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Thermal Grizzly Lapping Tool for Intel 13. Generation

Thermal Grizzly Lapping Tool for Intel 13. Generation

The 13th/14th gen lapping tool for intel cpus allows safe grinding of the heatspreader. The cpu is mounted onto the tool and the removal of 0.2mm is possible. Also compatible with 12th gen cpus. Enclosed is sandpaper with 400, 1200 and 2,500 grit.the lapping tool for intel's 13th/14th gen processors allows the heat spreader to be safely lapped. The cpu is simply mounted on the lapping tool using the enclosed screws. The tolerances of the lapping tool allow the heat spreader to be ground down by 0.2 millimetres. The 13th/14th gen lapping tool is compatible with intel 12th generation core cpus. Sandpaper in grit sizes 400, 1200 and 2,500 is included.on the lapping tool, there are ridges on the acrylic glass around the cpu. These ridges are 0.2 millimetres high. When the ridges are completely removed, stop sanding. Processors of the 12th and 13th generation are compatible with both the 12th, 13th and 14th gen contact frame as long as they are not ground down more than 0.2 millimetres.it should be noted that grinding the cpu will void the . For the largest possible contact area between the ihs and the base plate of the cpu cooler, the latter should also be ground. The lapping tool for intel's 13th/14th gen cpus comes with a total of three sheets of sandpaper. The enclosed sandpaper has grits of 400, 1200 and 2,500 (one sheet each). The lapping tool for intel's 13th gen cpus is intended for single use, but can also be used several times. When using multiple times, be especially careful not to sand too much material off the ihs.

EUR 19.90
1

Thermal Grizzly Ryzen 7000 Lapping Tool

Thermal Grizzly Ryzen 7000 Lapping Tool

The ryzen 7000 lapping tool was developed for grinding the heat spreaders of the am5 processor series from amd. The tolerances of the ryzen 7000 lapping tool allow gradual grinding of the heat spreader by 0.4 millimetres, up to a total height of 1.6 millimetres. When using the normal amd mounting frame (sam), a maximum sanding of 1.0 mm is provided until the middle steps are reached. A further 0.6 mm is only possible if the cpu is mounted e.g. With a suitable am5 contact & sealing frame (product to follow shortly). The steps of the am5 lapping tool are diamond-milled to achieve a high degree of transparency. This makes it visible during grinding which steps have already been reached and which have not.why sanding / lapping?when grinding, or lapping, the heat spreader, usually only the top side of the heat spreader is levelled, as this is usually somewhat curved due to the production process. Lapping improves the contact of the base plate of the cpu cooler, especially if the base plate has also been ground. This optimised contact allows the thermal power loss of the cpu to be dissipated better.however, the ryzen 7000 lapping tool enables controlled removal of the heat spreader well above the usual 0.2 millimetres. This should not only increase the contact area of the heat spreader and cpu cooler, but also reduce the path that the waste heat is conducted through the am5 heat spreader. In order to be able to continue using older cpu coolers for the am4 socket with the am5 socket, the am5 heat spreader had to be designed significantly thicker than would have been necessary. Among other things, this leads to high cpu temperatures during operation.the us-american content creator and tech-youtuber "jayztwocents" was able to achieve up to 5 degrees celsius lower temperatures with minimally higher boost clocks of all cores with a ryzen 9 7950x using a 360 mm aio by grinding the heat spreader. In combination with the kryonaut extreme thermal paste, even 10 degrees celsius lower temperatures could be achieved (in comparison with commercially available thermal paste). Even with a moderate overclocking of all cores of the ryzen 9 7950x to 5.4 ghz, the test system remained 4 degrees celsius below the temperature limit of 95 °c.

EUR 18.90
1

Thermal Grizzly WireView GPU 1x 12VHPWR to 3x 8Pin PCIe - Normal

Thermal Grizzly WireView GPU 1x 12VHPWR to 3x 8Pin PCIe - Normal

Wireview gpu is a device for measuring the power consumption of gpus. It is plugged into the pcie power connectors of the gpu and connected to the power supply via the pcie power cables and organizes cable management. The data is displayed via an oled display.the wireview gpu is a device for measuring the power consumption of graphics cards that was developed in collaboration with jon "elmor" sandström it is plugged into the pcie power connectors of the graphics card and connected to the power supply unit via the pcie power cables. The power consumption data is displayed via an oled display.at the same time, the wireview gpu takes on a cable management function, as its "u"shape enables optimised routing of the cables. The pcie power cables are connected to the wireview gpu in such a way that they can be laid neatly over the backplate of the graphics card. This avoids cable bulges when routing the power cables and simplifies cable management.the wireview gpu enables the measurement of the power consumption of graphics cards and records this data to determine the power consumption. This data can be used, among other things, to determine the power costs of a graphics card or to compare the power consumption with other graphics cards. A special 60-second measuring cycle enables the power consumption to be displayed quickly and conveniently, which is very practical for reviews, for example.at the same time, measuring the power consumption can be used to determine the power consumption of graphics cards over a certain period of time or with certain applications. In addition, load peaks in power consumption ("peaks") that can occur in the operation of current high-end graphics cards can be determined.the wireview gpu shows the measured values on the display. You can switch between the displayed values at the touch of a button. The following values can be displayed:display of the current power consumption in watts [w]current power consumption in watts [w], current voltage in volts [v], current current in amperes [a]minimum and maximum power consumption in watts [w]average power consumption over 60 seconds [avg w] and total power consumption [e]the wireview gpu is available in "n" and "r" versions regardless of the number of 8-pin pcie connectors (or the 12vhpwr plug). "n" stands for the normal orientation of the pcie connectors on the pcie expansion card, while "r" stands for the rotated (reversed) orientation. In the normal orientation (n), the retaining clip of the connector points away from the pcb of the expansion card. In the rotated orientation (r), the connector's retaining clip points towards the pcb.the wireview gpu is also available in two "high power" variants for the 12vhpwr connector. The first variant has one 12vhpwr input and output each, while the second variant is connected to the graphics card via 12vhpwr and to the power supply via three 8-pin pcie connectors.when using the 12vhpwr adapter, make sure that each of the three 8-pin pcie connectors is connected to the power supply unit with a separate 8-pin pcie cable. The use of a splitter (y-cable) is strongly discouraged! The configuration of the 12vhpwr corresponds to the 600w version.

EUR 52.90
1

Thermal Grizzly WireView GPU 1x 12VHPWR Normal

Thermal Grizzly WireView GPU 1x 12VHPWR Normal

Wireview gpu is a device for measuring the power consumption of gpus. It is plugged into the pcie power connectors of the gpu and connected to the power supply via the pcie power cables and organizes cable management. The data is displayed via an oled display.the wireview gpu is a device for measuring the power consumption of graphics cards that was developed in collaboration with jon "elmor" sandström it is plugged into the pcie power connectors of the graphics card and connected to the power supply unit via the pcie power cables. The power consumption data is displayed via an oled display.at the same time, the wireview gpu takes on a cable management function, as its "u"shape enables optimised routing of the cables. The pcie power cables are connected to the wireview gpu in such a way that they can be laid neatly over the backplate of the graphics card. This avoids cable bulges when routing the power cables and simplifies cable management.- measuring power consumption- logging of power consumption- optimised cable routing- easy mounting- high compatibilitythe wireview gpu enables the measurement of the power consumption of graphics cards and records this data to determine the power consumption. This data can be used, among other things, to determine the power costs of a graphics card or to compare the power consumption with other graphics cards. A special 60-second measuring cycle enables the power consumption to be displayed quickly and conveniently, which is very practical for reviews, for example.at the same time, measuring the power consumption can be used to determine the power consumption of graphics cards over a certain period of time or with certain applications. In addition, load peaks in power consumption ("peaks") that can occur in the operation of current high-end graphics cards can be determined.the wireview gpu shows the measured values on the display. You can switch between the displayed values at the touch of a button. The following values can be displayed:display of the current power consumption in watts [w]current power consumption in watts [w], current voltage in volts [v], current current in amperes [a]minimum and maximum power consumption in watts [w]average power consumption over 60 seconds [avg w] and total power consumption [e]the wireview gpu is available in "n" and "r" versions regardless of the number of 8-pin pcie connectors (or the 12vhpwr plug). "n" stands for the normal orientation of the pcie connectors on the pcie expansion card, while "r" stands for the rotated (reversed) orientation. In the normal orientation (n), the retaining clip of the connector points away from the pcb of the expansion card. In the rotated orientation (r), the connector's retaining clip points towards the pcb.the wireview gpu is also available in two "high power" variants for the 12vhpwr connector. The first variant has one 12vhpwr input and output each, while the second variant is connected to the graphics card via 12vhpwr and to the power supply via three 8-pin pcie connectors.when using the 12vhpwr adapter, make sure that each of the three 8-pin pcie connectors is connected to the power supply unit with a separate 8-pin pcie cable. The use of a splitter (y-cable) is strongly discouraged! The configuration of the 12vhpwr corresponds to the 600w version.attention, important note: risk of injury!

EUR 49.90
1