The lists of power supplies have been provided to Intel dealers as an aid in the system integration process. Intel has determined that the power supplies meet MINIMUM electrical, mechanical fit and functional compatibility with Intel® boxed desktop boards and Intel® boxed Pentium® D or Pentium® 4 processors or Intel® Core™ 2 Duo Processor.
- Evaluations for any individual system configuration are considered the responsibility of the integrator and/or system OEM.
- Integrator and/or system OEM are responsible to submit their integrated system for safety compliance for their target market. Please select components, in particular power supplies, with appropriate specifications and certifications (for example UL Recognition) to produce a product compliant with safety regulations and standards for the target market. Please contact their power supply vendors for additional information regarding the selected unit’s specifications, certifications and the specific use conditions associated with it. Not all power supplies on the list are suitable for all regions and applications, evaluation of suitability for use in a particular system and market is the responsibility of the integrator and/or system OEM. If the selected power supply has any single output rated at more than 240VA contact with circuits connected to the output must be prevented in user access areas, protection may be achieved by insulation, guarding or interlocks (refer to IEC 60950-1 First Edition, 2001 Clauses 0.2.2 and 2.1)
- View the Tested Chassis and Power Supply Lists Main Page.
- View the Tested Power Supply Main Page.
- View the Motherboard source and tested list Main Page.
- Minimum requirements for CPU Support. View the entire CFX12V power supply design guide.
04A(84W),04B(116W) -- 12V2: 13A continuous
05A(95W) -- 12V2: 13A continuous and 16.5A peak for at least 10ms.
05B(130W) -- 12V2: 16A continuous and 19A peak for at least 10ms.
06(65W) -- 12V2: 8A continuous and 13A peak for at least 10ms.
- The following tests were performed on each power supply against the design guide in 20oC-25oC room temperature.
| Dynamic Load | Line Regulation |
| Load Regulation | Power Rail Transient Noise |
| +5VSB Short Circuit | Voltage Accuracy |
| Cross Regulation | Input Undervoltage |
| Efficiency | Capacitive Loading |
| Output Transient Response | PWR_OK Timing |
| Power Limit | Overcurrent Protection |
| Power-on Time | Risetime |
| Overshoot at Turn-on / Turn-off | Reset after Shutdown |
| Voltage Hold-up Time | +5VSB at AC Power-down |
| Short-circuit Protection | No-Load Operation |
The following tests were NOT performed:
| Safety | EMC |
| Magnetic Leakage Fields | Immunity |
| Catastrophic Failure Protection | Remote Sensing |
| Over-temperature Protection | Closed Loop Stability |
| +5VDC/+3.3VDC Power Sequencing | Overvoltage Protection |
| Output Bypass | Proper Labeling/Marking |
| Thermal Shock | Humidity |
| Altitude | Mechanical Shock |
| Random Vibration | Acoustics |
| Inrush Current Limiting | MTBF |
2005 CFX12V Tested Power Supply List+:
| DG Version Compliance1 | Brand | Model | Current Rating | Connector2 | Operating Temp/De-rating3 | Power4 | CPU Power Spec5 | |||||
+12V | +3.3V | +5V | Main | CPU | Gfx 2x3 | SATA | ||||||
| CFX12V 1.2 300W | Acbel* | API4PC19** | (12V1)12A (12V2)18A/19A | 20A | 14.5 | 24-pin | 2x2 | 0 | 1 | 10oC-50oC/300W@ 25oC, 275W@50oC | 300W | 84W,116W, 95W,130W,65W |
| CFX12V 1.2 300W | Acbel* | API5PC63** | (12V1)16A (12V2)18A | 20A | 14.5 | 24-pin | 2x2 | 0 | 1 | 10oC-50oC | 300W | 84W,116W, 95W,130W,65W |
| CFX12V 1.2 300W | Hopely* | CFX-300L | (12V1)6A (12V2)16A | 20A | 12A | 24-pin | 2x2 | 0 | 1 | 0oC-50oC | 300W | 84W,116W, 95W,130W,65W |
| CFX12V 1.2 300W | Inwin* | IW-P300P1-0 | (12V1)6A/7A (12V2)16A/19A | 20A | 12A | 24-pin | 2x2 | 0 | 1 | 0oC-50oC | 300W | 84W,116W, 95W,130W,65W |
| CFX12V 1.2 300W | Casing Macron* | MPT-C325** | (12V1)7A (12V2)17A | 20A | 20A | 24-pin | 2x2 | 0 | 2 | 0oC-40oC | 325W | 84W,116W, 95W,130W,65W |
| CFX12V 1.2 300W | Jou-Jye* | JJ-300PSBX | (12V1)16A (12V2)16A | 20A | 12A | 24-pin | 2x2 | 0 | 2 | 0oC-50oC | 300W | 84W,116W, 95W,130W,65W |
| CFX12V 1.2 275W | Acbel* | API4PC74++ | (12V1)10A (12V2)18A | 16A | 14.5A | 24-pin | 2x2 | 0 | 1 | 10oC-50oC | 275W | 84W,116W, 95W,65W |
| CFX12V 1.2 275W | FSP* | FSP275-50BWN(PF) | (12V1)5A (12V2)13.5A | 13A | 14.5A | 24-pin | 2x2 | 0 | 1 | 275W @ 25oC, 225W @ 50oC | 275W | 84W,116W, 95W,65W |
| CFX12V 1.2 275W | HiPro* | HP-Q2757F3P | (12V1)5A (12V2)13.5A | 13A | 14.5A | 24-pin | 2x2 | 0 | 1 | 0oC-50oC | 275W | 84W,116W, 95W,65W |
| CFX12V 1.2 275W | Seventeam* | ST-300CND-03F | (12V1)16A (12V2)16A | 13A | 14.5A | 24-pin | 2x2 | 0 | 1 | 5oC-50oC | 300W | 84W,116W, 95W,65W |
+ List is provided with additional information collected on the power supplies that are tested in 2005.
CFX12V Tested Power Supply List (supports up to 04A/04B processors5)
| Brand | Model | Power ‡ |
| FSP * | FSP-27550BW | 275W |
* Other names and brands may be claimed as the property of their respective owners.
** Power supply did not meet 240VA requirement during OCP test. Please check information on 240VA provided at the beginning of this page. Please check with power supply provider for details.
++ Only suitable for AC Input of 220-240V.
1Power supply is tested to the specified design guide at the specified power level, not the power level specified by the vendor. To see the latest design guide information for CFX12V power supplies
2Main power, CPU, high-end graphics card, and SATA connectors information. Refer to Design Guides for details. The tested power supply was submitted with the indicated connectors installed. In most instances, the power supply can be purchased with a varying number of power connectors. Please consult with your power supply provider to ensure adequate support for your system configuration.
3Operating Temperature and De-rating information specified by the vendor specification, NOT verified. Power supplies are tested at ambient room conditions 20ºC to 25ºC, which can be significantly different from real use conditions. The power supply design guides recommend that specified full load be supported up to 50 ºC power supply inlet temperature. Please consult with your preferred power supply vendor to ensure potential output power de-rating with temperature. Evaluation for any individual system power requirement and intended use conditions are considered the responsibility of the integrator and/or system OEM.
4Power level specified by the vendor specification, NOT verified. The power needs can vary greatly as system components are added or changed. The power needs and validation are the responsibility of the system integrator and/or system OEM.
5Computer Power Spec, also referred as FMB. Support level is based on CPU support only. The power needs can vary greatly as system components are added or changed. The power needs and validation are the responsibility of the system integrator and/or system OEM.
CAUTION: Failure to use an appropriate power supply with the Intel® processor,or not connecting all power supply leads to the mainboard may result in damage to the mainboard and/or power supply.
Power supply model numbers may vary slightly. Check with your preferred power supply vendor or distributor to ensure Intel® processor support.
The content of the website links located in the tested power supply list is not controlled by Intel. These links are being offered for your convenience and should not be viewed as an endorsement by Intel of the content, products, or services offered there.
This listing is not intended to be all inclusive, nor is it an endorsement by Intel; it only represents power supplies Intel has examined to date. Users of this list are reminded to check with the power supply manufacturer to get latest model specifications and ensure a particular power supply model is adequate for the user's intended purposes. This list is subject to change at any time. Check this web site regularly for updates.
For purposes of future motherboard introductions, Intel may test current and additional power supplies, which may result in a revision of this list. Intel reserves the right to modify this document at any time without notice. Intel assumes no responsibility for any errors which may appear in this document, nor does it make any commitment to update the information contained in it. Intel disclaims any liability or obligation for damages of any kind arising out of the application or use of the information contained in this document.
INTEL DISCLAIMS ALL WARRANTIES AND GUARANTEES, EXPRESS, IMPLIED OR OTHERWISE, ARISING FROM OR CONCERNING THE CONTENTS OF THIS DOCUMENT, INCLUDING, BUT NOT LIMITED TO, THE WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE AND ANY WARRANTY OF NON-INFRINGEMENT OF ANY INTELLECTUAL PROPERTY RIGHT OF ANY THIRD PARTY. INTEL MAKES NO CLAIMS OF COMPLIANCE WITH ANY GOVERNMENTAL REGULATORY AGENCY.
Intel does not convey any license, express, implied or statutory, by estoppel or otherwise, arising under its intellectual property rights, nor under the rights of others. This information is for reference use by PC integrators only. PC integrators are not authorized to refer to Intel's testing or reporting activities in advertising or any other manner.


