201218545 六、發明說明： 【發明所屬之技術領域】 [0001 ] 本發明是關於···*種南速率的線纜連接器及線缓連接方法 【先前技術】 [0002] SFF協會於2009年7月6日公開的4. 1版本SFF-8431的規 定了 SFP+介面的電氣方面標準。SFF協會於2007年7月16 日公開的5. 0版本SFF-8432的規定了 SFP+介面的機械方 面標準。此兩標準規定的SFP+介面傳輸速率可達 10Gigabit/s ° .. . 【發明内容】 [0003] 本發明的目的即提供一種傳輸速率比SFP +標準更高的線 纜連接器及線纜連接方法。 [0004] 本發明的目的是通過以下技術方案來實現的：一種線鏡 連接器，其包括與線纜連接的電路板，所述電路板具有 相反的第一側面與第二側面，第一側面設有第一排導電 〇 片，第二側面設有第二排導電片，第_排導電片與第二 排導電片可與插座連接器配合並符合卿+介面標準，; 述電路板還設有處於第二側面且處於第二排導電片後側 的第三排導電片，第三排導電片亦可與插座連接器配I 以傳輸信號。 [0005] 本發明線纜連接器增設 使傳輸速率更高。且增 的體積’並可與原有 與現有的SFP +線纜連接器相比， 的第二排導電片用於傳輸資料， 設的導電片不會增加線境連接器 SFP +線纜連接器相容。 099135524 表單編號A0101 第3頁/共14頁 0992062099-0 201218545 [0006] [0007] [0008] 種線規連接方法，其包括以下步驟：⑴提供與線境 連接的電路板，所述電路板具有減的第—侧面與第二 側面，第一側面設有第一排導電片’第二側面設有第二 排‘電片及處於第二排導電片後側的第三排導電片第 一排導電片與第二排導電片符合SFP+介面標準；（2)提 供兩遮革蓋，並將兩遮罩蓋扣合於步驟（1)所得電路板 的相反兩側，所述電路板收容於兩遮罩蓋之間並延伸露 出兩遮罩蓋，所述各排導電片設置於電路板之露出遮罩 蓋的部分；（3)將步驟（2)所得之元件插接至一插座 ，各排導電片與對接連接器導電揍觸配合，且使得第— 與第二排導電片傳輸信號符合§1^+介面標準第三排導 電片傳輪差分信號。 與現有的SFP +線纜連接相比，本發明線纔連接增設的第 三排導電片用於傳輸資料，使傳輸速率更高，便於線纜 連接器小型化。 !:丨. .... ' ... 【實施方式】 请參閱第一圖至第四圖，所揭示為符合本發明的—種線 纜連接器100，可與插座連接器（未圖示）插接配合，其 包括與線缓300連接的電路板200及相互扣合的兩遮罩蓋 120、140 ’所述電路板200收容於兩遮罩蓋120、14〇之 間並延伸露出兩遮罩蓋120、140。所述電路板2〇〇具有 相反的第一侧面22與第二侧面24，第一侧面22設有第_ 排導電片220，第二侧面24設有第二排導電片240，第— 排導電片220具有傳送/接收差分信號的兩對導電片222、 224 ’且第一排導電片與第二排導電片符$SFp +介面標準 099135524 表單編號A0101 第4頁/共14頁 0992062099-0 201218545 。所述電路板200還設有處於第二側面24且處於第二排導 電片240後側的第三排導電片260。所述各排導電片設置 於電路板200之露出遮罩蓋120、140的部分，以插入前 述插座連接器形成導電接觸。第三排導電片26 0亦具有用 來傳輸差分信號的導電片，從而可以提高線纜連接器1〇〇 的傳輸速率。 [0009] Ο 另外’電路板200還包括設置於第一侧面22的第四排導電 片230與設置於第二侧面24的第五排導電片250，線纜 300焊接於此第四排導電片230與第五排導電片250。第 一排導電片220、第二排導電片240、第三排導電片260 按需要通過導電線路225、245與第四排導電片230、第 五排導電片250導電連接，並最終與線纜30〇電性連接。 [0010] 所述第三排導電片260共包括十六個導電片，依次為第一 至第十六導電片261-276，第一導電片Ml、第四導電片 264、第七導電片267、第十導電片270、笫十三導電片 .....’夺… ..ί. ,、 3:Η: i ο 273與第十六導電片276起遮罩作用，未與插座連接器導 電接觸’其餘相鄰的兩導電片均與插座連接器導電接觸 傳輸差分信號。這樣，傳輪差分信號的五對導電片分佈 於兩遮罩導電片之間’可以降低差分信號之間的串音干 涉。因為僅增加了第三排導電片260，所述線纜連接器 1〇0仍符合SFP +介面標準’可與SFP +介面插座相容。所 述第一排導電片220與第三排導電片2 60傳輸信號的導電 片通過導電線路225、245連接至前述線纜300，所述導 電線路225、245均設置於電路板200的最外層，可以提 高傳輸資料的速率。 099135524 表單編號A0101 第5頁/共14頁 0992062099-0 201218545 [0011] 前述線纜連接器100的製造與使用提供一種線纜連接方法 ，其包括以下步驟：（1)提供與線纜300連接的前述電 路板200，所述電路板200具有相反的第一侧面22與第二 侧面2 4，第一側面2 2設有第〆排導電片2 2 0 ’第二側面 24設有第二排導電片240及處於第二排導電片240後侧的 第三排導電片260，第一排導電片220與第二排導電片 240符合SFP+介面標準；（2)提供兩遮罩蓋120、140, 並將兩遮罩蓋扣合於步驟（1)所得電路板200的相反兩 侧，所述電路板200收容於兩遮罩蓋120、140之間並延 伸露出兩遮罩蓋120、140，所述各排導電片設置於電路 板200之露出遮罩蓋120、140的部分；（3)將步驟（2 )所得之元件插接至一插座，使得第一排導電片220與第 二排導電片240傳輸信號符合SFP +介面標準，第三排導電 片260傳輸差分信號與接地信號。另外，傳輸SFP +標準差 分信號的導電片分佈於第一排導電片220，所述電路板的 第二排導電片260共十六個;u’依次為;第:一至第十六導電片 261 -276，第一導電片261、第西參電片264、第七導電 片267、第十導電片270、第十三導電片273與第十六導 電片276起遮罩作用’其餘相鄰的導電片傳輸差分信就。 另外，第一排導電片240中’有兩個導電片242傳輪差分 信號，其通過電路板200的中間導電層設置的導電線路 235 (第四圖中虛線所示）連接至第一側面的導電線路， 並最終連接至線纜300。 [〇〇12]综上所述，本發明確已符合發明專利之要件，爰依法提 出專利申請。惟，以上所述者僅係本發明之較佳實施方 099135524 表單編號A0101 第6頁/共14頁 0992062099-0 201218545 式，本發明之範圍並不以上述實施方式爲限，舉凡熟習 本案技藝之人士援依本發明之精神所作之等效修飾或變 化，皆應涵蓋於以下申請專利範圍内。 【圖式簡單說明】 [0013] 第一圖是符合本發明的線纜連接器的立體圖。 [0014] 第二圖是第一圖所示線、纜連接器的分解圖。 [0015] 第三圖是第二圖所示電路板的正視圖。 [0016] 第四圖是第二圖所示電路板的後視圖。 Ο 【主要元件符號說明】 [0017] 線纜連接 器：100 [0018] 遮罩蓋： 120、 140 [0019] 電路板： 200 [0020] 第一側面 ：22 [0021] 第一排導 電片： 220 [0022] 兩對導電 片：222 、 224 [0023] 第四排導 電片： 230 [0024] 第二側面 ：24 [0025] 第二排導 電片： 240 [0026] 導電片： 242 [0027] 導電線路 ：225 、245 [0028] 第五排導 電片z 250 表單編號A0101 099135524 第7頁/共14頁 0992062099-0 201218545 [0029] 第三排導電片：260 [0030] 第一至第十六導電片：261-276 [0031] 線纜：30 0 0992062099-0 099135524 表單編號A0101 第8頁/共14頁201218545 VI. Description of the Invention: [Technical Field of the Invention] [0001] The present invention relates to a cable connector and a line slow connection method of a south rate [Prior Art] [0002] SFF Association in 2009 7 The SFF-8431 version of the SFP-8431, which was published on the 6th of the month, specifies the electrical standards for the SFP+ interface. The SFF Association's version 5.0 SFF-8432, published on July 16, 2007, specifies the mechanical aspects of the SFP+ interface. The SFP+ interface transmission rate specified by the two standards can reach 10 Gigabit/s ° . . . [0003] The object of the present invention is to provide a cable connector and a cable connection method with a higher transmission rate than the SFP+ standard. . [0004] The object of the present invention is achieved by the following technical solution: a wire mirror connector comprising a circuit board connected to a cable, the circuit board having opposite first and second sides, the first side a first row of conductive cymbals is disposed, and a second row of conductive sheets is disposed on the second side, and the first row of conductive sheets and the second row of conductive sheets are mate with the socket connector and conform to the qing+ interface standard; There is a third row of conductive sheets on the second side and on the back side of the second row of conductive sheets, and the third row of conductive sheets can also be coupled to the socket connector to transmit signals. [0005] The cable connector of the present invention is added to make the transmission rate higher. And the added volume' can be compared with the existing SFP + cable connector, the second row of conductive sheets are used to transmit data, and the conductive sheets are not added to the line connector SFP + cable connector. Compatible. 099135524 Form No. A0101 Page 3 of 14 0992062099-0 201218545 [0007] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0008] [0007] The first side and the second side are reduced, the first side is provided with a first row of conductive sheets, the second side is provided with a second row of 'electric sheets and the first row of the third row of conductive sheets at the rear side of the second row of conductive sheets The conductive sheet and the second row of conductive sheets conform to the SFP+ interface standard; (2) two cover covers are provided, and the two cover covers are fastened to opposite sides of the circuit board obtained in the step (1), and the circuit board is accommodated in two Between the cover covers and extending to expose two cover covers, the rows of conductive sheets are disposed on a portion of the circuit board that exposes the cover; (3) the components obtained in the step (2) are plugged into a socket, each row The conductive sheet is in contact with the conductive connector of the mating connector, and the first and second rows of conductive sheets transmit signals conforming to the third row of conductive strip differential signals of the §1^+ interface standard. Compared with the existing SFP+ cable connection, the present invention is connected to the additional third row of conductive sheets for transmitting data, which makes the transmission rate higher and facilitates miniaturization of the cable connector. !: 丨. .... 'Embodiment】 Please refer to the first to fourth figures, which are disclosed as a cable connector 100 according to the present invention, which can be connected to a socket connector (not shown). The plug-in mating includes a circuit board 200 connected to the line buffer 300 and two mask covers 120, 140 that are engaged with each other. The circuit board 200 is received between the two mask covers 120, 14〇 and extends to expose two Cover covers 120, 140. The circuit board 2 has an opposite first side 22 and a second side 24, the first side 22 is provided with a first row of conductive sheets 220, and the second side 24 is provided with a second row of conductive sheets 240, the first row of conductive The chip 220 has two pairs of conductive sheets 222, 224' for transmitting/receiving differential signals and the first row of conductive sheets and the second row of conductive strips $SFp + interface standard 099135524 Form No. A0101 Page 4 / Total 14 Page 0992062099-0 201218545 . The circuit board 200 is further provided with a third row of conductive sheets 260 on the second side 24 and on the rear side of the second row of conductive sheets 240. The rows of conductive strips are disposed on portions of the circuit board 200 that expose the mask covers 120, 140 to insert the aforementioned receptacle connectors to form conductive contacts. The third row of conductive strips 26 0 also has a conductive strip for transmitting differential signals, thereby increasing the transmission rate of the cable connector 1〇〇. [0009] Further, the circuit board 200 further includes a fourth row of conductive sheets 230 disposed on the first side 22 and a fifth row of conductive sheets 250 disposed on the second side 24, and the cable 300 is soldered to the fourth row of conductive sheets. 230 and the fifth row of conductive sheets 250. The first row of conductive sheets 220, the second row of conductive sheets 240, and the third row of conductive sheets 260 are electrically connected to the fourth row of conductive sheets 230 and the fifth row of conductive sheets 250 through conductive lines 225, 245, and finally to the cable. 30〇 electrical connection. [0010] The third row of conductive sheets 260 includes a total of sixteen conductive sheets, which are first to sixteenth conductive sheets 261-276, and a first conductive sheet M1, a fourth conductive sheet 264, and a seventh conductive sheet 267. , the tenth conductive sheet 270, the thirteenth conductive sheet ..... 'takes ..... ί.,, 3: Η: i ο 273 and the sixteenth conductive sheet 276 as a mask, not with the socket connector The conductive contacts 'the remaining two conductive sheets are in conductive contact with the receptacle connector to transmit a differential signal. Thus, the five pairs of conductive sheets of the differential signal are distributed between the two masking conductive sheets to reduce the crosstalk interference between the differential signals. Since only the third row of conductive strips 260 is added, the cable connector 1〇0 still conforms to the SFP+ interface standard' and is compatible with SFP+ interface sockets. The conductive strips of the first row of conductive sheets 220 and the third row of conductive sheets 260 are connected to the aforementioned cables 300 through conductive lines 225, 245, and the conductive lines 225, 245 are disposed at the outermost layer of the circuit board 200. , can increase the rate of data transmission. 099135524 Form No. A0101 Page 5 of 14 0992062099-0 201218545 [0011] The manufacture and use of the aforementioned cable connector 100 provides a cable connection method including the following steps: (1) providing connection with the cable 300 In the foregoing circuit board 200, the circuit board 200 has opposite first side faces 22 and second side faces 24, and the first side faces 2 2 are provided with a first row of conductive sheets 2 2 0 'the second side faces 24 are provided with a second row of conductive The sheet 240 and the third row of conductive sheets 260 on the rear side of the second row of conductive sheets 240, the first row of conductive sheets 220 and the second row of conductive sheets 240 conform to the SFP+ interface standard; (2) providing two mask covers 120, 140, The two cover covers are fastened to opposite sides of the circuit board 200 obtained in the step (1). The circuit board 200 is received between the two cover covers 120 and 140 and extends to expose the two cover covers 120 and 140. Each row of conductive sheets is disposed on a portion of the circuit board 200 that exposes the mask covers 120, 140; (3) the components obtained in the step (2) are plugged into a socket such that the first row of conductive sheets 220 and the second row are electrically conductive The chip 240 transmits signals in accordance with the SFP+ interface standard, and the third row of conductive sheets 260 transmits differential signals and interfaces. Ground signal. In addition, the conductive sheets transmitting the SFP+ standard differential signals are distributed in the first row of conductive sheets 220, and the second row of conductive sheets 260 of the circuit board are a total of sixteen; u' is sequentially; the first to the sixteenth conductive sheets 261 -276, the first conductive sheet 261, the west conductive sheet 264, the seventh conductive sheet 267, the tenth conductive sheet 270, the thirteenth conductive sheet 273 and the sixteenth conductive sheet 276 function as a mask. The conductive sheet transmits the differential signal. In addition, in the first row of conductive sheets 240, there are two conductive sheets 242 carrying differential signals, which are connected to the first side through conductive lines 235 (shown by broken lines in the fourth figure) provided by the intermediate conductive layer of the circuit board 200. The conductive lines are, and ultimately connected to, the cable 300. [〇〇12] In summary, the present invention has indeed met the requirements of the invention patent, and has filed a patent application according to law. However, the above description is only the preferred embodiment of the present invention 099135524 Form No. A0101 Page 6 / Total 14 Page 0992062099-0 201218545, the scope of the present invention is not limited to the above embodiment, and it is familiar with the skill of the present invention. Equivalent modifications or variations made by persons in accordance with the spirit of the invention are intended to be included within the scope of the following claims. BRIEF DESCRIPTION OF THE DRAWINGS [0013] The first figure is a perspective view of a cable connector in accordance with the present invention. [0014] The second figure is an exploded view of the wire and cable connector shown in the first figure. [0015] The third figure is a front view of the circuit board shown in the second figure. [0016] The fourth figure is a rear view of the circuit board shown in the second figure. Ο [Main component symbol description] [0017] Cable connector: 100 [0018] Cover cover: 120, 140 [0019] Circuit board: 200 [0020] First side: 22 [0021] First row of conductive sheets: 220 [0022] Two pairs of conductive sheets: 222, 224 [0023] Fourth row of conductive sheets: 230 [0024] Second side: 24 [0025] Second row of conductive sheets: 240 [0026] Conductive sheet: 242 [0027] Conductive lines: 225, 245 [0028] Fifth row of conductive sheets z 250 Form No. A0101 099135524 Page 7 of 14 0992062099-0 201218545 [0029] Third row of conductive sheets: 260 [0030] First to sixteenth Conductive sheet: 261-276 [0031] Cable: 30 0 0992062099-0 099135524 Form number A0101 Page 8 of 14