RU24012U1 - INFORMATION PROCESSING DEVICE - Google Patents

Abstract

An information processing device comprising two processors electrically connected to a crystal oscillator, which is electrically connected to the first and second control units, which are electrically connected to the battery, while the battery is electrically connected to the system timer, power supply unit, basic input-output system unit (BIOS ) and memory modules, the power supply unit is electrically connected to the following elements of the device: the first and second processors, memory modules, a crystal oscillator, the first and control units, a compact disk, a hard disk drive, a floppy disk drive, expansion cards: serial exchange of information, parallel exchange of information, universal for exchanging information with products of the standard universal serial bus (USB), information exchange with products of standard high-speed computer bus (PCI), the exchange of information with products of the standard bus interface of graphic accelerators (AGP), while the expansion card serial communication of electric It is connected via a corresponding serial data bus with a mouse and keyboard, an expansion board for the parallel information exchange is electrically connected to a parallel data bus with a printer and a scanner, a universal expansion board for exchanging information with USB products is electrically connected with a USB data bus with USB products, an expansion card exchange of information with PCI products is electrically connected to the corresponding information buses

Description

MPC class G 06 F 15/16

Name: Information Processing Device

Field of Technology: Advanced Engineering

BACKGROUND OF THE INVENTION: An analogue characteristic. A known design of a device for processing information containing device elements connected by informational wheat (p. 106 in the book. / 1 /). The device does not fully satisfy the ever-growing requirements for information processing speed, processor modernization is fast, recently the clock frequency has increased from 66 MHz to 500 MHz, and the frequency of the motherboard has only doubled / 1 /, which inhibits the growth of the overall speed information processing.

Description of the prototype. A known design of a personal computer device, selected as a prototype (p. 112 in the book. / 1 /). An information processing device comprising processors (processor modules) electrically connected to a crystal oscillator, which is electrically connected to the first and second control units, which are electrically connected to the battery, while the battery is electrically connected to: a system timer, a power supply unit, a base input system unit -output (BIOS) and memory modules, the power supply unit is electrically connected to the following elements of the device: the first and second processor, memory modules, quartz gene by the operator, the first and second control units, a compact disk, a hard disk drive, a floppy disk drive, expansion cards: serial exchange of information, parallel exchange of information, universal for exchanging information with products of the standard universal serial bus (USB), information exchange with products of standard high-speed computer bus (PCI), the exchange of information with products of the standard bus interface of graphic accelerators (AGP), while the expansion card serial communication and information electrically connected

corresponding serial data buses with: mouse and keyboard, expansion board for parallel information exchange is electrically connected with parallel data buses with printer and scanner, universal expansion board for exchanging information with USB standard products is electrically connected with USB standard information buses with USB standard products, exchange expansion board PCI standard information is electrically connected to

PCI data buses with PCI standard products, an information exchange expansion board with AGP standard products is electrically connected by the corresponding AGP standard information buses with AGP standard products: a monitor, and also through a video decoder with a TV, which also contains information buses,

connecting the information connectors of the following device elements: the system bus connects both processors and the first control unit, the memory card connects the first control unit to the memory modules; an AGP standard bus connects the first control unit to an expansion board for exchanging information with products of the AGP standard; a PCI standard data bus connects the first control unit to the second and a second control unit connects to the expansion card with the PCI standard products; a universal bus for exchanging information with USB standard products connects the second control unit with an expansion board for exchanging information exchange with USB standard products; a parallel exchange bus connects the second control unit with: a compact disk, a hard disk drive and a floppy drive; ISA standard information bus connects the second control unit with: BIOS unit, expansion cards: serial exchange of information and parallel exchange of information.

Criticism of the prototype. As indicated in III, the speed of information processing depends on the speed of the information exchange buses connecting the individual elements of the device according to certain protocols that determine the order of transmission and reception of information by each of the elements of the device. The processor speed is two or more times higher than the exchange rate of the system bus, and the rest of the information buses have much lower speeds.

The purpose of the invention. Improving the speed of information processing by replacing information buses, reducing 1x the speed of information exchange at radio stations with code division of information flows over radio channels.

Essence. The goal is achieved by the fact that in

device for processing information instead of information buses, reducing the speed of information exchange, additional radio stations for ultra-wideband signals are connected to the information sockets of the device elements. The use of radio stations on ultra-wideband signals makes it possible to obtain high quality and speed of information transfer at low radiation powers / 2 /, which led to an increase in the speed of information processing. The use of ultra-wideband signals ensured the use of code multi-level channel separation at the program level, which allowed direct access between device elements. The topology of the device corresponds to the principle of "point to point, which greatly expands the possibilities of parallelizing computing processes and thereby increases the speed of information processing.

To ensure high speed of information processing in a wide range of tasks, the device includes additionally included universal information buses with the ability to connect information connectors of various elements to free contacts

devices, including free information sockets of additionally introduced radio stations on ultra-wideband signals. To reconfigure the structure of information flows when solving a different class of problems, a feature has been introduced that provides switching flexibility, which is implemented by the design feature of the input and output pair connectors with the option of additionally connecting additionally included multi-directional information buses with the ability to connect information connectors of various elements of the device to free contacts.

To achieve the price of the invention, changes were made to the prototype device: the following significant features:

1. Information buses that do not provide, do not guarantee the required exchange rates of information flows are excluded: system pnna, cache bus, memory bus, as well as information buses of control units.

2. Instead of them, the device is additionally equipped with ultra-wideband radio stations connected to the free contacts of the information connectors of the device elements, and the information transmission and reception device for ultra-wideband signals / 21 is used as radio stations. Moreover, the structure of this known technical solution includes changes: the transmitting and receiving parts are connected by an additionally inserted internal information bus with the ability to connect, which allows for the secret adjustment of the radio channel to the conditions: the passage of signals, the noise-signal situation, the adjustment of the exchange protocol, and also to use the additionally added radio stations on the ultra-wideband signal as repeaters, etc.

allows you to build up, rebuild the topology of the entire device, adapting to the tasks to be solved, parallelize information flows, implement a soft degradation mode (transition of the device from fully operational to completely malfunctioning) during the device’s life cycle, as well as gradual modernization of the device. The absence of galvanic connections allows you to increase computing resources and information processing speeds using other people's computing resources, free and authorized for use and located within the stable radio communication zone.

4. Supplement. 11 Universal data buses with the ability to connect to any contacts of information connectors have been introduced. Given the significant differences, the description of the formula is as follows.

An information processing device comprising processors electrically connected to a crystal oscillator, which is electrically connected to the first and second control units, which are electrically connected to the battery, the battery being electrically connected to: a system timer, power supply unit, BIOS unit and memory modules, power supply unit electrically connected to the following elements of the device: the first and second processor, memory modules, a crystal oscillator, the first and second control units, compact suit, hard drive, floppy drive, expansion cards: serial exchange of information, parallel exchange of information, universal for exchanging information with products of the USB standard, exchanging information with products of the standard PCI, exchanging information with products of the standard AGP, while the expansion board serial communication of information is electrically connected to the appropriate n (serial information buses with: mouse and keyboard, expansion board

.

parallel data exchange is electrically connected to parallel data buses with a printer and a scanner, an expansion board universal for exchanging information with USB products is electrically connected to the corresponding USB data buses with USB products, an PCI data exchange expansion card with PCI standard products is electrically connected to the standard data buses PCI with PCI products, an AGP communication card with electrically it is unified by the corresponding AGP standard information channels with AGP standard products: a monitor, and also through a video decoder with a TV, characterized in that the power supply unit is electrically connected to additional radio stations on ultra-wideband signals, each of which is connected to a free contact of the information connectors of the device elements: first and second processor, first and second control units, BIOS unit, memory modules, CD-ROM, hard disk drive, floppy disk drive x, expansion cards: serial exchange of information, parallel information exchange, universal for exchanging information with USB standard products, exchanging information with PCI standard products, exchanging information with AGP standard products, while additionally inserted radio stations are connected to the contacts of the information connectors of the device elements that the output contacts of the information connectors of the elements of the device are connected to the corresponding transmitting parts of the additionally added radio stations to the supershield waist signals, input terminals of connectors of information elements of the device are connected to respective receiving portions further radio stations included in ultrawideband signals, and the contacts

information sockets of the device elements used as input and output, respectively connected to the receiving and transmitting parts of the corresponding additionally added radio station on ultra-wideband signals, in addition, the transmitting and receiving parts inside each additionally added radio station on ultra-wideband signals are connected by an internal information bus with the ability to connect, at the same time, for additionally introduced radio stations on ultra-wideband signals, the input and output information connectors are paired with the possibility of additional connection of their free connectors through the corresponding additionally made universal information buses with the ability to connect to the free contacts of the information connectors of the device elements, including the corresponding free contacts of the information connectors of the additionally made radio stations on ultra-wideband signals.

An interconnected new set of elements of the claimed device and new connections made it possible to achieve the goal of the invention to increase the speed of information processing by reducing the time it takes to wait for communication in information buses, moreover, due to optimal adaptation to a wide range of tasks by reconfiguration, setting up information connections, as well as the possibility of increasing speed by applying free and allowed external computing power (products), while the elements of the device can be spatial spaced, move, be out of the line of sight.

Thus, a new set of functional elements and new connections, united by a single concept, provided an increase in the speed of information processing. Ultra-wideband radio stations provided multi-level (up to one hundred thousand levels) coding, obtained due to differences in the time scales of information

bit packages from 60 to 15 NS and the duration of radio signals from 0.1 to 0.001 NS. As a result, the speed of information processing will be restrained not by the speed of exchange between the elements of the device, but by the speed of the processor, control units and memory modules, which will ensure the satisfaction of modern user needs in the near future. It is known that the speeds of these elements grow rapidly and have stepped over at a clock frequency of 1 GHz, while systematic millet has remained at 66-132 MHz III. Radio stations based on ultra-wideband signals are maximally interfaced with extraneous products on the fiber-optic bus, but in contrast to them, the claimed device allows one to carry out current configuration and topology of information flows without mechanical switching of optical cables, to optimize the parallelization of calculations in order to increase the speed of information processing in a wide range of information tasks.

This allows us to conclude that the claimed technical solution meets the criteria of novelty and sushi; substantial differences, feasibility and usefulness for practice.

Enumeration of figures. Figure 1 shows the structural diagram of the device, where indicated:

Ii 2 - the first and second processors;

3-crystal oscillator;

4 and 5 - the first and second control units;

6- battery;

7- system timer;

8- power supply unit;

9- BIOS unit;

12- hard drive;

13- floppy drive;

14- expansion serial communication board;

15- expansion board for the parallel exchange of information;

16- universal expansion card for exchanging information with USB standard products;

17 - expansion board for the exchange of information with PCI standard products;

18- board for expanding the exchange of information with products of the AGP standard;

19-serial data buses;

20- mouse;

21-keyboard

22- parallel information buses;

23- printer;

24- scanner;

25 - USB standard information files;

26- USB standard products;

27- PCI standard information buses;

28- PCI standard products;

29- information buses of the AGP standard;

30- AGP standard products; 31-monitor;

32- video decoder;

33-tv;

34 - additionally introduced radio stations on ultra-wideband signals;

35- contacts information connectors.

In FIG. 2 shows a diagram of connecting additionally introduced radio stations to the device connectors, where it is indicated: 1 and 2 - the first and second processors;

4 - the first control unit;

34 - additionally introduced radio stations on ultra-wideband signals;

35- contacts information connectors.

36- output contacts;

37 - transmitting parts of additionally added radio stations on ultra-wideband signals;

38- input contacts;

39 - receiving parts of additionally introduced radio stations on ultra-wideband signals;

40- internal information bus with the ability to connect;

41-input pair information connectors with the possibility of additional connection;

42-output pair information connectors with the possibility of additional connection;

43 - additionally introduced universal information buses with the ability to connect to contacts;

44- emitted signals;

45- recoverable medals.

In FIG. 3 shows the structure of the information signal for the exchange of information by various subscribers, generated using ultra-wideband signals, where are indicated:

46 - information bit;

47 - structure of the first level of information bit;

48 - structure of the second level of the information bit;

49- structure of the third level of the information bit;

50 is a form of ultra-wideband signal.

- / g / hg /

execution example.

An information processing device comprising a nerve 1 and second 2 processors electrically connected to a quartz 3 generator, which is electrically connected to the first 4 and second 5 control units that are electrically connected to the battery 6, while the battery 6 is electrically connected to: a system 7 timer, power supply unit 8, BIOS unit 9 and memory modules 10, power supply unit 8 is electrically connected to the following elements of the device: first 1 and second 2 processors, memory modules 10, quartz generator 3, first 4 and the second 5 control units, CD 11, drive 12 on hard drives, drive 13 on floppy disks, expansion cards: serial exchange of 14 information, parallel 15 information exchange, universal 16 for information exchange with USB products, exchange 17 information with PCI products, exchange of 18 information with products of the AGP standard, while the expansion board for serial communication of information 14 is electrically connected

19 serial data buses with: a mouse 20 and a keyboard 21, an expansion board 15 for the parallel exchange of information is electrically connected by parallel 22 data buses to a printer 23 and a scanner 24, an expansion card 16 universal for exchanging information with USB products is electrically connected to the corresponding 25 information buses of the USB standard with products 26 of the USB standard, an expansion board 17 for exchanging information with products of the PCI standard is electrically connected to the corresponding information buses of the standard 27 PCI with products of the PCI standard 28, an expansion board 18 for exchanging information with products of the AGP standard is electrically connected with the corresponding information buses 29 of the ACgR standard with products of the 30 standard AGP: 31 with a monitor, and

a video decoder 32 with a television 33, characterized in that the power supply unit 8 is electrically connected to an additional 34 radio stations on ultra-wideband signals, each of which is connected to a free contact 35 information connectors of the device elements: the first 1 and second 2 processors, the first 4 and second 5 blocks control, BIOS unit 9, memory modules 10, compact disc 11, drive 12 on hard disks, drive 13 on floppy disks, expansion cards: serial 14 information exchange, parallel 15 information exchange universal 16 for exchanging information with products of the USB standard, exchanging 17 information with products of the PCI standard, exchanging 18 information with products of the AGP standard, while additionally introduced 34 radio stations using ultra-wideband signals are connected to the contacts of the information 35 connectors of elements: 1, 2, 4 , 5, 9 -18 of the device so that the output 36 contacts of the information connectors of the elements of the device are connected to the corresponding transmitting 37 parts of the additionally inserted 34 radio stations on ultra-wideband signals, input 38 contacts you information 35 connectors of the elements of the device are connected to the corresponding receiving 39 parts of the additionally added 34 radio stations on ultra-wideband signals, and the contacts of the information 35 connectors of the elements of the device used as input and output, respectively, are connected to the parallel connected receiving 39 and transmitting 37 parts of the corresponding additional 34 radio stations on ultra-wideband signals, in addition, transmitting 37 and receiving 39 parts inside each additional 34 radio station ultrawideband signals connected to the internal data bus 40 to be connected, while at the station 34 is further included in ultrawideband signals input 41 and output 42

information connectors are paired with the possibility of additional connection of their free 41, 42 connectors through the corresponding additionally made universal 43 information bus with the ability to connect to the contacts of the information 35 connectors of the device elements: 1, 2, 4, 5.9 -18, as well as to the contacts of free information 41 and 42 sockets of additionally introduced 34 radio stations on ultra-wideband signals. The device operates as follows.

The information processing device functions similarly to the prototype, with the exception of information signal flows: control, addresses and data are transferred between the device elements: the first 1 and second 2 processors, the first 4 and second 5 control units, BIOS unit 9, memory modules 10, and expansion cards: serial 14 information exchange, parallel 15 information exchange, universal 16 for information exchange with USB products, 17 information exchange with PCI products, 18 information exchange with the product AGP standard over the air. For this, additionally introduced radio stations 34 are used on ultra-wideband signals. The separation of channels is code, by analogy with the method of forming a single address space / 3, 4 /. That allows you to organize many 46 - 49 simultaneously operating radio channels, not interfering with each other 121. The receiving part of each additionally inserted radio station 34 on ultra-wideband signals has its own address code - preceding signals: the control and data, upon reception of which it begins to receive, are converted into the standard form of bit parcels and transmit to the consumer to which it is connected. In FIG. 3 shows the shape of an ultra-wideband 50 signal and multi-level structures 47 - 49 information bit 46 packages / 5 /. Signals: control, addresses and data use | from strzpkturb

f2 /

from one to three levels, like a nesting doll in a nesting doll / 2, 5 /. What allows to increase noise immunity of information transmission. The management of the number of levels involved is determined by the BIOS unit 9 and is expanded in the process of work by subscribers within their authority / 3 /. As a result, the software sets, like the prototype, the protocols / 6 or 7 / of the mutual exchange of information between the elements of the device, while the protocols are not limited in parallelizing information flows with information buses / 5 /. A radio channel is formed at the expense of the radio channel; its information space, where you should not expect a queue for the use of information buses, as is done with the prototype and its analogue. Conflicts are resolved by interruptions, as in the prototype at the software level. In order to optimally adapt the information flows and their dynamics, elements with advanced functions have been introduced into the device: 40 an internal information bus with the ability to connect allows you to control the operating modes, 42 and 43 - expand the options, add; P) Connection and allow parallelization of information flows. For example, the connection of the transmitting 37 and the receiving 39 parts of an additionally inserted radio station 34 on ultra-lowpass signals using an additionally connected internal 40 information bus with the ability to connect allows you to organize the relay of the radio signal to the subscriber in the radio channel to which the level of radio noise is increased, and the relay function can be used as a delay or repeating a signal. In the case of non-connection, it allows the autonomous operation of parts 37 and 39 of the additionally added radio station 34 on ultra-wideband signals. Parallelization of information flows between the elements of the device allows you to increase the speed of information processing. The tunable structure of the device is provided by the introduction of additional elements with the ability to connect 42 and 43, which

allows to increase the number of simultaneously operating additional radio stations introduced on ultra-wideband signals. In FIG. Figures 1 and 2 show examples of connecting a group of contacts of the first 3 control units with additionally introduced 34 radio stations on ultra-wideband signals and via an additionally made universal 43 information bus, while additionally introduced 34 radio stations on ultra-wideband signals with their paired contacts 41 and 42 can be connected with an additional made 34 radio stations on ultra-wideband signals through an optionally included universal information bus 43. The speed of the device, due to the lack of expectations of the information bus for exchange, can be repeatedly increased and is close to the speed of the processors. The use of the radio channel allows you to build up computing power to solve complex problems. Through the radio channel, free computing resources, such as databases or elements of other devices, can be interrogated and connected to the search for information and solving problems or subtasks of the main task.

An example of the feasibility of the functional elements of this device are the following well-known analogs, devices of izpleplkh designs: 1 and 2 - the first and second processors - the main processor of the prototype / 1 /, such as Pentium П Triton 440 ВХ / 1 / or Pentimn Ш; 3 - crystal oscillator - as in the prototype / 1 /; 4 and 5 - the first and second control units - type chipset, as in the analogue and prototype chipset for data exchange / 1 /; 6 - battery - as in the analogue and prototype / 1 /; 7 - system timer - as in the prototype / 1 /; 8 - power supply unit - as in the prototype / 1 /; 9 - BIOS block - as in the case of the analogue and prototype, it is a microchip of a reprogrammable pamggie about BIOS programs, testing, loading the operating system, drivers of elements (devices) and initial

installations, etc. Ill; 10 - memory modules - as in the analogue and prototype / 1 /; 11 compact disc - a CD ROM device as in the analogue and prototype / 1 /; 12 hard drive - Winchester - HDD, as in the analogue and prototype / 1 /; 13 - floppy drive - drive roD, as in the analogue and prototype III; 14 - expansion board serial communication of information - as in the analogue and prototype III; 15 - expansion board parallel information exchange - as in the analogue and prototype III; 16 universal expansion card for exchanging information with USB standard products - as in analogue and prototype III; 17 - expansion board for the exchange of information with products of the standard PCI - as in the analogue and prototype III; 18 board for expanding the exchange of information with products of the AGP standard - as in prototype III; 19 - serial information buses, the description is given in book III; 20 - mouse, description is given in book III; 21 keyboards, described in book III; 22 - parallel information millet, the description is given in the book / 1 /; 23 - printer, a description is given in the book / 1 /; 24 - scanner, a description is given in the book / 1 /;

25- informational standard USB, description is given in the book / 1 /;

26- USB standard products, the description is given in the book / 1 /;

27 - PCI information buses, the description is given in the book / 1 /;

28- PCI standard products, the description is given in the book / 1 /;

29- information buses of the AGP standard, the description is given in the book / 1 /;

30- AGP standard products, the description is given in the book / 1 /; 31 - the monitor is similar to the monitor of the prototype, the description is given in the book / 1 /;

32 - video decoder, a description is given in the book / 1 /; 33 - television, the description is given in the book / 1 /; 34 - additionally introduced radio stations on ultra-wideband signals - the description is given in the documents of the patent / 2 /; 35 - contacts information connectors - are part of the connector, designed to connect external products (devices)

/12/; 36 — output contacts — of a private information connector, through which signals from the device element are nostun into external circuits; 37 - transmitting parts of additionally introduced radio stations on ultra-wideband signals correspond to the transmitting part of the device for transmitting and receiving information described in the patent description / 2 /; 38 - input contacts - parts of the information connector, through which signals to the device element are received from extraneous sources; 39 - receiving parts of additionally introduced radio stations on ultra-wideband signals correspond to the receiving parts of the device for transmitting and receiving information described in the patent description / 2 /; 40 - internal information bus with the ability to connect - corresponds to the information bus standard USB / 1 /; 41 input pair data connectors with the possibility of

additional connections - represent a pair of contacts of information buses or a pair connector / 1 /; 42 - output pair information connectors with the possibility of additional connection are a pair of contacts of information buses or a pair of connectors / 1 /; 43 - additionally introduced universal information buses with the ability to connect to contacts - are made similar to the design of a versatile USB information bus standard USB / 1 /; Efficiency.

The use of this device allows to increase the speed of information processing, to implement direct access between the elements of the device, to significantly expand the possibilities of parallelizing computing processes, and thereby further increase the speed of information processing / 1, 4 /. The device provides a high speed of information processing in a wide range of tasks, by flexible reconfiguration of the structure of information flows, adjusting the radio channel to the conditions: the passage of signals, noise signal

situations, adjustment of the exchange protocol, etc. The device allows you to increase the speed of information processing by parallelizing information flows and using other people's computing resources, free and allowed for use and located within the zone of stable radio communication / 4 /. The device provides a high speed of information processing in the event of the failure of some elements to implement a mild degradation mode (the transition of the device from fully operational to completely malfunctioning) during the life cycle of the device. This device will find application in personal computers, computer systems and on-board information-measuring complexes.

Bibliographic Dashvas

1. Kolesnichenko O., Shishigin I. Hardware of personal computers. - 3rd ed., Revised. and add. - St. Petersburg: BHI - St. Petersburg, 1999 .-- 800 p.

2. RF patent No. 2128396 dated 07.25.1997. The method of transmitting and receiving information and device for its implementation. HER # 9. 1999 / Pavlikov S.N. and etc.

3.Zakurdyaev S.V. Russia's path to the information society // Telemedia. - 2001, No. 3, p.22 - 29.

4.Rinatov V.A. Theory of information and signal transmission: Textbook for universities. - 2nd ed., Revised. and add. - M.: Radio and Communications, 1991 .-- 280 p.

5. Bunin S. // Radio. - 1990, N 7, p. 17-20.

6. SCSI standard - W.

7.Standard NEC 1394.

Claims (1)

An information processing device comprising two processors electrically connected to a crystal oscillator, which is electrically connected to the first and second control units, which are electrically connected to the battery, while the battery is electrically connected to the system timer, power supply unit, basic input-output system unit (BIOS ) and memory modules, the power supply unit is electrically connected to the following elements of the device: the first and second processors, memory modules, a crystal oscillator, the first and control units, a compact disk, a hard disk drive, a floppy disk drive, expansion cards: serial exchange of information, parallel exchange of information, universal for exchanging information with products of the standard universal serial bus (USB), information exchange with products of standard high-speed computer bus (PCI), the exchange of information with products of the standard bus interface of graphic accelerators (AGP), while the expansion card serial communication of electric It is connected via a corresponding serial data bus with a mouse and keyboard, an expansion board for parallel data exchange is electrically connected to a parallel printer bus and scanner, an universal expansion board for exchanging information with USB products is electrically connected to a USB standard bus with USB products, an expansion card exchange of information with PCI products is electrically connected to the corresponding information buses PCI standard with PCI standard products, the data exchange expansion board with AGP standard products is electrically connected by the corresponding AGP standard information buses to AGP standard products: a monitor, and also through a video decoder with a TV, characterized in that the power supply unit is electrically connected to additional radio stations on ultra-wideband signals, each of which is connected to a free contact of the information connectors of the device elements: the first and second processors, the first and second control units, BIOS unit, memory modules, compact disk, hard disk drive, floppy disk drive, expansion cards: serial exchange of information, parallel exchange of information, universal for exchanging information with products of the USB standard, information exchange with products of the PCI standard , exchange of information with products of the AGP standard, while additionally introduced radios are connected to the contacts of the information connectors of the device elements so that the output contacts of the information connectors of the elements the devices are connected to the corresponding transmitting parts of the additionally made radio stations on the ultra-wideband signals, the input contacts of the additionally made radio stations on the ultra-wideband signals, and the contacts of the informational connectors of the device elements used as input and output are connected respectively to the parallel receiving and transmitting parts of the corresponding additional radio stations on ultra-wideband signals, in addition, the transmitting and receiving parts inside each additionally added radio station on ultra-wideband signals are connected with an internal information bus with the ability to connect, while for additionally introduced radio stations on ultra-wideband signals, the input and output information connectors are paired with the possibility of additional connection of their free connectors via appropriate optionally added universal data buses with possibly Tew free connection to connector contacts of the information elements of the device, including information corresponding free contacts of connectors additionally included on radio ultrawideband signals.