Computer compatible with 10-gigabit network card, gigabit network card and 10-gigabit network card

A technology compatible with gigabytes, gigabits, and computers. It is applied in computing, instruments, and electrical digital data processing. It can solve problems that do not conform to product thinness, low integration, and affect the density of the whole machine. It is beneficial to product industrial design. , Improve product compatibility and reduce waste of resources

Pending Publication Date: 2021-02-26
FUJIAN CENTM INFORMATION
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

This technology allows for easy connection between two different types of devices like computers without having any extra hardware needed at all times. It uses specialized connectors on both ends that allow signals from one device to pass into another device while still being able to transmit data over it's own communication buses. By doing this, these connections make up an efficient way to communicate large amounts of data quickly and efficiently across long distances.

Problems solved by technology

This patented technical problem addressed by this patents relates to how small and efficient data transmission can occur between devices over wireless networks without causing issues such as signal loss or delays caused due to long distances that require longer connections than what was previously possible.

Method used

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  • Computer compatible with 10-gigabit network card, gigabit network card and 10-gigabit network card
  • Computer compatible with 10-gigabit network card, gigabit network card and 10-gigabit network card
  • Computer compatible with 10-gigabit network card, gigabit network card and 10-gigabit network card

Examples

Experimental program
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Embodiment 1

[0040] This embodiment provides a computer compatible with 10 Gigabit network card, including an FPC interface,

[0041] There are 4 pins on the FPC interface. If it is connected to a 10-gigabit network card, it is connected to +12V power supply; if it is connected to a gigabit network card, it is an idle pin;

[0042] The FPC interface is provided with 3 pins for connecting +3.3V power supply;

[0043] The FPC interface is respectively provided with pins for connecting the LANWAKEB signal, the PERSTB signal and the clock differential pair signal;

[0044] The FPC interface is provided with four groups of pins for connecting the PCIE TX and RX differential pair signals, and each group is provided with four pins;

[0045] The FPC interface is provided with a pin, which is idle if it is connected to a 10-megabit network card; and is a CLKREQB signal if it is connected to a 1000-megabit network card.

[0046] The FPC interface is also provided with four pins, and the four pins are a

Embodiment 2

[0050] This embodiment provides a 10-Gigabit network card using an FPC interface, which is used to connect to a computer motherboard, including an FPC interface, a 10-Gigabit network card chip, and a 10-Gigabit RJ45 interface, and the 10-Gigabit network card chip is connected to the FPC interface and the 10-Gigabit network card respectively. RJ45 interface, the FPC interface is connected to the main board of the computer through the FPC flexible circuit board;

[0051] The FPC interface is provided with 4 power supply pins connected to the 10 Gigabit network card chip +12V;

[0052] The FPC interface is provided with three +3.3V power supply pins connected to the 10 Gigabit network card chip,

[0053] The FPC interface is respectively provided with pins connected to the LANWAKEB signal and the PERSTB signal;

[0054] The FPC interface is respectively provided with pins connected to clock differential pair signals PCIE_CLK_P and PCIE_CLK_N;

[0055] The FPC interface is provided

Embodiment 3

[0059] This embodiment provides a Gigabit network card using an FPC interface, which is used to connect with a computer motherboard, including an FPC interface, a Gigabit network card chip, and a Gigabit RJ45 interface, and the Gigabit network card chip is connected to the FPC interface and the Gigabit Ethernet interface respectively. RJ45 interface, the FPC interface is connected to the main board of the computer through the FPC flexible circuit board;

[0060] The FPC interface is provided with three gigabit network card +3.3V power supply pins;

[0061] The FPC interface is respectively provided with pins connected to LANWAKEB signal, PERSTB signal and CLKREQB signal

[0062] The FPC interface is respectively provided with pins connected to clock differential pair signals PCIE_CLK_P and PCIE_CLK_N;

[0063] The FPC interface is respectively provided with a group of pins for differential pair signals of PCIE TX and RX.

[0064] The FPC interface is also provided with 2 pins,

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Abstract

The invention provides a computer compatible with a 10-gigabit network card, a gigabit network card and the 10-gigabit network card, the computer comprises an FPC interface, the FPC interface is provided with four pins, and if the 10-gigabit network card is connected, + 12 V power supply is connected; if the gigabit network card is connected, the pins are idle pins; the FPC interface is provided with three power supply pins used for connecting + 3.3 V power supply pins. The FPC interface is respectively provided with pins used for being connected with an LANWAKEB signal, a PERSTB signal and aclock differential pair signal. The FPC interface is provided with four groups of pins used for connecting PCIETX and RX differential pair signals, and each group is provided with four pins. The FPC interface is provided with a pin, and if the a 10-gigabit network card is connected, the pin is idle, and if a gigabit network card is connected, the pin is connected to a CLKREQB signal; the cost is saved, the requirements for lightness, thinness and simplification of products are met, meanwhile, a gigabit network card can be compatible, and the product applicability is improved.

Description

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Claims

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Application Information

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Owner FUJIAN CENTM INFORMATION
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