🤑 DELL SL6EP GHZ KB MHZ FSB XEON CPU | Flagship Tech

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This adapter enables Koolance CPU and CPU cooling blocks to mount most Intel socket Xeon processors (Prestonia, etc.).


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Supports up to two Intel® Xeon® processor(s) with 1MB integrated Advanced Transfer 2, Pentium 4, Xeon Heatsink Retention with & pin socket.


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The Server list will contain both boards and chassis since the boards will be tested in specific chassis only, not every chassis available. System boards must meet the electrical and mechanical specifications of the Intel Xeon Processor as documented in the datasheet. Please consider upgrading to the latest version of your browser by clicking one of the following links. The main housing accepts the fan either on the side or the top. In addition, boards that support the boxed Intel Xeon Processor directly attach through the processor retention mechanisms supplied with the boxed processor to the chassis back plate see Selecting a Chassis. It may be necessary to use a flat head screwdriver to complete the clip installation see Figure 8. Boxed Intel Xeon Processor product information can be found in the processor product brief and related material. Using the Product Specifications and Comparisons tool and the information marked on the processor, a system integrator can verify the appropriate speed rating, stepping, lot number, serial number and other important information about the processor. Therefore, a chassis should contain a minimum of eight removable standoffs to be used with the Intel Xeon processor. This is different from the reference solution from Intel because it has chamfered corners to allow the PWT to fit around it. Four holes located around the processor socket allow four screws supplied with the boxed processor to attach the retention mechanisms to four removable chassis standoffs supplied with the chassis. This is much easier with server boards. The PWT is an optional active fan duct which will provide proper airflow for the Intel Xeon processor. First attach the main housing to the retention mechanisms installed around the processor socket. Consequently, on the primary processor the one closest to the front of the chassis , the fan needs to be installed toward the front. If you have the fan power adapter cable: The fan plugs into the adapter's 3-pin male connector and the 3-pin female connector on the adapter plugs into the 3-pin header on the system board and is used to transmit fan-speed information to system boards that support fan-speed detection. Important: Airflow must be maintained in a uniform direction: from the front of the chassis to the rear. It should snap in place onto the posts and the brackets should hold the fan securely in place.{/INSERTKEYS}{/PARAGRAPH} See the bottom of this section for instruction on installing the new PWT housing and fan. In addition, the following information can aid system integrators in successfully integrating a boxed Intel Xeon processor-based system. The processor pin one marking on the interposer of the OOI package should be aligned with pin one mark on the socket. Heatsink support The boxed processor includes an unattached heatsink specifically designed to provide sufficient cooling to the Intel Xeon Processor when used in a suitable chassis environment. Critical step: Use the thermal interface material applicator provided in the boxed processor box to apply all of the thermal interface material to the center of the processor's integrated heat spreader see Figure 7. Most boards built for the Intel Xeon processor will contain two sockets for processors. Intel tests system boards for basic compatibility and documents passing boards on a reference list for the Boxed Intel Xeon Processor. Air flows out of the fan in the direction of the label on the fan's hub. In order to avoid this step, there is a sticker provided with the Boxed processor that can be removed and placed inside the chassis. {PARAGRAPH}{INSERTKEYS}The browser version you are using is not recommended for this site. To do this, first attach the center tab on the retention mechanism and heatsink. This step is performed the same way for either set of retention mechanisms. If the chassis already provides adequate airflow, then this piece is unnecessary. Read through this entire section to understand the differences between workstation and server board installation steps. Therefore, the fan for the primary processor must be installed with the airflow toward the heatsink, and the fan for the secondary processor needs to be installed with the airflow away from the heatsink. See the Integration section for full instructions on installing the solution for processors at speeds up to 3 Hz and for processors at speeds of 3 GHz and above. See Figures 1A and 1B. System integrators should follow system board installation documentation when integrating a system board into a chassis. To actually insert the fan into the fan housing, flex the bracket on the housing outward to allow room for the fan to be inserted. Markings on the integrated heat spreader should not be used for installation alignment. The chassis must also support a lower internal ambient temperature than many standard ATX desktop chassis. This mounting support includes eight additional holes located in the base plate of the chassis, and eight removable standoffs. It contains technical information intended to aid in system integration. The correct clip will be shipped with the processor. Workstation boards based on the Intel Chipset follow the ATX form-factor specification and utilize power supplies that follow the Intel Xeon processor workstation power supply or the EPS12V power supply design guide. There are 4 screw holes in the RM which must be aligned to the same holes in the board and chassis as the 2-piece RM's. In this way, both fans will be pushing air from the front of the chassis towards the back. It is important to verify that the specific system board model and revision support the specific Intel Xeon Processor frequency being used. This is most easily done by slightly flexing the housing outward so it can be lowered over the heatsink and around the tabs on the retention mechanism. Figure 5: Installing the Legacy Retention Mechanism Processor installation Open the processor socket handle see Figure 6 and align the processor using the pin one markings on the processor and socket for reference. There is a source list available that lists that vendors shipping boards to support the Intel Xeon processor. Most chassis designed for the Intel Xeon Processor use extra internal chassis fans to improve airflow. Finally, there are retention clips and screws to give integrators a complete thermal solution. Once the boxed processor is installed into a system, the markings on the processor are not visible, and the processor will need to be removed in order to see the markings. Intel tests power supplies to determine a minimum level of electrical compliance to the Intel Xeon processor power supply design guidelines. The system board must have a 3-pin fan power header located close to the socket. Next, install the two clips onto the heatsink and retention mechanisms. Warning: Failure to use a chassis that provides adequate cooling may void the processor warranty. Workstation and Server mounting hole locations are different, so make sure to select the proper chassis for the board you are using. Integrating an Intel Xeon Processor-based system System boards supporting the boxed Intel Xeon Processor include a manual with installation instructions. Center the heatsink over the socket and retention mechanism assembly and allow the heatsink base to compress the thermal interface material over the surface of the processor's integrated heat spreader. The Boxed Intel Xeon Processor at speeds of 3 GHz and above includes a fan cable adapter designed to allow the fan to draw power directly from the power supply. General installation procedures below may be useful to review prior to building an Intel Xeon processor-based system. Consult the system board documentation to determine power supply requirements. If the processors are upgraded, the markings you've attached to the chassis should be replaced, removed or obviously marked as obsolete to avoid confusion. Refer to your system board manual for the location of the power header. This technology makes more efficient use of the processor resources and can increase performance in multi-threaded, multi-processing aware applications. The Boxed Intel Xeon Processor includes a thermal solution for use in system integration where a thermal solution has not been provided. Refer to the Tested Power Supply List for more information. All Intel Xeon processor-based systems require the 2x10, pin ATX power connector as well as the new 2x4, 8-pin 12V connector. There are slots on the bottom of the housing that should align with the tabs on the retention mechanism for a firm attachment. The next step is to install the fans. With workstation boards, because of board layout and the wide fan housing, the two processors require different PWT configurations. These chassis meet Intel's processor specifications with the boards on the Workstation Board Reference List. Identifying a boxed processor Boxed processor test specifications or S-Specs marked on the underside of the Intel Xeon Processor identify specific information about the processor. Install two retention mechanisms per processor provided in the boxed processor to the system board and chassis using the long screws provided in the boxed processor. The PWT has a single piece retention mechanism with arches on either side. The Integration section includes instructions for both PWT style. Processor wind tunnel installation Once the processor and heat sink have been installed, it is possible to install the Processor Wind Tunnel PWT. It is strongly recommended that system integrators perform thermal testing on the chassis selected for each configuration of Intel Xeon processor-based systems, even when using a chassis on the Tested Chassis List. The fan uses the third pin to transmit fan-speed information to system boards that support fan-speed detection. Second, while holding one side of the clip down over the retention mechanism interface tab, push the other side of the clip down over the symmetric retention mechanism tab. After completing all other chassis preparation, install the system board into the chassis. The fan power cable must be connected to the system board power header as shown in the processor installation notes included in the boxed processor package. On the secondary processor, the fan needs to be installed toward the rear. Article ID Where do I start? This change requires a separate clip. Platform requirements System integrators building systems based on the boxed Intel Xeon Processor should use chassis, power supplies, and system boards that are specifically designed for the Intel Xeon Processor. Insert the processor into the socket and close the socket handle. Selecting a power supply Power supplies must comply with the Intel Xeon processor power supply design guidelines and supply additional current on the 12V power rail through a new 2x4 connector. Both fans should be mounted toward the front of the chassis, with the airflow being directed across the heatsink toward the back of the chassis. Once both clips are installed, verify that the heatsink is securely retained and that the clips are properly engaged with the retention mechanisms. There is also a tested platform list that contains board and chassis combinations that have been submitted to Intel and passed thermal testing. The thermal solution consists of a passive heatsink and thermal interface material, an active duct solution, called the Processor Wind Tunnel PWT , and a special retention mechanism designed to attach the heatsink and the PWT directly to the chassis. However, if you are unsure, it is safer to install the PWT. System board installation To begin system installation it is critical to verify that eight removable standoffs, which will be used to attach the system board and retention mechanisms, are installed in the chassis base plate. Intel tests chassis with the boxed Intel Xeon Processor and enabled system boards from third-party manufacturers for minimum thermal requirements. The numbers marked on the processor should match the numbers on the processor box label. Consult this manual in addition to the boxed processor manual before building an Intel Xeon processor-based system. The boxed processor also contains the PWT, which includes a fan.