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Frequently Asked Questions about AMD AthlonXP
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Why is my processor incorrectly identified by
my system at start-up?
What is the normal operating temperature of an
AMD Athlon™ or AMD Duron™ Processor?
How do I resolve system boot failures?
What is the maximum operating temperature of my
AMD Athlon™ XP Processor?
Why is my processor incorrectly identified by
my system at start-up?
Cause
Outdated BIOS
A misidentified processor is usually the result of an outdated BIOS. If the
reported frequency is incorrect and all motherboard settings are configured
correctly (core voltage, bus speed, and clock multiplier), the processor is
probably running at the correct speed, but is being misidentified by the BIOS.
This can be confirmed by running a utility such as CPUID. This utility,
available at the
AMD Processor Utilities and Updates page, will measure the frequency the
processor is actually running at. An outdated BIOS can also result in the
processor's type being identified incorrectly, or being identified as
"unknown".
Solution
Update Motherboard BIOS
BIOS updates are often periodically released by motherboard manufacturers. The
process of updating, or flashing, the BIOS may vary from motherboard to
motherboard, so it is important that information on BIOS updates and
instructions be obtained from the manufacturer of the motherboard. BIOS
updates are motherboard make, model, and revision specific, and often require
special flashing utilities from the motherboard manufacturer. Note:
Flashing the BIOS with the wrong update, or failure to follow the motherboard
manufacturer's instructions can permanently disable the motherboard!
What is the normal operating temperature of an
AMD Athlon™ or AMD Duron™ Processor?
Solution
System Operating Temperatures Will Vary
The operating temperature of a system or processor is highly dependent on the
characteristics of the system as a whole and the combination of components
that make up the system. Consequently, the "normal" operating temperature will
vary from system to system, depending on each system's make-up. Some of the
variables that affect the operating temperature of a system are: case size,
air flow characteristics, installed components, processor speed, processor
heatsink/fan solution, thermal interface material, power supply, voltage
settings, workload, and ambient air temperature.
Although "normal" operating temperatures are not specified for AMD
processors, there are maximum operating temperature ratings that must
not be exceeded. The maximum operating temperature of a processor may be
determined by the processor's Ordering Part Number (OPN). Refer to the
processor's data sheet for additional information (data sheets may be
downloaded from the
Technical Documents page). Typically, the maximum operating temperatures
for Socket A AMD Athlon™ and AMD Duron™ desktop processors are 90 degrees
Celsius for processors operating up to 1GHz, and 95 degrees Celsius for
processors operating above 1GHz.
Note: The maximum operating temperature specification is based on a
measurement taken directly from the top center of the processor die. The
temperature reported by a system's BIOS may not reflect the true temperature
of the processor if the measurement is taken from an alternative location.
Additionally, the reported temperature will be affected by the accuracy of the
thermal probe, hardware monitor, and analog to digital signal conversion. As a
result, some variance should be allowed when comparing the maximum operating
temperature to the temperature reported by the system's BIOS.
How do I resolve system boot failures?
Solution
roubleshooter's Guide to System Boot Failure
System boot failure may be caused by a number of different factors. If the
motherboard emits a series of beeps when power is applied, there may be a
defective or improperly installed component, typically a video card or memory
module. The motherboard manufacturer may have information on beep codes
specific to the BIOS being used that may indicate which component is causing
the problem. Below are a number of other issues that may cause system boot
failure, and suggestions that may help resolve them.
- Little or no system activity on power-up, or failure mid-way through the
boot process is often an indication of incompatible memory. Always follow
the recommendations of the motherboard manufacturer, since memory
compatibility is dependent on the motherboard and chipset. Contact the
motherboard manufacturer to determine what types of memory are supported.
- System boot failure may be caused by an inadequate or sub-standard power
supply. For optimal performance, use a high quality power supply that meets
the characteristics of industry standard market power supplies. AMD
processor-based systems typically utilize the industry standard ATX/ATX12V
power supply specifications. Choose a power supply that adheres to these
specifications. Power supplies that do not meet these specifications, such
as electrical specifications (typical power distributions, timing
requirements, efficiency, output protection, etc.), may cause stability
problems or even system failure.
Careful consideration must be given to the total wattage of the power supply
as well. The power supply must be capable of supplying enough power to meet
the total combined power requirement of all system components, including the
processor, motherboard, drives, adapter cards, and all other installed
components. A system with many components will likely require a power supply
with a higher total wattage rating than a basic system with a minimal number
of components.
- System boot failure may occur if the BIOS is out-dated. Motherboard
manufacturers will often release BIOS updates that can be downloaded and
installed to resolve such issues. The process of updating, or flashing, the
BIOS will vary from motherboard to motherboard, so it is important that
information on BIOS updates and instructions be obtained from the
manufacturer of the motherboard. BIOS updates are motherboard make, model,
and revision specific, and often require special flashing utilities from the
motherboard manufacturer. NOTE: Flashing a BIOS with the wrong update, or
failure to follow the motherboard manufacturer's instructions can
permanently disable the motherboard!
- An incorrectly configured BIOS or incorrect jumper settings can cause a
system to fail on boot-up. For information on correct BIOS and jumper
settings, refer to the motherboard manual, or contact the motherboard
manufacturer.
- System boot failure, as well as continual system resets, may be caused
by an improperly installed motherboard or components. There should be no
contact between the motherboard and the case, other than the standoffs. Any
additional contact could create a short circuit, resulting in unpredictable
performance and possible damage to system components. Memory modules and
expansion cards should be seated completely in their slots. If problems
persist, reseat these components in different slots.
- Finally, system boot failure can be caused by defective hardware
(motherboard, power supply, processor, etc.). In such cases, it may be best
to have the system examined by a trained technician.
What is the maximum operating temperature of my
AMD Athlon™ XP Processor?
Solution
AMD Athlon™ XP Processor Specifications
The operating specifications of an AMD Athlon™ XP processor can be determined
by the processor's Ordering Part Number (OPN). The OPN is located on the
processor. For current OPN details and valid OPN combinations, see the chapter
entitled "Ordering Information" in the processor's data sheet, which
can be downloaded from the
Technical Documents page for the AMD Athlon XP Processor. OPN examples for
AMD Athlon XP processors model 6 ("Palomino") and
model 8 ("Thoroughbred") are included below.
General Processor information on AMD Athlon XP
processor specifications is included below as well, which may be used if the
processor's OPN is not visible, or is inaccessible. However, in some
instances, the OPN is required to determine the proper specifications. For the
most current, detailed information, refer to the processor's data sheet, which
can be downloaded from the
Technical Documents page for the AMD Athlon XP Processor.
Note: The operating temperature of a processor is highly dependent
on the induced workload, ambient temperature, and the efficiency of the
cooling sub-system. However, the operating temperature should never exceed the
processor's specified maximum operating temperature rating. For optimal
performance, use a heatsink solution evaluated and recommended by AMD. A list
of these recommended solutions is available on AMD's
Thermal Solutions page for the AMD Athlon XP processor.
OPN Example for
AMD Athlon XP Model 6 Processor ("Palomino")
| A X 2100 D M T 3 C |
| A |
Family/Architecture: A=AMD Athlon™ Family
Processor Architecture |
| X |
Generation: X=High-Performance Desktop Processor
(AMD Athlon™ XP Processor) |
| D |
Package Type: D=OPGA |
| M |
Operating Voltage: M=1.75V |
| T |
Die Temperature: T=90 Degrees Celsius |
| 3 |
Size of L2 Cache: 3=256Kbytes |
| C |
Max FSB: C=266MHz |
OPN Example for AMD Athlon XP Model 8
Processor ("Thoroughbred")
| AXD A 2700 D K V 3 D |
| AXD |
Architecture Segment: AXD=AMD Athlon™ XP
Processor Model 8 |
| A |
Maximum Power: A=Desktop Processor |
| D |
Package Type: D=OPGA |
| K |
Operating Voltage: L=1.50V, U=1.60V, K=1.65V |
| V |
Die Temperature: T=90 Degrees Celsius, V=85
Degrees Celsius |
| 3 |
Size of L2 Cache: 3=256Kbytes |
| D |
Max FSB: C=266MHz, D=333MHz |
General Processor Information
General AMD Athlon XP Model 6
Processor ("Palomino") Specifications
| Model Number |
Operating Frequency (MHz) |
Nominal Voltage |
Max Die Temperature |
Front-Side Bus Frequency (MHz) |
| 1500+ |
1333 |
1.75V |
90º Celsius |
266 |
| 1600+ |
1400 |
| 1700+ |
1467 |
| 1800+ |
1533 |
| 1900+ |
1600 |
| 2000+ |
1667 |
| 2100+ |
1733 |
General AMD Athlon XP Model 8 Processor ("Thoroughbred") Specifications
| Model Number |
Operating Frequency (MHz) |
Nominal Voltage |
Max Die Temperature |
Front-Side Bus Frequency (MHz) |
| 1700+ |
1467 |
1.50V |
90º Celsius |
266 |
| 1800+ |
1533 |
| 1900+ |
1600 |
| 2000+ |
1667 |
1.60/1.65V1 |
| 2100+ |
1733 |
1.60V |
| 2200+ |
1800 |
1.60/1.65V1 |
85º Celsius |
| 2400+ |
2000 |
| 2600+ |
2133/20832 |
1.65V |
266/3333 |
| 2700+ |
2167 |
333 |
Notes:
1. Refer to the processor's OPN for the proper operating voltage.
2. 266MHz FSB version / 333MHz FSB version.
3. Refer to the processor's OPN for the proper FSB frequency. |
(Source:AMD)
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