RU224293U1 - MULTI-FUNCTIONAL PLATFORM FOR STORING A LOT OF INFORMATION - Google Patents

Abstract

The utility model relates to the field of information security of data in the network space. The technical result is to ensure high operational safety. A device for storing and processing data, containing a control motherboard installed in a housing, two expansion cards and a cooling unit, each expansion card contains four interconnected solid-state SSD drives, the cooling of which is carried out by three groups of fans of the specified cooling unit, which is controlled by the board fan control system having remote temperature sensors, wherein the motherboard control board is configured to transmit information about the temperature of the central processor to the fan control board, and the central processor of the motherboard receives incoming data, places data on the specified solid-state SSD drives, and also analyzes, classifies and compares specified incoming data with pre-loaded data for the purpose of deciding on the need to store incoming data for their further use.1 ill.

Description

The utility model relates to the field of information security technologies, and specifically to tools that ensure processing, storage, and information security of data in the network space.

A computer system unit is known from the prior art (see RU139232, class G06F13/00, published 2014 [1]).

The known solution [1] relates to the control systems of the operating facility and is intended to be placed together with on-board radio-electronic equipment as part of special equipment.

The known computer system unit contains a central processor module, a power supply module and a fan unit installed in a housing.

A feature of the design of the known solution is that the computing module is equipped with a converter module, a system module, a relay command module and a two-channel speed measurement module.

The well-known computer system unit [1] is intended for use in field conditions, and the functionality is adapted to work as part of the specified special equipment objects, made on the basis of wheeled and tracked chassis under conditions of mechanical influences created by weapons.

The operation of a well-known computer system involves two types of software - test and control, the latter of which allows operation in a cyclic mode, which can lead to an increase in the time of information exchange with external objects, thus worsening the technical and operational performance in operation.

An additional disadvantage is the narrow scope of application, limited to work as part of special wheeled and tracked vehicles.

The closest from the point of view of technical essence to the claimed object is a device for processing and transmitting messages, known from RU2796252, cl. H04W8/00, publ. 05/18/2023 [2].

The known solution relates to the field of communication technologies, in particular, it is used to enable the transmission of messages.

The device known from [2] is made in the form of a terminal housing containing a central processor, a memory module, a network module and a power supply.

In accordance with the design of the known solution [2], it provides for the presence of an interface block, a radio frequency block, a user input device, a touch panel, as well as an additional input device, including a graphics processor and a microphone.

The known device for processing and transmitting information [2] uses at least two processors, one of which is graphic, which necessitates the installation of a local and efficient cooling module with high power, which in turn is associated with increased operating costs.

An additional disadvantage of the known solution [2] is the structurally complex and material-intensive layout associated with the need for periodic maintenance to ensure stable operation, as well as the need to update software versions to maintain the balance and correct operation of the processors.

The technical problem of the proposed utility model is the creation of a multifunctional server platform with high technical and operational performance for storing and processing data.

The technical result of the proposed utility model is to increase operational safety during storage and transmission of data.

The specified technical result is achieved as a result of the fact that the software and hardware device for storing and processing data contains a control motherboard installed in a housing, two expansion cards and a cooling unit, while the control motherboard contains a central processor and a random access memory device, each expansion card contains four interconnected solid-state SSD drives, the cooling of which is carried out by three groups of fans of the specified cooling unit, which is controlled by a fan control board having remote temperature sensors, and the said central processor of the motherboard receives incoming data, places the data of the specified solid-state SSD drives , and also analyzes, classifies and compares the specified incoming data with pre-loaded data for the purpose of deciding on the need to store incoming data for their further use.

The constructive implementation of the proposed hardware and software device for storing and processing data forms a set of essential features necessary to solve a given technical result, which consists in increasing the safety of operation during storage and transmission of a data array, which will allow the creation of multifunctional server platforms for storage with high technical and operational indicators and data processing.

In fig. Figure 1 shows a block diagram of the proposed hardware and software device for storing and processing data.

The proposed utility model is illustrated by a specific example of execution and implementation, which, however, are not the only possible ones, but clearly demonstrates the achievement by the presented set of essential features of solving an existing technical problem and achieving a given technical result.

In fig. 1 presents the following parts and elements of the proposed utility model:

1 – body;

2 – control motherboard;

3 – first expansion card;

4 – second expansion card;

5 – fan control board;

6 – first group of fans;

7 – second group of fans;

8 – third group of fans;

9 – high-frequency connectors of the first expansion card;

10 – high-frequency connectors of the second expansion card;

11 – high-frequency connectors of the motherboard control board;

12 – connectors for connecting remote temperature sensors;

13 – flexible connections for controlling groups of fans;

14 – central processor;

15 – operational storage device;

16 – group of SSD drives of the first expansion card;

17 – group of SSD drives of the second expansion card.

So, the proposed hardware and software device for storing and processing data contains a control motherboard 2, two expansion cards (the first 3 and the second 4) and a cooling unit installed in the housing 1.

The control motherboard 2 contains a central processor 14 and a random access memory device 15.

Motherboard 2 is manufactured in a server version.

Each expansion board (the first 3 and the second 4) contains four interconnected solid-state SSD drives, i.e. the first expansion board 3 contains a group of four SSD drives 16, and the second expansion board 4 contains a group of four SSD drives 17.

It should be clarified that both expansion boards 3 and 4 are essentially boards for installing high-speed solid-state drives 16 and 17, respectively, the drives are in NVMe format.

Expansion cards 3 and 4 are printed circuit boards, backplanes, or risers used to add functionality to a computer system.

Cooling of solid-state drives 16 and 17, respectively, is carried out by three groups of fans (first group 6, second group 7, third group 8) of the specified cooling unit.

The cooling unit is controlled by fan control board 5, which has remote temperature sensors installed on expansion boards 3 and 4.

Fan control board 5 performs the function of temperature control, both of individual components (remote temperature sensors attached to areas requiring cooling) and of the entire hardware and software device by controlling the operating modes of fan groups 6, 7 and 8. Thus, the groups used fans 6, 7 and 8 are intended both for cooling individual parts of the groups of SSD drives 16 and 17, and for removing heat from all parts of the housing 1 of the proposed hardware and software device.

The used high-frequency connectors 9 and 10 of expansion boards 3 and 4, respectively, are used to connect the latter via TwinCoaxial wires to high-frequency connectors 11 of the motherboard control board 2. The specified high-frequency connectors are “SlimSAS/ SlimSAS LP” type connectors, which will provide the necessary signal bandwidth taking into account the requirements of the PCI Express 4.0 protocol.

The proposed hardware and software device is implemented as follows.

The motherboard control board 2 software performs indexing, high-speed processing, backup, and integrity monitoring of data stored in SSD banks 16 and 17 connected to expansion card 2 and expansion card 3, respectively. In addition, the motherboard control board 2 transmits information, in particular about the temperature of the central processor 14 and other components, to the fan control board 5.

The data to be processed enters the proposed hardware and software device on alienable media (USB Flash, external hard drives, external SSDs, etc.) with the direct participation of an authorized user. The software of the central processor 14 receives incoming data, places the data on SSD drives, analyzes, classifies and compares it with existing data, i.e. previously downloaded. Also, in motherboard 2, a decision is made on the need for long-term storage of incoming data for further use.

During the operation of the groups of SSD drives 16 and 17 of the first expansion card 3 and the second expansion card 4, respectively, as well as the entire software and hardware device as a whole, thermal energy is released, dissipated on the radiators:

- central processor 14, motherboard control 2;

- solid-state groups of SSD drives 16 and 17;

- other components of the hardware and software device.

The radiators of the listed elements are blown in order to remove excess thermal energy outside the body 1 of the device by three groups of fans 6, 7 and 8, respectively.

Essentially, the proposed hardware and software tool relates to a network tool for storing and processing an array of information.

The method of data processing depends on the software installed on the firmware device.

Thus, it is possible to work with machine learning technology, it is possible to use neural network training technology, as well as search for correlations in an array of disparate data.

Thus, it has been established that the specified technical result, which consists in increasing the safety of operation during storage and transmission of a data array, is achieved due to the fact that the software and hardware device for storing and processing data contains a motherboard control board 2, two expansion cards 3 and 4 installed in the housing 1 and a cooling unit, wherein the control motherboard 2 contains a central processor 14 and a random access memory device 15, each expansion board 3 and 4 contains four interconnected solid-state SSD drives (the first expansion board 3 contains a group of SSD drives 16, the second expansion board 4 contains a group of SSD drives 17), cooling of these drives 16 and 17 is carried out by three groups of fans 6, 7 and 8 of the specified cooling unit, which is controlled by a fan control board 5, which has remote temperature sensors.

The proposed technical solution will find wide application in the field of information security and can most successfully be used for storing and processing information.

Claims (1)

A hardware and software device for storing and processing data, containing a control motherboard installed in a housing, two expansion cards and a cooling unit, while the control motherboard contains a central processor and a random access memory device, each expansion board contains four interconnected solid-state SSDs - drives, the cooling of which is carried out by three groups of fans of the specified cooling unit, which is controlled by a fan control board having external temperature sensors, wherein the motherboard control board is configured to transmit information about the temperature of the central processor to the fan control board, and the central processor of the motherboard receives incoming data, places the data on the specified solid-state SSD drives, and also analyzes, classifies and compares the specified incoming data with pre-loaded data for the purpose of deciding whether to store the incoming data for further use.