2@cville-srv.wam.umd.edu> - veakblad@Glue.umd.edu (David
T
 Wang) writes:
>not floating point.  Apparently Pentium stil has the more advanced floating
>point unit, and anything FPU intensive, the plain old P5@133 will still
outrun
>M1@133.  

Are you sure?  The 6x86P-133 is a 110MHz chip.  The 133 MHz 6x86 is the P166+.

Regards,
David Sharp
ds9430@slip.net
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#615
Author: Dana H. Taylor Jr.
Date: Wed, 03 Apr 1996 06:59
15 lines
1589 bytes
>It's okay, Intel has the P55C coming out by the end of the year, with
>the new MMX instructions, as well as larger Icache and Dcache, so the
>performance per Mhz will improve as well.

I just bought a Cyrix P120 (100MHZ) 686. I have it over-clocked to 120 
MHZ. (20 MHZ greater than what it should be at) It goes super fast! I 
only paid $209 for the CPU and $189 for an ASUS PCI motherboard. I am 
very happy with the performance so far. It goes a lot faster than my 
Pentium 100 at work. Any way, my question is : Is it dangerous to 
over-clock the CPU? Should I set it back to 100. Will my system 
over-heat?

Any help would be appreciated,
        Dana
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#626
Author: Stephen Knilans
Date: Wed, 03 Apr 1996 13:41
28 lines
1855 bytes
In article <4jt7ka$bqc@news.ios.com> danat@tribeca.ios.com (Dana H. Taylor Jr.) writes:
>
>>It's okay, Intel has the P55C coming out by the end of the year, with
>>the new MMX instructions, as well as larger Icache and Dcache, so the
>>performance per Mhz will improve as well.
>
>I just bought a Cyrix P120 (100MHZ) 686. I have it over-clocked to 120 
>MHZ. (20 MHZ greater than what it should be at) It goes super fast! I 
>only paid $209 for the CPU and $189 for an ASUS PCI motherboard. I am 
>very happy with the performance so far. It goes a lot faster than my 
>Pentium 100 at work. Any way, my question is : Is it dangerous to 
>over-clock the CPU? 

It COULD be.  Some work, some don't.

>Should I set it back to 100. 

If you need the speed, just watch it closely.  Otherwise...

>Will my system 
>over-heat?

It could.  WATCH IT!

>
>Any help would be appreciated,
>        Dana
>
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#620
Author: Anthony de Vries
Date: Wed, 03 Apr 1996 14:30
50 lines
3306 bytes
Dana H. Taylor Jr. wrote:
> 
> >It's okay, Intel has the P55C coming out by the end of the year, with
> >the new MMX instructions, as well as larger Icache and Dcache, so the
> >performance per Mhz will improve as well.
> 
> I just bought a Cyrix P120 (100MHZ) 686. I have it over-clocked to 120
> MHZ. (20 MHZ greater than what it should be at) It goes super fast! I
> only paid $209 for the CPU and $189 for an ASUS PCI motherboard. I am
> very happy with the performance so far. It goes a lot faster than my
> Pentium 100 at work. Any way, my question is : Is it dangerous to
> over-clock the CPU? Should I set it back to 100. Will my system
> over-heat?
> 

YES!!!!

It can be very dangerous to overclock the CPU.
My brother thought he had bought an Intel DX2-66 over year ago.
He had no problems at all the first 8 months, and after that some
times some (windows) programs would crash after a while. (two hours or
so)  (Well who would be surprised?)
But problems increased, up to a point where OS/2 couldn't be loaded at
all, Windows crashed after some minutes and any DOS4GW games crashed
almost immediately.  DOS real mode programs had no trouble at all!!!
(Tornado and Pinball)

It turned out that the chip was an OVERCLOCKED AMD Dx2-50....
Clearly as the problems had gotten so much worse the chip has been
damaged internally.  It did run ok on 50Mhz again, but rather than take
the risk that it was allready too much damaged, so that the problems
would come back, we decided to just put a new DX2-66 in it. (A real one
this time.)  

ALL problems we ever had with programs crashing or anything else are
gone! All works ok again.



So even if your processor seems to work OK when overclocked, that
doesn't mean it will do so in 6 months still. You REALLY can damage
the chip, even if it seems to work ok.


Anthony.

P.S. a friend had bought a similar computer. While he didn't have much
problems, his ray tracing programs always crashed after a while.
He checked, found out he had an overclocked DX2-50 also, and also bought
a new real DX2-66.  His programs never crash anymore.
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#623
Author: Luka
Date: Wed, 03 Apr 1996 17:06
281 lines
18722 bytes
Dana H. Taylor Jr. wrote:
> 
> >It's okay, Intel has the P55C coming out by the end of the year, with
> >the new MMX instructions, as well as larger Icache and Dcache, so the
> >performance per Mhz will improve as well.
> 
> I just bought a Cyrix P120 (100MHZ) 686. I have it over-clocked to 120
> MHZ. (20 MHZ greater than what it should be at) It goes super fast! I
> only paid $209 for the CPU and $189 for an ASUS PCI motherboard. I am
> very happy with the performance so far. It goes a lot faster than my
> Pentium 100 at work. Any way, my question is : Is it dangerous to
> over-clock the CPU? Should I set it back to 100. Will my system
> over-heat?
> 
> Any help would be appreciated,
>         Dana

I found this post in one of the newsgroups a while ago and I saved it.
It gives you statistics on overclocking (not written by me; the guy's 
sig is at the end)
----------------------------------------------------------------------
Subject: Re: Overclocking is safe(almost)..<Read this>
Date: Sat, 09 Mar 1996 00:47:53 +0100
From: Stian Larsen <stlarsen@telepost.no>
Organization: TelePost Public Access
Newsgroups: alt.games.quake,rec.games.computer.quake.misc
References: <4gbtsc$j5p@sundog.tiac.net> <4gdpt3$qhh@library.erc.clarkson.edu> 
<312e5088.492330@news.neosoft.com> <4hd21q$8nl@sdcc12.ucsd.edu> <4hhk1i$f9r@jari

Here's a doc i got:

Many individuals have overclocked systems and they have experienced no
recognizable problems. CPU manufacturers warn that problems may not result
in an immediate catastrophic failure. That there may only be very subtle
and difficult to notice problems. For example, only one instruction with a
particular data pattern may fail. Additionally, they warn that there may
be long term cumulative damage that reduces the lifespan of the CPU. This
survey was an attempt to gather some data on the reliability, or at least
perceived reliability, of overclocking. It also attempts to gather data on
how many users are willing to overclock important systems. This survey is
not an endorsement of overclocking, proceed at you own risk (physical
damage, run-time reliability).

This survey is over. The questions and results are presented together in
this document to help you interpret the results. Please do not respond
with additional results. Other questions or comments may be sent via
e-mail to:

    adtribelli@acm.org

-------------------------------------------------------------------------
What type of CPU do you have?
    Manufacturer:
    Model:
    Speed (manufacturer recommended):
    Cooling (none, heat sink, fan, peltier, ...):

At what speed (overclocked) was it run at?

Did it work?

If no, was the problem obvious (system hangs) or subtle (one program
misbehaves)?

Did the problem go away when the CPU was returned to its recommended
speed?

If no, why do you think this was an overclocking problem then?

If the machine being tested experiences a subtle failure (generates bad
data) in the future, is it possible that there will be a significant
amount of time or money lost (Yes/No)?

Any interesting observations?

Any suggestions on how to make a system work?

-------------------------------------------------------------------------
Results so far (15Jul95-24Jan96):

                                                    Failure    Important Pass
CPU                 MHz   Cooling Tested Passed Obvious Subtle Systems   Rate
------------------- ---   ------- ------ ------ ------- ------ --------- ----
Harris 286-16       20    none    1      1      0       0      1         100%
Intel 386DX-16      20    none    1      1      0       0      0         100%
                    25    none    1      1      0       0      1         100%
AMD   386SX-25      33    none    1      1      0       0      0         100%
AMD   386DX-40      50    none    1      0      1       0      0         0%
                          sink    1      0      1       0      1         0%
Intel 486SX-20      25    fan     1      1      0       0      0         100%
                    33    none    1      1      0       0      0         100%
Intel 486DX-20      33    none    1      1      0       0      0         100%
Intel 486SX-20      33    fan     2      2      0       0      0         100%
Intel 486SX-25      33    none    4      4      0       0      2         100%
                          sink    1      1      0       0      1         100%
                          fan     10     10     0       0      2         100%
                    40    none    2      2      0       0      0         100%
                          sink    2      2      0       0      1         100%
                          fan     8      7      0       1      4         88%
                    50    fan     3      3      0       0      0         100%
      487SX-25      33    fan     1      1      0       0      1         100%
                    40    fan     1      0      1       0      1         0%
AMD   486SX-25      40    fan     1      1      0       0      1         100%
Intel 486DX-25      33    fan     1      1      0       0      1         100%
Intel 486SX-33      40    none    5      4      1       0      4         80%
                          sink    1      1      0       0      0         100%
                          fan     9      6      2       1      3         67%
                    50    none    2      1      1       0      0         50%
                          fan     4      2      2       0      1         50%
AMD   486SX-33      45    none    1      1      0       0      0         100%
UMC   U5S-33        50    fan     1      1      0       0      0         100%
Intel 486DX-33      40    none    5      2      3       0      3         40%
                          sink    3      2      1       0      2         67%
                          fan     11     11     0       0      8         100%
                    50    sink    2      2      0       0      1         100%
                          fan     1      1      0       0      0         100%
                    66    sink    1      0      1       0      1         0%
AMD   486DX-33      40    fan     1      1      0       0      1         100%
AMD   486DX-40      50    none    1      1      0       0      1         100%
                          fan     4      4      0       0      2         100%
                          peltier 1      0      1       0      0         0%
Cyrix 486SLC-40     50    ?       1      0      1       0      0         0%
Cyrix 486DX-40      50    sink    1      1      0       0      1         100%
UMC   U5 Super-40   50    fan     1      0      0       1      1         0%
IBM   BLDX2-66      80    none    1      1      0       0      0         100%
                          fan     1      0      1       0      1         0%
Intel 486DX2-50     60    fan     2      2      0       0      2         100%
                    66    none    1      1      0       0      0         100%
                          sink    3      3      0       0      2         100%
                          fan     10     8      2       0      6         80%
                    80    fan     3      2      1       0      2         67%
                          peltier 1      1      0       0      0         100%
AMD   486DX2-50     66    fan     1      1      0       0      0         100%
Cyrix 486DX2-50     66    sink    1      1      0       0      1         100%
                          fan     1      1      0       0      1         100%
                    100 * sink    1      0      1       0      0         0%
Intel 486DX2-66     80    none    4      0      4       0      2         0%
                          sink    5      0      5       0      2         0%
                          fan     50     36     11      3      28        72%
                          peltier 2      2      0       0      2         100%
                    84    fan     1      0      1       0      1         0%
                    100   fan     1      1      0       0      1         100%
AMD   486DX2-66     80    none    2      2      0       0      1         100%
                          sink    3      2      1       0      3         67%
                          fan     10     7      2       1      8         70%
                    100   fan     4      4      0       0      4         100%
Cyrix 486DX2-66     80    sink    3      1      2       0      0         33%
                          fan     4      2      2       0      0         50%
SGS-Thom. 486DX2-66 80    fan     2      2      0       0      1         100%
                    84    sink    1      1      0       0      0         100%
                    90    sink    1      0      1       0      0         0%
AMD   486DX2-80     100   none    1      0      0       1      1         0%
                          sink    1      1      0       0      0         100%
                          fan     20     14     5       1      11        70%
                          peltier 1      1      0       0      1         100%
                    120   fan     3      0      3       0      3         0%
                          peltier 1      1      0       0      1         100%
Intel 486DX4OD-100  120   sink    1      1      0       0      0         100%
                          fan     1      1      0       0      0         100%
Intel 486DX4-100    120   ?       1      0      1       0      0         0%
                          sink    2      0      1       1      0         0%
                          fan     10     1      8       1      6         10%
                    150   sink    1      0      1       0      0         0%
                          fan     1      0      1       0      0         0%
AMD   486DX4-100    120   none    1      1      0       0      1         100%
                          sink    1      0      1       0      1         0%
                          fan     26     14     9       3      13        54%
                    150   fan     1      1      0       0      0         100%
AMD   486DX4-120    130   fan     1      1      0       0      1         100%
                    133   none    1      0      1       0      1         0%
                    150   fan     4      0      4       0      2         0%
                          peltier 1      0      1       0      1         0%
Intel P24T-63       83    fan     1      1      0       0      0         100%
Intel P24T-83       100   fan     2      2      0       0      1         100%
Intel Pentium-60    66    sink    3      2      1       0      1         67%
                          fan     6      4      1       1      5         67%
                          peltier 1      1      0       0      1         100%
Intel Pentium-75    90    sink    6      6      0       0      1         100%
                          fan     46     44     1       1      24        96%
                          peltier 1      1      0       0      1         100%
                    100   sink    3      3      0       0      2         100%
                          fan     39     32     6       1      25        82%
                          peltier 2      2      0       0      1         100%
                    120   sink    3      2      1       0      2         67%
                          fan     12     7      5       0      5         58%
                          peltier 2      1      1       0      0         50%
                    133   fan     5      2      3       0      2         40%
                          peltier 1      1      0       0      1         100%
                    150 * fan     2      0      2       0      2         0%
                    166   fan     1      0      1       0      1         0%
                    180   fan     1      0      1       0      1         0%
                    200   fan     1      0      1       0      1         0%
Intel Pentium-90    100   ?       1      1      0       0      1         100%
                          sink    5      3      2       0      3         60%
                          fan     64     51     11      2      41        80%
                          peltier 6      5      0       1      2         83%
                    113   fan     1      0      1       0      1         0%
                    120   sink    4      4      0       0      3         100%
                          fan     14     8      6       0      9         57%
                          peltier 6      4      2       0      2         67%
                    133   sink    1      0      1       0      1         0%
                          fan     5      0      5       0      3         0%
                          peltier 2      0      2       0      1         0%
Nexgen P90          100   fan     2      2      0       0      0         100%
Intel Pentium-100   120   sink    2      1      1       0      1         50%
                          fan     19     12     7       0      16        63%
                          peltier 2      1      1       0      1         50%
                    133   sink    1      0      1       0      0         0%
                          fan     6      0      5       1      3         0%
                          peltier 2      1      1       0      1         50%
Cyrix 5x86-100      120   fan     3      3      0       0      2         100%
Intel Pentium-120   133   sink    2      2      0       0      1         100%
                          fan     11     9      1       1      6         82%
                          peltier 2      0      0       2      1         0%
Intel Pentium-133   150   fan     5      2      2       1      3         40%
                    166   fan     2      1      1       0      2         50%
                    180   fan     6      4      2       0      2         67%
Motorola PPC601-66  80    fan     1      1      0       0      1         100%

OVERALL                           613    426    162     25     341
                                         69%    26%     4%     56%

* Marks experiments where permanent damage was observed and reported:
    Cyrix 486DX2-50  => 100, would not boot when returned to 50Mhz.
    Intel Pentium-75 => 150, burning/smoke after 5 minutes of use.

Typical Problems reported by those surveyed:
                                                                    % of
                                                                    failed
                                                                    systems
                                                                    -------
    CPU permanently damaged:                                    2   1.07%
    Would not boot:                                             74  39.57%
    Hung or reset soon after boot:                              46  24.60%
    Ocassional hanging, resets, crashes, or odd behaviour:      58  31.02%
    Ran fine at first but developed problems at a later date:   4   2.14%

Successful corrective actions reported by those surveyed:
                                                                    % of
                                                                    passed
                                                                    systems
                                                                    -------
    Had to adjust wait states for memory:                       17  3.99%
    Had to disable the CPU's internal cache:                    11  2.58%
    Had to disable the CPU's external cache:                    7   1.64%
    Had to disable MB mode-3 and 32-bit transfer to boot HD:    1   0.23%
    Had to adjust BUS speed:                                    14  3.29%
    Had to use heat sink compound:                              2   0.47%
    Had to add CPU fan:                                         5   1.17%
    Had to add peltier cooler:                                  2   0.47%
    Had to use an additional system fan:                        3   0.70%
    Had to use an additional CPU fan card adjacent to the CPU:  2   0.47%
    Had to cool CPU and PC chipset:                             1   0.23%
    Had to open system case:                                    8   1.88%
    Had to use air conditioner to keep room below 85 deg F:     1   0.23%
    Had to change voltage jumper from 3.3v to 3.5v:             1   0.23%

Interesting observations reported by those surveyed:
    An early stepping of the CPU failed, a later stepping seemed to work.
    A decrease in performance of an accelerated PCI video card.
    An increase in performance of an EIDE disk transfer rate.
    CPU works, but graphics card fails.
    CPU works, but built-in EIDE controller fails.
    CPU works, but system bus runs at slower speed.
    Speed increase hard to notice without faster system RAM.
    Extra wait states negated additional CPU speed.
    Suspects CPU may have been falsely "remarked" at a higher speed.
    S3 and Cirrus video adapters worked, but Tseng failed in same system.
    BIOS misidentified I/O ports.
    Seemed to run fine for 3 months, then random hangs were experienced.
    BIOS only detected half of installed memory.

--
------------------
Tony Tribelli
adtribelli@acm.org

-------------------------------------------------------------------------

Decide for yourself (I decided not to overclock
Luka
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#627
Author: Bryon Wasserman
Date: Wed, 03 Apr 1996 22:20
21 lines
1816 bytes
danat@tribeca.ios.com (Dana H. Taylor Jr.) wrote:


>>It's okay, Intel has the P55C coming out by the end of the year, with
>>the new MMX instructions, as well as larger Icache and Dcache, so the
>>performance per Mhz will improve as well.

>I just bought a Cyrix P120 (100MHZ) 686. I have it over-clocked to 120 
>MHZ. (20 MHZ greater than what it should be at) It goes super fast! I 
>only paid $209 for the CPU and $189 for an ASUS PCI motherboard. I am 
>very happy with the performance so far. It goes a lot faster than my 
>Pentium 100 at work. Any way, my question is : Is it dangerous to 
>over-clock the CPU? Should I set it back to 100. Will my system 
>over-heat?

>Any help would be appreciated,
>        Dana
Out of curiousity , where did you find it for $209 dollars?

Bryon Wasserman
btw@mps.ohio-state.edu
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#629
Author: Kevin Chua
Date: Wed, 03 Apr 1996 22:25
24 lines
2174 bytes
Dana H. Taylor Jr. wrote:
> 
> >It's okay, Intel has the P55C coming out by the end of the year, with
> >the new MMX instructions, as well as larger Icache and Dcache, so the
> >performance per Mhz will improve as well.
> 
> I just bought a Cyrix P120 (100MHZ) 686. I have it over-clocked to 120
> MHZ. (20 MHZ greater than what it should be at) It goes super fast! I
> only paid $209 for the CPU and $189 for an ASUS PCI motherboard. I am
> very happy with the performance so far. It goes a lot faster than my
> Pentium 100 at work. Any way, my question is : Is it dangerous to
> over-clock the CPU? Should I set it back to 100. Will my system
> over-heat?
> 
> Any help would be appreciated,
>         Dana

I am doing the same thing with my Gigabyte MB, so far no prob. at all. I 
tried to oc it to 133, then it starts screwing up..I guess 120 is rather 
safe for 100 CPU
-- 
=================================================================
Kevin Chua       e-mail   : chua@server.uwindsor.ca
	         Home Page: http://server.uwindsor.ca:8000/~chua/
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#667
Author: Koichi Takagi
Date: Sun, 07 Apr 1996 06:07
58 lines
3689 bytes
comp.os.ms-windows.win95.setup, comp.object, comp.os.linux.misc,
comp.os.linux.networking, comp.os.ms-windows.programmer.misc,
comp.os.ms-windows.win95.misc, comp.os.ms-windows.win95.setup,
comp.os.os2.advocacy, comp.security.misc, comp.security.unix,
comp.software-eng, comp.sys.amiga.advocacy, comp.sys.hp.hpux,
comp.sys.ibm.pc.games.action, comp.sys.ibm.pc.games.strategic,
comp.sys.ibm.pc.hardware.chips, comp.sys.ibm.pc.hardware.misc,
comp.sys.intel, comp.sys.laptops, comp.sys.mac.system

 In article <stephenkDpAGoz.9E2@netcom.com>, stephenk@netcom.com (Stephen
Knilans) wrote:

> In article <4jt7ka$bqc@news.ios.com> danat@tribeca.ios.com (Dana H.
Taylor Jr.) writes:
> >
> >>It's okay, Intel has the P55C coming out by the end of the year, with
> >>the new MMX instructions, as well as larger Icache and Dcache, so the
> >>performance per Mhz will improve as well.
> >
> >I just bought a Cyrix P120 (100MHZ) 686. I have it over-clocked to 120 
> >MHZ. (20 MHZ greater than what it should be at) It goes super fast! I 
> >only paid $209 for the CPU and $189 for an ASUS PCI motherboard. I am 
> >very happy with the performance so far. It goes a lot faster than my 
> >Pentium 100 at work. Any way, my question is : Is it dangerous to 
> >over-clock the CPU? 
> 
> It COULD be.  Some work, some don't.
> 
> >Should I set it back to 100. 
> 
> If you need the speed, just watch it closely.  Otherwise...
> 
> >Will my system 
> >over-heat?
> 
> It could.  WATCH IT!
> 
> >
> >Any help would be appreciated,
> >        Dana
> >
-- 

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-----------------------------------------------------------------------------
Re: Cyrirx6x86-166P+: The Fastest PC for DOS/Windows World
#698
Author: Simon Hiscox
Date: Fri, 12 Apr 1996 04:32
34 lines
2527 bytes
Anthony de Vries <A.H.B.deVries@student.UTwente.nl> wrote:
snip
------------
>It can be very dangerous to overclock the CPU.
>My brother thought he had bought an Intel DX2-66 over year ago.
------------
snip
------------
>
>It turned out that the chip was an OVERCLOCKED AMD Dx2-50....
>Clearly as the problems had gotten so much worse the chip has been
>damaged internally.  It did run ok on 50Mhz again, but rather than take
>the risk that it was allready too much damaged, so that the problems
>would come back, we decided to just put a new DX2-66 in it. (A real one
>this time.)  
>
>ALL problems we ever had with programs crashing or anything else are
>gone! All works ok again.

-- 
This sounds like 'chip scraping' to me!  I have heard rumours that it happened
but, until now, no firm confirmation.  Thanks for the warning.

Can anyone point me to an up-to-date program to reliably tell me what type of
CPU I have and at what clock speed it is running?  I have an old one which
can't distinguish between the various manufacturers or between '486 and P5.

  Regards,

  Simon Hiscox (HP Associate Consultant)
  ____________________________________________________________________________
			    Telstra Phoenix Project
	  33/300 Latrobe Street, Melbourne, Victoria, Australia, 3001
		Internet: c830987@powers.phoenix.telecom.com.au
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