KR20020077122A - Method and system for transacting electronic product, and transaction program for the product - Google Patents

Abstract

PURPOSE: A method and a system for trading electronic products, and a program products for the same are provided to involve customer entering specification for product, to extract product matching specification from database, and to send information to manufacturer. CONSTITUTION: The method involves transmitting and receiving electronic data over a communications network. A potential customer requests an electronic product by entering a specification for an electronic product that the customer likes to purchase, a product matching the specification is extracted from a database and information about the product is given to the manufacturer. Independent claims are also included for the following: a system for trading in electronic products and a program product for trading in electronic products.

Description

TECHNICAL AND SYSTEM FOR TRANSACTING ELECTRONIC PRODUCT AND AND TRANSACTION PROGRAM FOR THE PRODUCT

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic product trading method, an electronic product trading system, and an electronic product trading program product that efficiently perform electronic product trading.

Conventionally, when a customer manufactures a system using several semiconductor chips (hard IP), the customer first examines the specifications of each semiconductor chip manufacturer. Next, the specification is reassembled by the customer himself. And the performance and cost were estimated about the reassembled specification. However, this work required vast amounts of time and money. In addition, all these operations have been performed by interaction with a person. Thus, labor costs alone are enormous, resulting in an increase in the cost of the system.

In the case of manufacturing a system, a simulation tool or the like is required to evaluate the compatibility of each semiconductor chip and the performance when the chips are combined. However, in order to have these tools, you need a lot of investment and expertise. Therefore, even if it is entrusted to the outside and equipped with such a tool, there is a problem that it takes time and money.

As described above, in the conventional system fabrication, the cost is enormous because the customer himself goes directly with the manufacturer in charge and estimates the performance of the system. In addition, the production of such performance estimation tools required significant costs and time.

According to an aspect of the present invention, as an electronic product transaction method for transceiving electronic data through a network, prompting the electronic product purchaser to input specifications of the desired electronic product, Provided are a method for trading electronic products, which extracts electronic products satisfying the specifications from a database and outputs information of the electronic products to a manufacturer.

In addition, according to another aspect of the present invention, as a trading system for electronic products that trade electronic products by transmitting and receiving electronic data via a network, prompting the purchaser of electronic products to input specifications of a desired electronic product, There is provided a trading system for an electronic product, comprising a first device for extracting an electronic product meeting a specification of the desired electronic product from a database, and a second device for outputting the specification of the electronic product to a manufacturer.

Further, according to another aspect of the present invention, an electronic product transaction program product for causing a computer system to execute electronic product transactions over a network, recorded on a recording medium, and the specifications of the electronic product desired for the electronic product purchaser can be specified. First program code for issuing instructions to the computer system for prompting input, second program code for issuing instructions to the computer system for extracting an electronic product from a database recorded on the recording medium and meeting the desired specification; And a third program code recorded on the recording medium, the third program code for giving a command to the computer system to output the information of the electronic product.

In addition, according to another aspect of the present invention, as a transaction method of an electronic product that deals with electronic products by transmitting and receiving electronic data through a network, transmitting a search program for searching for an electronic product that satisfies a desired specification to the terminal. In addition, the terminal prompts the terminal to execute the search program, receives data indicating a search result including the specification of the electronic product from the terminal, and informs the manufacturer of the electronic product based on the search result. A trading method of an electronic product for outputting is provided.

1 is a diagram showing a network configuration of a trading system for an electronic product according to a first embodiment of the present invention.

Fig. 2 is a diagram showing an example of a detailed configuration of a system operating server according to the first embodiment.

3 is a sequence diagram for explaining a method of trading electronic products according to the first embodiment, showing a case where a simulation is not performed.

Fig. 4 is a sequence diagram for explaining a method of trading electronic products according to the first embodiment, showing a case where a simulation is executed.

5 is a diagram showing an example of a product search screen according to the first embodiment.

6 is a diagram showing an example of a specification selection screen according to the first embodiment.

Fig. 7 is a diagram showing an example of a package / assembly search screen according to the first embodiment.

Fig. 8 is a diagram showing a request method in the case of employing the auction format according to the first embodiment.

Fig. 9 shows a request method in the case of employing the auction format according to the first embodiment.

10 is a diagram showing a request method in the case of employing the auction format according to the first embodiment.

Fig. 11 is a diagram showing a network configuration when a design shop and a manufacturer according to the second embodiment of the present invention do not match.

12 is a view for explaining an example of design competition according to a modification of the second embodiment.

13 is a sequence diagram for explaining a method of trading electronic products according to another embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

1a, 1b: network

2: system operation server

3: customer terminal

4, 4a, 4b, 4c: manufacturer server

5, 5a, 5b, 5c: Design shop server

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

1 is a diagram showing a network configuration of an electronic product trading system according to a first embodiment of the present invention. As shown in Fig. 1, a plurality of customer terminals 3 and a system operating server 2 are connected to a network 1a such as the Internet. Through this network 1a, data can be transmitted and received between the customer terminal 3 and the system operation server 2. In addition, a system operating server 2 and a plurality of manufacturer servers 4 are connected to a network 1b such as the Internet. By this network 1b, data can be transmitted and received between the system operation server 2 and the manufacturer server 4. In addition, the present embodiment describes a case where the present invention is applied to a system for producing a semiconductor product, in particular, as an electronic product.

2 is a diagram illustrating an example of a detailed configuration of the system operation server 2.

As shown in Fig. 2, the system operation server 2 is connected to the interface 21 for controlling the transmission and reception of information between the networks 1a and 1b, and the interface 21, and according to the present embodiment. And a processor 22 for executing various processes relating to the transaction of the product.

The processor 22 includes a semiconductor product database (DB) 23a, a wafer process database 23b, a package / assembly database 23c, a manufacturer database 23d, a simulation tool database 23e, and a customer database 23f. The program database 23g and the interface database 23h are connected.

The semiconductor product database 23a stores information about semiconductor products. Wafer process database 23b stores information relating to wafer processes for manufacturing semiconductor products. The package / assembly database 23c stores information about a package / assembly of a semiconductor product. The manufacturer database 23d stores information on a manufacturer by manufacturer. The simulation tool database 23e stores simulation tools. The customer database 23f stores information about the customer for each customer. The program database 23g stores various programs for executing various processes relating to the transaction of the semiconductor product according to the present embodiment. The interface database 23h stores information for specifying interfaces between electronic components integrated in semiconductor products. These electronic components are components of semiconductor products. Of course, these electronic components may be semiconductor components.

Specifically, in the semiconductor product database 23a, specific product information to be traded is stored for each kind of semiconductor product such as a memory, a logic product, and a system LSI. For example, if it is a memory, it is DRAM, SRAM, ROM, etc., If it is a logic product, it is a controller IC, a quasi-member IC, a static member IC, a communication IC. In addition to these specific product names, information on semiconductor products is stored as parameters of specifications of semiconductor products such as frequency bands.

Specifically, in the wafer process database 23b, the miniaturization size (0.25 µm, 0.18 µm, ...), wafer type (Si, GaAs, SiGe, ...), wafer diameter (5 inches, 6 inches, 8 inches, ...), Information for specifying the wafer process is stored using the gate structure, the wiring materials (Al, Cu, ...), the insulating film material (SiO ₂ , the low dielectric constant material, ...), and the like as parameters.

The package / assembly database 23c includes size, package appearance (BGA, DIP, QFP, ...), package type (single package or multi-package), package structure (single layer or stacked (3D)), and inner lead bonding mode ( C4, TAB, wire), shipping package type, and the like are stored as information for specifying a package or assembly.

The simulation tool database 23e stores simulation tools such as a frequency performance simulation program, a cost simulation program, an outline size simulation program, an interface matching simulation program, and a delivery date simulation program.

The frequency performance simulation program calculates the expected frequency performance by electromagnetic field simulation, process analysis simulation, circuit analysis simulation, or the like.

The cost simulation program derives the expected cost by using the process, manufacturer, and scale as parameters. The outline size simulation program derives the expected outline size using parameters such as appearance type, process, and manufacturer.

The interface matching simulation program calculates and outputs what electronic components have been matched or what other components are necessary for matching using the signals exchanged by the electronic components constituting the semiconductor product as parameters. This interface matching simulation program is particularly useful when trading with respect to semiconductor products composed of a plurality of electronic components, such as a system LSI.

The delivery simulation program derives the expected delivery date using the process, manufacturer, and scale as parameters.

Moreover, these simulation programs are read by the processor 22 from the simulation tool database 23e, and the processor 22 functions as each simulator.

The interface database 23h stores information for specifying the interface between components by using the interface type (operating voltage, operating frequency, signal type (optical, electrical, ...), ...) as the parameter of each selected component. .

In addition, the various processes which concern on this embodiment are performed by the processor 22 executing the various programs read from the program database 23g, unless it shows in figure. In addition, the recording medium reading device 24 connected to the processor 22 may read a program recorded on the recording medium 25 and be executed by the program. In addition, the stored program may be stored in the program database 23g once, and then the program may be started. Here, in the recording medium 25, a plurality of program codes for transmitting instructions to the computer system for executing various processes shown in the present embodiment are recorded.

Next, the transaction method of the electronic product according to the present embodiment will be described with reference to the sequence diagram of FIG. In addition, unless otherwise indicated, the exchange of information between the customer terminal 3, the system operation server 2, and the manufacturer server 4 is performed by transmitting and receiving data via the network 1a or the network 1b. All.

As shown in FIG. 3, the customer first accesses the system operation server 2 using the customer terminal 3, and requests a search for a semiconductor product to be purchased (step S1). In response to this search request, the system operation server 2 activates a product search program to display a product search screen on a display device (not shown) of the customer terminal 3 (step S2). 5 is a diagram illustrating an example of a product search screen. The customer inputs the specification, cost, and delivery date of the semiconductor product according to the product search screen displayed on the customer terminal 3.

Specifically, the specification of a semiconductor product is specified by the kind of semiconductor product, the performance of a semiconductor product (frequency band etc.), the use environment of a semiconductor product, a design, etc. The specification, cost, and delivery date of the input semiconductor product are transmitted from the customer terminal 3 to the system operation server 2 (step S3). The system operation server 2 searches for a semiconductor product that satisfies the specification based on the specification of the semiconductor product received from the customer terminal 3 (step S4). This search is executed by searching the semiconductor product database 23a. Then, at least one specification information of a specific semiconductor product that satisfies the desired specification is provided to the customer terminal 3. When a semiconductor product consists of a combination of a plurality of semiconductor parts, not only the specification information of the semiconductor product as a finished product but also the specification information of each semiconductor part is included. Then, the specification information is displayed on the display device (not shown) of the customer terminal 3 to prompt selection by the customer (step S5).

An example of this specification selection screen is shown in FIG. The customer selects the desired specification from the specification. In addition, when the specification is uniquely determined, the customer is only required to confirm whether the specification is satisfied. The specification of the semiconductor product selected by the customer is sent to the system operation server 2 (step S6). The processor 22 of the system operation server 2 stores the specifications, costs, and delivery dates of the acquired semiconductor products in the customer database 23f (step S7).

Next, the system operation server 2 starts a package / assembly retrieval program to display the package / assembly retrieval screen on the display device (not shown) of the customer terminal 3 (step S8). 7 is a diagram illustrating an example of a package / assembly search screen. The customer selects the desired package / assembly according to the display screen. The package / assembly desired by the customer is transmitted from the customer terminal 3 to the system operating server 2 (step S9). The system operation server 2 determines by reading the customer database 23f whether or not the received desired package / assembly matches the specification of the semiconductor product specified in step S6. If it is determined that the specification does not match, the selection is prompted again.

In addition, at the time of the package / assembly selection request (step S8), it is also possible to limit the package / assembly to be selected by the customer to the one matching the specification of the semiconductor product desired by the customer. In this case, the specifications of the semiconductor product read out from the package / assembly database 23c are collated with data previously specified by the customer. Then, only those that match the data and conditions specified by the customer are extracted. When it is determined that the package / assembly received by the server 2 matches the specification of the semiconductor product, the package / assembly information provided from these customer terminals 3 is stored in the customer database 23f (step S10). .

As described above, the specification and package / assembly of the semiconductor product to be dealt with are specified on the system operator side and the customer side.

Next, the system operation server 2 requests the customer terminal 3 to select whether or not to perform the simulation (step S11).

If the customer terminal 3 selects that the simulation is not desired (step S12), the system operation server 2 is a semiconductor consisting of specifications, costs, delivery dates, and package / assembly information of the semiconductor products stored in the customer database 23f. A manufacturer making a manufacturing request is selected based on the product information (step S13). The selection of this manufacturer is provided from each manufacturer in advance, and it is preferable to determine whether or not the manufacture of the product is possible based on the manufacturer data stored in the manufacturer database 23d.

Manufacturer data includes, for example, equipment, manufacturing conditions, costs, and the like of the manufacturer. When a manufacturer requesting a manufacturing request is selected, the semiconductor product information to be read is read from the customer database 23f, and the interface 21 reads the semiconductor product information to the manufacturer server 4 operated by the selected manufacturer. It outputs and prompts a response as to whether or not an order is possible (step S14).

Based on the semiconductor product information displayed on the display screen of the manufacturer's server 4, the manufacturer judges whether or not an order is desired, and transmits the result of the determination to the system operation server 2 (step S15). When the determination result received by the system operation server 2 is an order request, the system operation server 2 forms an order formally to the manufacturer. Of course, it is determined that the order has been officially ordered at the time when the system operation server 2 receives the order hope.

Plural manufacturers may make a manufacturing request. In the case of making a manufacturing request to a plurality of manufacturers, it is preferable to adopt an auction form using a network. The request method in the case of employ | adopting the auction form is shown in FIG. 8 and FIG.

8 is an example of placing an order in accordance with before and after the order intention indication. For example, a manufacturing request is made to three characters of manufacturer servers 4a, 4b, and 4c. Then, when the determination result of the order request for the manufacturing request is received by the system operation server 2 in the order of steps S81 and S82 from the manufacturer servers 4a and 4c, the manufacturer server that first transmitted the determination result. Ordering (step S83) is performed at 4a.

9 shows an example of placing an order based on an estimate from a manufacturer. For example, a manufacturing request is made to three characters of the manufacturer's servers 4a, 4b, and 4c, and a quotation making request is made. In this case, the system operation server 2 receives the quotation information from the manufacturer's servers 4a and 4c who wish to receive the order (steps S91 and S92). When the cost included in the received quotation information is 300 million yen from the manufacturer server 4a and 350 million yen from the manufacturer server 4c, an order is placed at the manufacturer server 4a which presented a low-cost quotation ( Step S93). Alternatively, when the delivery date included in the quotation information is quickly presented from the manufacturer server 4c, an order may be placed for the manufacturer server 4c in which the delivery date is quick.

10 is an example of selecting a manufacturer by a customer. The system operation server 2 receives the quotation information received from each manufacturer server 4a, 4c (step S101-step S102). The system operation server 2 then transmits this quotation information to the customer terminal 3 (step S103), and causes the customer terminal 3 to select a desired manufacturer. In this case, the system operation server 2 receives the manufacturer information (for example, the manufacturer of the manufacturer server 4a) selected by the customer terminal 3 (step S104), and the manufacturer server 4a. ), The ordering process (step S105) may be performed.

Preferably, a manufacturing plant server having a database relating to manufacturing conditions, such as lot progress status of semiconductor manufacturing apparatuses used by each manufacturer, is connected to the system operation server 2 via, for example, the manufacturer server 4 or the like. do. In this case, the system operation server 2 accesses the database of the manufacturing plant server as needed. By this access, the system operation server 2 can manage manufacturing conditions, such as lot progress status of each semiconductor manufacturing apparatus of each manufacturer. Then, the system operation server 2 derives a production period based on the manufacturing situation. As a result, the delivery date of each manufacturer can be predicted from the system operation server 2 side, and it becomes easier to select the manufacturer to be requested for manufacture.

When the customer terminal 3 selects that the simulation is desired in step S12, as shown in Fig. 4, the system operation server 2 reads out the simulation tool from the simulation tool database 23e and executes it. Then, based on the semiconductor product specific information provided from the customer terminal 3, frequency performance simulation, cost simulation, appearance size simulation, interface matching simulation, delivery date simulation and the like are executed (step S21).

As an example, when performing frequency performance simulation, the semiconductor product manufactured is actually designed by simulation. An example of the design process of a semiconductor product is demonstrated below. First, for example, a functional diagram and a circuit diagram of a semiconductor product are first designed. Then, automatic layout wiring (P & R) is performed based on the obtained functional diagram and circuit diagram. That is, the arrangement on the actual product such as wiring is automatically executed. By the design shown above, several semiconductor circuit patterns are obtained. Then, design parameters (manufacturing conditions of the product) such as operating frequency, chip area, power consumption, presence or absence of mask production, cost and production period are calculated for the obtained plurality of circuit patterns. Then, the obtained design parameters are listed as simulation results and displayed on the screen of the customer terminal 3 to make a request for determination of the presence or absence of an order (step S22). This simulation also includes hard IP simulation, palm IP simulation, and soft IP simulation. The customer judges whether or not to actually place an order based on each design parameter of this display screen, and transmits data on the determination result to the system operation server 2 (step S23).

When the system operation server 2 receives the decision information of the ordering request, a manufacturer makes a manufacturer request and an order determination request similar to the steps S13 and S14 based on the specifications of the semiconductor product (step S24, step S24). S25). Then, the order acceptance result is received from the manufacturer server 4 (step S26).

When the system operation server 2 receives the decision information not to place an order, like the steps S2 to S9, the customer terminal 3 is again urged to input the semiconductor specification or the package / assembly.

In addition, two types of design parameters, including parameters such as operation and function of the system such as operating frequency and power consumption, and manufacturing parameters such as cost and production period, are simultaneously calculated, and these parameters are simultaneously sent to the customer terminal 3. Although the case of providing is shown, it is not limited to this. For example, the operation, function, etc. of a system may be calculated by simulation first, and the simulation result may be transmitted to the customer terminal 3 once. In this case, only when the customer terminal 3 specifies that the customer wants to place an order based on the simulation result, manufacturing conditions such as the cost and production period of the semiconductor product based on the operation and function are calculated, and then the customer terminal 3 ). This eliminates the need to run simulations for semiconductor products that are not desired by customers, thereby reducing the burden on the trading system.

As described above, according to the present embodiment, the customer simply specifies the specifications of the semiconductor product desired by the customer, and the conditions from the design to the production of the semiconductor product, such as the design period, the production period, and the like. It is possible to obtain a semiconductor product based on a desired condition without performing simulation of system design or the like using.

The present invention is not limited to the above embodiment. Although the case where the finished product of a semiconductor product is made into a trade object was shown, you may set the hard IP, palm IP, and soft IP for a transaction object to design a finished product. For example, in the present embodiment, the present invention is applied to a system for manufacturing a semiconductor product, but of course, the present invention may be applied to a trading system for electronic products other than the semiconductor product.

For example, the present invention can also be applied to transactions of electronic products constituting mobile phones. In other words, it can be applied to transactions such as switches, power amplifiers, analog devices, baseband ICs, memories (EEPROM, flash memory, SRAM), components, and LCD drivers of RF (Radio Frequency) ICs. In addition, a mounting board on which these semiconductor products are mounted can be applied to the transaction in the above embodiment. Moreover, it can adapt to all the electronic products which comprise a mobile telephone, such as another liquid crystal panel, LED, a capacitor, a SAW filter, a crystal oscillator, an antenna, a voltage controlled oscillator, a connector type, a battery. In addition, the present invention can be applied not only to mobile phones but also to transactions of all other electronic products.

In addition, not only the performance aspect of the product, but also the design of the package of the product, etc. are included in the transaction. When making the design of an electronic product etc. into a transaction object, what is necessary is just to include the design of an electronic product in the specification of an electronic product. In this case, it is also possible to request and submit a design to a design shop and apply it to the aspect which induces competition on a network.

If the design shop matches the manufacturer, the example shown in Fig. 9 or 10 can be used to induce competition. In this case, the system operation server 2 receives the design of the electronic product from each server 4a, 4b, 4c together with the quotation information. The system operation server 2 or the customer terminal 3 can determine whether or not the order was placed based on the design of the received electronic product.

If the design shop and the manufacturer do not coincide, the design shop may be required to create a design in the same manner as the quotation making request to the shop. 11 shows a network configuration when the design shop and the manufacturer do not match. The design shop server 5 is connected to the system operation server 2 via the network 1b. An example of the design request method in this case is shown in FIG. This processing shown in Fig. 12 is performed separately from the processing shown in Figs.

First, for example, a request for making a quotation including a design creation request is requested to three characters of the design shop servers 5a, 5b, and 5c. In this case, the system operation server 2 receives the quotation information including the design information from the design shop servers 5a and 5c wishing to receive the design order (steps S111 and S112). Then, the received quotation information is transmitted to the customer terminal 3 (step S113), and the customer terminal 3 is selected to the desired design shop. In this case, the system operation server 2 receives the design shop information selected by the customer terminal 3 (for example, the design shop of the design shop server 5a) (step S114), and the design shop server 5a. ), The design order process (step S115) may be performed.

In addition, the electronic product as a trading object may consist of a combination of several electronic components, such as system LSI. For example, when a customer desires to build a system LSI by combining a plurality of semiconductor chips or a plurality of IPs, not only the information of the system LSI itself but also information about each semiconductor chip or each IP is exchanged. Of course, electronic components, like electronic products, can also be traded according to this embodiment.

In addition, in the present embodiment, the server 2 executes most of various kinds of information processing in the processor 22 of the server 2 in response to a request from the terminal 3, but the processor 22 It is also possible to cause the terminal 3 to execute a part of the processing to be executed. In this case, for example, a program that executes processing to each terminal 3 as a recording medium may be distributed in advance, or the program may be distributed to each terminal 3 via the network 1a. As a program for executing the processing in each terminal 3, for example, a program for inputting specifications and packages / assemblies of semiconductor products and transmitting them to the server 2 is considered. Similarly, the manufacturer server 4 may be distributed or distributed with a program that executes processing. The program to be distributed or distributed is, for example, a program for creating an estimate for a semiconductor product manufacturing request.

13 is a sequence diagram of an example in which the terminal 3 performs a part of the processing of the server 2. Step S1, step S11, step S12, and step S21 to step S26 are the steps in common with FIG. 4, and detailed description thereof will be omitted. In Fig. 13, the process for determining the semiconductor specification is executed on the terminal 3 side based on the program received from the server 2.

As shown in Fig. 13, in response to a search request for semiconductor products (step S1), the system operation server 2 transmits a semiconductor product search program (step S201). The terminal 3 receiving this search program starts the program and displays the product search screen on the display. When the desired semiconductor specification is input in accordance with the search screen (step S301), the search program executes a search process of the semiconductor product (step S401). This search process is common with step S4 of FIG. The search result is then displayed on the display of the terminal 3 (step S501). The display content is common to the content displayed in step S5 of FIG.

The customer selects the desired semiconductor product based on the search result (step S601). The search program stores the semiconductor specification for the selected semiconductor product in the storage device of the terminal 3 (step S701). Next, the search program displays the package / assembly search screen on the display of the terminal 3 (step S801). The display content is common to step S8 of FIG. When the desired package / assembly is selected (step S901), the package / assembly information and the semiconductor specification information are transmitted to the server 2. The server 2 stores the received information (step S1001). Subsequent processing is common to FIG. In addition, when a simulation is not performed, the step after step S11 is performed similarly to FIG.

13 shows a case where a search program is transmitted from the server 2 to the terminal 3 to execute a search process of a semiconductor specification and the like, but the present invention is not limited thereto. For example, a predetermined program may be transmitted from the server 2 to the terminal 3, and the terminal 3 may execute the step S21, the step S24, and the like in FIG. In addition, the terminal 3 may execute only one of the processing of the semiconductor specification information search and the package / assembly information search.

As described above, according to the above embodiment, there is provided a transaction method of an electronic product, a transaction system of an electronic product, and a transaction program product of an electronic product that efficiently conducts an electronic product transaction.

Claims (24)

In a transaction method of an electronic product that performs electronic product transaction by transmitting and receiving electronic data through a network, Prompting a purchaser of an electronic product to enter specifications of the desired electronic product, Extracting an electronic product from the database that meets the desired specification; Outputting information of the electronic product to a manufacturer. The method of claim 1, Prior to the outputting step of the electronic product information, Deriving, by simulation, at least one of electronic product manufacturing conditions consisting of performance, production period, and cost of the electronic product; And presenting the derived electronic product manufacturing condition to the electronic product purchaser to prompt a response as to whether the desired condition is met. The method of claim 2, The electronics manufacturing conditions presented to the electronic product purchaser is performance, The method, After receiving a response from the electronic product purchaser whether the electronic product manufacturing condition satisfies the desired condition, Presenting at least one of the cost and production period of the electronic product to the electronic product purchaser to prompt a response as to whether the desired condition is met. The method of claim 1, Prompting the manufacturer to provide an estimate of the electronic product, Making a determination of whether to order the electronic product based on the quotation received from the manufacturer, And placing an order for the electronic product from the manufacturer when it is determined that the order is possible. The method of claim 1, Prompting the manufacturer to provide an estimate of the electronic product, Providing a quotation received from the manufacturer to the electronic product purchaser, prompting transmission of data indicating whether or not to place an order to the manufacturer based on the quotation; And when the electronic product purchase request data is received from the electronic product purchaser, placing an order for the electronic product from the manufacturer. The method of claim 1, The specification of the electronic product may include at least one of type information, performance information, package information, assembly information, cost information, delivery date information, usage environment of the electronic product, and design of the electronic product. The method of claim 1, The electronic product is a transaction method of an electronic product is a semiconductor product. In a trading system for electronic products that trades electronic products by transmitting and receiving electronic data through a network, A first device for prompting an electronic product purchaser to input a specification of a desired electronic product, and extracting an electronic product satisfying the specification of the desired electronic product from a database; And a second device for outputting a specification of the electronic product to a manufacturer. The method of claim 8, After extracting the electronic product, the first apparatus further derives at least one of electronic product manufacturing conditions consisting of performance, production period, and cost of the electronic product by simulation, And presenting the derived electronic product manufacturing condition to the electronic product purchaser to prompt a response to whether the desired condition is met. The method of claim 9, The electronics manufacturing conditions presented to the electronic product purchaser is performance, The first device is further configured to receive at least one of a cost and a production period of the electronic product after receiving a response from the electronic product purchaser in response to whether the electronic product manufacturing condition satisfies a desired condition. A trading system for electronic products that is presented to the purchaser and prompts a response to whether the desired condition is met. The method of claim 8, The first device also prompts the manufacturer to respond to whether the electronic product can be ordered, An electronic product which determines whether or not an order of the electronic product is made to the manufacturer based on the response received from the manufacturer, and when the result of the determination indicates that the order can be placed; Trading system. The method of claim 8, The first device also prompts the manufacturer to respond to whether the order of the electronic product is possible and to provide a quotation of the electronic product, Providing a quotation received from the manufacturer to the electronic product purchaser, prompting the determination of whether or not to place an order with the manufacturer, and receiving data from the electronic product purchaser wishing to place an order. And, if so, an order for the electronic product to the manufacturer. The method of claim 8, The specification of the electronic product includes at least one of the type information, performance information, package information, assembly information, cost information, delivery date information, usage environment and design of the electronic product. The method of claim 8, The electronic product is a trading system for electronic products. In an electronic product trading program product for executing a transaction of electronic products through a network to a computer system, First program code recorded on a recording medium for giving an electronic product purchaser an instruction for prompting a user to input a specification of a desired electronic product, Second program code recorded on the recording medium and giving instructions to the computer system for extracting an electronic product from a database that satisfies the desired specification; And a third program code recorded on the recording medium and giving a command to the computer system for outputting information of the electronic product. The method of claim 15, A fourth, which is recorded on the recording medium and issues a command to the computer system to derive, by simulation, at least one of electronic product manufacturing conditions consisting of performance, production period, and cost of the electronic product before outputting information of the electronic product. Program code, A fifth program code recorded on the recording medium, the fifth program code for giving the computer system an instruction for prompting a response as to whether the derived electronic product manufacturing condition is presented to the electronic product purchase candidate to satisfy a desired condition. Including electronic product trading program products. The method of claim 16, The electronics manufacturing conditions presented to the electronic product purchaser is performance, The program product, Recorded on the recording medium, and after receiving a response from the electronic product purchaser about whether the electronic product manufacturing condition satisfies a desired condition, at least one of a cost and a production period of the electronic product is received; And a sixth program code for instructing the purchaser to issue a command to the computer system to prompt a response as to whether a desired condition is met. The method of claim 15, Fourth program code recorded on the recording medium and for instructing the computer system to prompt a manufacturer to provide an estimate of the electronic product; In response to the quotation received from the manufacturer in response to the quotation recorded on the recording medium, it is determined whether or not the order of the electronic product to the manufacturer can be determined, and the order of the electronic product to the manufacturer is determined. And a fifth program code for issuing an instruction to issue to the computer system. The method of claim 15, Fourth program code recorded on the recording medium and for instructing the computer system to prompt a manufacturer to provide an estimate of the electronic product; A quotation recorded on the recording medium and presented to the electronic product purchase candidate is presented to the electronic product purchaser, and urged to transmit data indicating whether or not to place an order with the manufacturer, and received from the electronic product purchaser. And a fifth program code for instructing said computer system to issue an order for said electronic product to said manufacturer, if said data is data indicating an ordering desire. The method of claim 15, The electronic product specification may include at least one of type information, performance information, package information, assembly information, cost information, delivery date information, usage environment, and design of the electronic product. In a transaction method of an electronic product that performs electronic product transaction by transmitting and receiving electronic data through a network, Transmitting a search program for searching for an electronic product that satisfies a desired specification to the terminal, and prompting the terminal to transmit data indicating the execution of the search program and a search result including the specification of the electronic component; Wow, Receiving data representing a search result including a specification of the electronic product from the terminal; Outputting information of the electronic product to the manufacturer based on the search result. The method of claim 1, Presenting information of the electronic product to a design shop and urging the design shop to provide an estimate of the design of the electronic product; The quotation received from the design shop is presented to the electronic product purchaser, the user is urged to transmit data indicating whether or not to place the order to the design shop, and the data indicating the ordering request is received from the electronic product purchaser. In one case, further comprising the step of placing an order for the design of the electronic product to the design shop. The method of claim 8, The first device is further urged to present information of the electronic product to a design shop, to provide a design estimate of the electronic product to the design shop, When the quotation received from the design shop is presented to the electronic product purchase candidate, the determination is made as to whether or not to place an order to the design manufacturing company, and when data indicating the ordering request is received from the electronic product purchase candidate. A system for trading electronics that places an order for the design of the electronics for the design mill. The method of claim 15, Fourth program code recorded on the recording medium and prompting a design shop to present information of the electronic product and to prompt the design shop to provide an estimate of the design of the electronic product; A quotation recorded on the recording medium and presented to the electronic product purchaser, the quotation received from the design shop, is urged to transmit data indicating whether or not to place an order for the design shop, and from the electronic product purchaser And a fifth program code for issuing, to said computer system, an instruction for placing an order for the design of said electronic product to said design manufactory, upon receiving data indicative of a desired order.