Difference between revisions of "Camille Scratch Page"

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== Camille Scratch Page ==
 
== Camille Scratch Page ==
  
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  <li>1 IDE Hard Drive</li>
 
  <li>1 IDE Hard Drive</li>
 
  <li>1 "The little things that count" Box with the following:  
 
  <li>1 "The little things that count" Box with the following:  
−
    <ul>
+
  <ul>
−
<li> 1 jewelers flat headed screwdriver</li>
+
  <li>1 jewelers flat headed screwdriver</li>
−
<li> 1 power switch</li>
+
  <li>1 power switch</li>
−
<li> 1 tube of ZP heat sink compound *best thermal paste for this process </li>
+
  <li>1 tube of ZP heat sink compound *best thermal paste for this process </li>
−
<li> 1 hard plastic card for pin straightening </li>
+
  <li>1 hard plastic card for pin straightening </li>
−
<li> 2 foam pads </li> </ul> </li>
+
  <li>2 foam pads </li>  
 +
  </ul>  
 +
</li>
 
</ul>
 
</ul>
 
 
−
Retrieve incoming CPUs for desired socket to be tested <br>
+
Retrieve incoming CPUs for desired socket to be tested - [[CPU Socket Descriptions]] <br>
 
Match CPU socket to label on motherboard from CPU Motherboard Box <br>
 
Match CPU socket to label on motherboard from CPU Motherboard Box <br>
 
Set-up motherboard on test stand. ''*IMAGE OF ARRANGEMENT GOES HERE''<br>
 
Set-up motherboard on test stand. ''*IMAGE OF ARRANGEMENT GOES HERE''<br>
 
Plug Power Supply and power switch into motherboard; Power switch plugs into Front Panel connectors on <br>
 
Plug Power Supply and power switch into motherboard; Power switch plugs into Front Panel connectors on <br>
−
motherboard. Refer to manual if unable to determine appropriate location for switch to plug into.<br>
+
motherboard. Refer to Motherboard Manual\Google on the Advanced Testing research box if unable to determine appropriate location for switch to plug into.<br>
 
Install video card if no on-board video is available<br>
 
Install video card if no on-board video is available<br>
 
Connect keyboard<br>
 
Connect keyboard<br>
Line 39: Line 43:
 
----
 
----
  
−
'''Preparing CPUs for testing'''
+
=== Preparing CPUs for testing ===
  
 
You will need a rag and cleaning agent such as thermal paste remover or contact cleaner<br>
 
You will need a rag and cleaning agent such as thermal paste remover or contact cleaner<br>
 
*The can of PureElectronics Contact Cleaner is currently the best option<br>
 
*The can of PureElectronics Contact Cleaner is currently the best option<br>
−
Apply a small amount of cleaning agent to the surface of the CPU and wipe COMPLETELY clean with the rag. <br>
+
Apply a small amount of cleaning agent to the surface of the CPU and wipe COMPLETELY clean with a rag. <br>
 
visually Check speed of CPU, if < 2.0GHz (Intel) or < 2000 model number (AMD) recycle<br>
 
visually Check speed of CPU, if < 2.0GHz (Intel) or < 2000 model number (AMD) recycle<br>
 
Visually inspect pins for damage, straighten bent or damaged pins. If there is significant damage to the pins, recycle CPU<br>
 
Visually inspect pins for damage, straighten bent or damaged pins. If there is significant damage to the pins, recycle CPU<br>
 
*hint: now is a good time to check that the CPU properly seats on the motherboard<br>
 
*hint: now is a good time to check that the CPU properly seats on the motherboard<br>
−
Apply a VERY THIN coat of thermal paste to each CPU. ''*CONSIDER CHANGE IN PROCEDURE''<br>
+
Apply a THIN coat of thermal paste to the heat sink (this will need to be re-applied occasionally). <br>
  
 
----
 
----
  
−
'''Testing CPUs'''
+
=== Testing CPUs ===
  
 
Install CPU into motherboard<br>
 
Install CPU into motherboard<br>
−
Place heat-sink in place and hold down with free hand<br>
+
Place heat-sink in place and clamp down or hold down with free hand<br>
 
Power on motherboard with power switch<br>
 
Power on motherboard with power switch<br>
 
If a post screen appears, the CPU has passed<br>
 
If a post screen appears, the CPU has passed<br>
−
''*NEED WORK ON WORDING HOW TO DETERMINE A FAILED CPU''<br>
 
 
Else, if no Post screen, such as a blinking light on the monitor, determine probable cause of failure<br>
 
Else, if no Post screen, such as a blinking light on the monitor, determine probable cause of failure<br>
−
Should this motherboard be able to run the proc? <br>
+
:Does motherboard support proc? (Check Motherboard manuals/Google on Advanced Testing research box if unsure)
−
*Yes: recycle proc<br>
+
::*YES: CPU is bad, recycle
−
*No: set proc aside until we have a board that can test it. <br>
+
::*NO: Set aside for future testing, label CPU as "UNTESTED - UNSUPPORTED"
  
 
Power down the motherboard using the power switch<br>
 
Power down the motherboard using the power switch<br>
Line 74: Line 77:
 
=== CPU Labeling ===
 
=== CPU Labeling ===
  
−
Labeling process for Intel procs:<br>
+
==== Labeling process for Intel procs ====
 
All information to label an Intel chip is located on the face of the chip.<br>
 
All information to label an Intel chip is located on the face of the chip.<br>
−
:across top - proc speed/L2 Cache size/FSB speed<br>
+
:across top - proc speed/L2 Cache size/FSB (Front Side Bus) speed
−
::e.g. 2.8/512/533<br>
+
:::e.g. 2.8/512/533
−
::IF FSB = 800, write HTT (Hyper Threading Tech) immediately under the FSB speed<br>
+
::::*IF FSB = 800, write HTT (Hyper Threading Tech) immediately under the FSB speed
 +
:across middle - provide chip name if not a P4
 +
:::e.g. Celeron, Celeron D, Duo Core, Pentium D
 +
:across bottom - identify month and year that the proc was tested OK
 +
:::e.g. 8/10 for procs tested in August 2010
 +
 
 +
----
  
−
:across middle - provide chip name if not a P4<br>
+
==== Labeling process for AMD procs ====
−
::e.g. Celeron, Celeron D, Duo Core, Pentium D<br>
 
  
−
:across bottom - identify month and year that the proc was tested OK<br>
+
AMD chips use a model number system to identify proc speed, L2 and FSB. In the "Book of CPUs" you will find a list of AMD procs, locate the model number (e.g. SDA2800AI03BX) from the face of the chip and cross-reference with the list in the binder to find the required information for labeling.<br>
−
::e.g. 8/10 for procs tested in August 2010<br>
+
:top right corner - write socket type
 +
:::e.g. 754, AM2, AM2+
 +
:across middle - 1st line: Proc Family
 +
:::::2nd line: AMD model number
 +
:::::3rd line: proc speed/L2 Cache/FSB speed
 +
:::e.g. Sempron
 +
::::2800+
 +
::::1.6/256/800
 +
:across bottom - identify month and year that the proc was tested OK
 +
:::e.g. 8/10 for procs tested in August 2010
  
 
----
 
----
  
−
'''Labeling process for AMD procs'''
+
=== Tracking CPUs ===
  
−
AMD chips use a model number system to identify proc speed, L2 and FSB. In the "Book of CPUs" you will find list of AMD procs, locate the model number (e.g. SDA2800AI03BX) from the face of the chip and cross-reference with the list in the binder to find the required information for labeling.
+
When we have an overstock qty. of 10 for a particular CPU they should be collected and sent to the Online Store. <br />
−
top right corner - write socket type
+
Place the CPUs in Online Sales incoming location. <br />
−
e.g. 754, AM2, AM2+
+
Follow the directions at [[Tracking Online Sales Table]] for tracking the CPUs. <br />
−
across middle - 1st line: Proc Family
 
−
2nd line: AMD model number
 
−
3rd line: proc speed/L2 Cache/FSB speed
 
−
e.g. Sempron
 
−
    2800+
 
−
    1.6/256/800
 
−
across bottom - identify month and year that the proc was tested OK
 
−
e.g. 8/10 for procs tested in August 2010
 
  
 
----
 
----
  
−
'''Tracking CPUs'''
+
=== Finishing Up ===
  
−
After testing and labeling, a final incoming count must be made of the procs tested OK before being transfered into CPU storage in Tardis.  
+
Now that all good procs have been tested and labeled they need to be transfered into stock. <br>
−
Using a sticky note, Label the Socket Type and Date across the top.
+
Collect the stack of CPUs from Tardis that matches the socket you just tested. <br>
−
Group procs by family, then L2 Cache, then FSB, and finally by proc speed
+
Integrate incoming procs into Tardis stock by Family, then L2, then FSB then proc speed.<br>
−
Note family as a header line for each family
+
Put CPUs back in storage. <br>
−
Make a line for each CPU type tested, with a count following the line
+
Clean the heat-sink and re-seat onto Motherboard.<br>
−
e.g. Celeron:
+
tear down and store all equipment in boxes and put back.<br>
−
2.2/128/400 - 2
+
Know that you are now awesome and capable of testing CPUs Yaaa!!!!<br>
−
2.6/128/400 - 1
 
−
 
−
P4:
 
−
2.0/400/533 - 4
 
−
2.26/512/533 - 2
 
−
2.4/512/800 - 1
 
−
3.0/1M/800 - 2
 
−
Store this sticky note on the front page of the "Book of CPUs"
 
  
−
----
+
== CPU Socket Descriptions ==
  
−
'''Finishing Up'''
+
=== Intel Chips ===
 +
478 Pins on chip
 +
775 No pins on chip
  
−
Now that all good procs have been tested, labeled and counted they need to transfered into Tardis stock.
+
=== AMD Chips ===
−
Collect the stack of CPUs from Tardis that matches the socket you just tested.
+
A/462 Small Raised Area in center for heat sink
−
Integrate incoming procs into Tardis stock by Family, then L2, then FSB then proc speed.
+
754
−
Put CPUs back in Tardis.
+
939
−
Clean the heat-sink and re-seat onto Motherboard.
+
AM2/AM2+
−
tear down and store all equipment in boxes and put back in Tardis
+
AM3
−
Know that you are now awesome and capable of testing CPUs Yaaa!!!!
 

Latest revision as of 13:25, 7 May 2013

deletion

This page has been requested to be deleted.
If you disagree, discuss on the talk page.
Whenever possible, could an Admin please remove this page?


Camille Scratch Page

This page is intended as a working zone for some of A.T. Docs I am working on. Thanks for letting me be :)



Advanced Testing: Processors



Set-Up Testing Station

Retrieve the CPU Testing Kit box and CPU Motherboard box
CPU Testing Kit should contain the follow:

  • 2 motherboard stands
  • 1 Power Supply
  • 1 PS2 keyboard
  • 1 AGP Video Card
  • 1 IDE Hard Drive
  • 1 "The little things that count" Box with the following:
    • 1 jewelers flat headed screwdriver
    • 1 power switch
    • 1 tube of ZP heat sink compound *best thermal paste for this process
    • 1 hard plastic card for pin straightening
    • 2 foam pads

Retrieve incoming CPUs for desired socket to be tested - CPU Socket Descriptions
Match CPU socket to label on motherboard from CPU Motherboard Box
Set-up motherboard on test stand. *IMAGE OF ARRANGEMENT GOES HERE
Plug Power Supply and power switch into motherboard; Power switch plugs into Front Panel connectors on
motherboard. Refer to Motherboard Manual\Google on the Advanced Testing research box if unable to determine appropriate location for switch to plug into.
Install video card if no on-board video is available
Connect keyboard
Connect power cord and VGA cable from Monitor
Unmount heat-sink from motherboard and verify that CPU socket is in good condition

Preparing CPUs for testing

You will need a rag and cleaning agent such as thermal paste remover or contact cleaner

  • The can of PureElectronics Contact Cleaner is currently the best option

Apply a small amount of cleaning agent to the surface of the CPU and wipe COMPLETELY clean with a rag.
visually Check speed of CPU, if < 2.0GHz (Intel) or < 2000 model number (AMD) recycle
Visually inspect pins for damage, straighten bent or damaged pins. If there is significant damage to the pins, recycle CPU

  • hint: now is a good time to check that the CPU properly seats on the motherboard

Apply a THIN coat of thermal paste to the heat sink (this will need to be re-applied occasionally).

Testing CPUs

Install CPU into motherboard
Place heat-sink in place and clamp down or hold down with free hand
Power on motherboard with power switch
If a post screen appears, the CPU has passed
Else, if no Post screen, such as a blinking light on the monitor, determine probable cause of failure

Does motherboard support proc? (Check Motherboard manuals/Google on Advanced Testing research box if unsure)
  • YES: CPU is bad, recycle
  • NO: Set aside for future testing, label CPU as "UNTESTED - UNSUPPORTED"

Power down the motherboard using the power switch
remove heat-sink
remove CPU
Clean thermal paste from CPU
repeat until all CPUs have been tested OK or recycled
using the fine point sharpie, label the CPUs (see below)

CPU Labeling

Labeling process for Intel procs

All information to label an Intel chip is located on the face of the chip.

across top - proc speed/L2 Cache size/FSB (Front Side Bus) speed
e.g. 2.8/512/533
  • IF FSB = 800, write HTT (Hyper Threading Tech) immediately under the FSB speed
across middle - provide chip name if not a P4
e.g. Celeron, Celeron D, Duo Core, Pentium D
across bottom - identify month and year that the proc was tested OK
e.g. 8/10 for procs tested in August 2010

Labeling process for AMD procs

AMD chips use a model number system to identify proc speed, L2 and FSB. In the "Book of CPUs" you will find a list of AMD procs, locate the model number (e.g. SDA2800AI03BX) from the face of the chip and cross-reference with the list in the binder to find the required information for labeling.

top right corner - write socket type
e.g. 754, AM2, AM2+
across middle - 1st line: Proc Family
2nd line: AMD model number
3rd line: proc speed/L2 Cache/FSB speed
e.g. Sempron
2800+
1.6/256/800
across bottom - identify month and year that the proc was tested OK
e.g. 8/10 for procs tested in August 2010

Tracking CPUs

When we have an overstock qty. of 10 for a particular CPU they should be collected and sent to the Online Store.
Place the CPUs in Online Sales incoming location.
Follow the directions at Tracking Online Sales Table for tracking the CPUs.

Finishing Up

Now that all good procs have been tested and labeled they need to be transfered into stock.
Collect the stack of CPUs from Tardis that matches the socket you just tested.
Integrate incoming procs into Tardis stock by Family, then L2, then FSB then proc speed.
Put CPUs back in storage.
Clean the heat-sink and re-seat onto Motherboard.
tear down and store all equipment in boxes and put back.
Know that you are now awesome and capable of testing CPUs Yaaa!!!!

CPU Socket Descriptions

Intel Chips

478 Pins on chip 775 No pins on chip

AMD Chips

A/462 Small Raised Area in center for heat sink 754 939 AM2/AM2+ AM3

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