WO2018040142A1 - 一种手机摄像头模组多模组同时测试装置 - Google Patents

一种手机摄像头模组多模组同时测试装置 Download PDF

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Publication number
WO2018040142A1
WO2018040142A1 PCT/CN2016/099336 CN2016099336W WO2018040142A1 WO 2018040142 A1 WO2018040142 A1 WO 2018040142A1 CN 2016099336 W CN2016099336 W CN 2016099336W WO 2018040142 A1 WO2018040142 A1 WO 2018040142A1
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camera
test
camera module
module
board
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PCT/CN2016/099336
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English (en)
French (fr)
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钟岳良
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昆山软龙格自动化技术有限公司
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    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N17/00—Diagnosis, testing or measuring for television systems or their details
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N17/00—Diagnosis, testing or measuring for television systems or their details
    • H04N17/002—Diagnosis, testing or measuring for television systems or their details for television cameras

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  • the invention relates to a multi-module simultaneous testing device for a mobile phone camera module.
  • the module test is limited by the need for image real test, multi-frame rate test (requires high-speed data transmission, each camera needs 2G or higher data throughput) ); limited by the camera's long-distance (such as 5M) test and other optical system construction; limited by the PC's ability to process image data, and the software system to build, allowing employees to directly obtain multi-module test results; It is limited to the electrical characteristics of each camera itself that requires more PIN pin connections; even some companies are limited by the camera itself, and need to get rid of the human eye to automatically determine the software, in order to allow an employee to operate multiple camera products.
  • the invention patent solves many of the above limited problems, and provides a device for simultaneously testing multiple modules of a mobile phone camera module.
  • a multi-module simultaneous testing device for a mobile phone camera module comprises: a plurality of camera boards connected together by a circuit board, the camera board comprising a test unit, each test unit comprising: a pressing block (1), a probe base (2), a bottom plate (3), a soft row (4) and a cover plate (8), the bottom plate is provided with an object tray (5), and the object tray (5) is provided with a camera module (6).
  • a bottom plate (3) is provided with a PCB board (7), wherein each camera contains a sensor, and the image is transmitted to the FPC wire through the mipi interface, and one end of the FPC wire is connected to the sensor through the edge connector, and the gold finger is on one side, when the object disk After putting it on, the top cover
  • the board (8) presses the camera module (6), and the gold finger is connected to the lower board through the probe, and the board is connected with the test card to transmit the image data to the test card. After the test card parses the MIPI signal, the image data is transmitted. To the PC.
  • each camera board is provided with two camera modules at the same time, a total of eight camera boards are set, and 16 camera modules are tested at the same time.
  • test machine is further provided, and test software is built in, and one software can detect two cameras at the same time; a total of 9 softwares need to be opened, one of which is a main control software, and the other 8 are detection softwares for lighting detection. Two cameras.
  • 8 softwares can be distributed among three or more computers, and the test results of each camera are summarized by the main control software.
  • the camera module is connected to the flexible cable through the connector, so that the module for replacing the different PIN pins only needs to solve the problem of replacing the FPC board, and the camera modules of different lengths can be changed by the length of the soft row.
  • the position of the center of the camera lens to the position of the probe remains fixed.
  • the article tray (5) is an externally insulated metal or plastic, and 16 modules are simultaneously fastened and connected to the test board through the loading and unloading of the whole tray, and the Socket cover can be replaced due to the size of the camera module. Head platen.
  • the software-based camera module is based on a system telephoto test, and the test uses an array teleconverter method to achieve 16 cameras simultaneously MTF/SFR test or AF auto focus/phase focus.
  • the main control software is used for message distribution or mechanical motion control, and collects test data of different computers through TCP/IP, and the test data of each program transmits data through TCP/IP.
  • each computer has a unique IP.
  • each board has a unique ID number
  • the main program recognizes the unique ID number of each board when managing data collection, thereby avoiding data errors and confusion, or because the computer is restarted and the driver is reloaded.
  • the problem is caused by data errors.
  • the size of the single teleconverter is 3 cm, which ensures that the FOV of each camera is 90 degrees of field of view, ensuring a distance of 5 mm between the teleconverter and the camera module. .
  • the invention realizes the same test of 16 modules with lower cost input and lower cost of product replacement, whether it is relatively large compared with the semi-automatic equipment and even the fully automatic equipment in the world today. Increase production efficiency and significantly reduce the production of the same module Equipment input costs.
  • FIG. 1 is a schematic structural view of a multi-module simultaneous testing device for a mobile phone camera module of the present invention
  • FIG. 2 is a schematic structural view of a multi-module simultaneous testing device for a mobile phone camera module of the present invention
  • FIG. 3 is a schematic structural view of a multi-module simultaneous testing device for a mobile phone camera module of the present invention
  • FIG. 4 is a schematic diagram of a testing method of a multi-module simultaneous testing device for a mobile phone camera module of the present invention
  • FIG. 5 is a schematic diagram of a testing method of a multi-module simultaneous testing device for a mobile phone camera module of the present invention
  • FIG. 6 is a schematic diagram of a test method of a multi-module simultaneous test device for a mobile phone camera module of the present invention.
  • a multi-module simultaneous testing device for a mobile phone camera module includes: a plurality of camera boards connected together by a circuit board, the camera board includes a test unit, and each test unit
  • the utility model comprises: a pressing block (1), a probe base (2), a bottom plate (3), a soft row (4) and a cover plate (8), wherein the bottom plate is provided with an object tray (5), and the article tray (5)
  • One side is a golden finger.
  • the upper cover (8) When the item tray is placed, the upper cover (8) is pressed against the camera module (6), and the gold finger is connected to the lower board through the probe, and the board is connected with the test card to transmit the image data. To the test card, after the test card parses the MIPI signal, the image data is transmitted to the PC.
  • each camera board is provided with two camera modules at the same time, a total of eight camera boards are set, and 16 camera modules are tested at the same time.
  • test machine is further provided, and test software is built in, and one software can detect two cameras at the same time; a total of 9 softwares need to be opened, one of which is a main control software, and the other 8 are detection softwares for lighting detection. Two cameras.
  • 8 softwares can be distributed among three or more computers, and the test results of each camera are summarized by the main control software.
  • the camera module is connected to the flexible cable through the connector, so that the module for replacing the different PIN pins only needs to solve the problem of replacing the FPC board, and the camera modules of different lengths can be changed by the length of the soft row.
  • the position of the center of the camera lens to the position of the probe remains fixed.
  • the article tray (5) is an externally insulated metal or plastic, and 16 modules are simultaneously fastened and connected to the test board through the loading and unloading of the whole tray, and the Socket cover can be replaced due to the size of the camera module. Head platen.
  • the software-based camera module is based on a system telephoto test, and the test uses an array teleconverter method to achieve 16 cameras simultaneously MTF/SFR test or AF auto focus/phase focus.
  • the main control software is used for message distribution or mechanical motion control, and collects test data of different computers through TCP/IP, and the test data of each program transmits data through TCP/IP.
  • each computer has a unique IP.
  • each board has a unique ID number
  • the main program recognizes the unique ID number of each board when managing data collection, thereby avoiding data errors and confusion, or because the computer is restarted and the driver is reloaded.
  • the problem is caused by data errors.
  • the size of the single teleconverter is 3 cm, which ensures that the FOV of each camera is 90 degrees of field of view, ensuring a distance of 5 mm between the teleconverter and the camera module. .
  • the invention realizes the same test of 16 modules with lower cost input and lower cost of product replacement, whether it is relatively large compared with the semi-automatic equipment and even the fully automatic equipment in the world today. Improve the production efficiency, and greatly reduce the equipment input cost caused by the production of the same module.
  • eight sets of camera boards that can be illuminated by two cameras are used to support simultaneous illumination of 16 modules.
  • Eight sets of test boards are combined into a single unit and connected to a large PCB board through a circuit board.
  • the camera module is connected with the flexible cable through the connector, so that the module for replacing the different PIN pins only needs to solve the problem of replacing the FPC board, without modifying the socket fixture, and different at the same time.
  • the length of the camera module can keep the position of the camera lens center to the position of the probe through the change of the length of the soft row, so that different camera products do not need to be replaced, and the probe does not need to be disassembled. Longer and thicker models.
  • the crisp disc can be the metal or plastic with external insulation to achieve the limit.
  • the employee can realize the 16 modules and the test board by the loading and unloading of the whole tray.
  • the Socket cover can be replaced with a head platen due to the size of the camera module.
  • the array teleconverter method is adopted, which can realize 16 MTF/SFR test or AF autofocus/phase focus simultaneously.
  • 16 camera modules display images, test data, etc. through 8 dual-camera software. Because one computer is difficult to load data from 16 cameras, the 8 software can be distributed in 3-4 computers; there is one master The software is used for the distribution of messages, or the control of mechanical movements, and the collection of test data from different computers via TCP/IP.
  • the test data for each program passes the data to the master via TCP/IP, and each computer has a unique IP. 7.
  • Each board has a unique ID number. When the main program manages data collection, it recognizes the unique ID number of each board to avoid data errors and confusion, or because of computer restart, driver reloading, etc. The data caused by the error.
  • an image test board can calculate the data of two cameras at the same time.
  • the invention is not limited to the test board, including a single camera, a dual-photo test board, and even a test board that can test more cameras.
  • this test board we have 8G of memory to reduce the PC requirements, but also You can reduce the PC configuration requirements by using a lower frame rate test board, slowing down the algorithm's operating rate, and so on.
  • the invention is not limited to the number of camera modules that are simultaneously tested by multiple cameras, and may be 16 or 8 but more than four or more of the same number.
  • the invention is also not limited to a single camera, but may be a dual camera module.
  • the dual-camera test board described here uses the xilinx XC7k160tfbg676 FPGA chip, which can support two 4lane MIPI 1.6G camera tests, can support a single DVP product test, and can support single HISPI, LVDS and other interface modules.
  • the test board also supports the camera's multi-frame buffer technology, using 4 DDR3s with 20G/s data throughput (supporting read and write synchronization), ensuring that even double-frame high frame rate can be received, resulting in frame image data. The destruction.
  • three computer developments are used, but not limited to three, because the performance difference between the computers is large, but the method of using multiple computers in parallel when one computer cannot be achieved is provided.
  • the communication between the main program and the background program uses the TCP/IP protocol. Not only can it be on the same station. Communication on the computer can also be communicated between different computers. It can be interconnected by using the network interface switch.
  • the architecture supports single-shot test/precise, and will also support two-to-one comparison between two cameras. Two-two test. By main program shortcut Assign test sequences, assign test messages to each camera, and pass all test results back to the main program via TCP/IP.
  • the following is a dual-camera software interface that can support two single-shot left and right duplex tests, as well as a single camera to single measurement and two-to-two calibration. You can use the shortcut keys to set whether the single test or the same test, the left module test or the right module test.
  • the interface supports multiple simultaneous opening of one computer.
  • This function is to avoid the restart of the computer, affecting the error between the tooling, the main program can first find the corresponding computer according to TCP/IP, and then find the corresponding port or tooling ID number from the interface of the computer, obtain and send the command. .

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Abstract

本发明公开了一种手机摄像头模组多模组同时测试装置，包括：通过线路板连接在一起的多套摄像头板卡，所述摄像头板卡包括测试单元，每个测试单元都包括：压块(1)、探针座(2)、底板(3)、软排(4)和盖板(8)，所述底板上设置有物品盘(5)，物品盘(5)上设摄像头模组(6)，底板(3)下设PCB板(7)，其中，每个摄像头中含有传感器，通过mipi接口将图像传至FPC导线,FPC导线一端通过边接器与传感器相连，一边是金手指，当物品盘放上后，上面盖板(8)压合摄像头模组(6)，金手指通过探针与下方板子相连，板子又与测试卡相联，将图像数据传至测试卡，测试卡解析MIPI信号后，将图像数据传至PC。

Description

一种手机摄像头模组多模组同时测试装置 技术领域
本发明涉及一种手机摄像头模组多模组同时测试装置。
背景技术
在移动通信时代，手机成为了人们生活的必须品，一个手机从5年前的一个摄像头到后来的前后二个摄像头，再到现在的三个摄像头，以及未来的四个甚至更多。全球使用手机用户的快速增加(即手机数量的增加)，人们对画质要求图像数据应用增加带来的单个手机摄像头数量的快速增加，摄像头的需求量可想而知。然这背后，像素越来越高的前提下，模组测试受限于较需要对图像实实测试、多帧率测试(需要数据量高速传输，每个摄像头需要2G甚至更高的数据吞吐量)；受限于摄像头远距离(比如像5M)测试等光学***搭建；受限于PC对图像数据的处理能力，以及软件***的搭建，让员工能够直截了当的获取多模组的测试结果；受限于每个摄像头本身需要较多PIN脚连接的电器特性；甚至有些公司受限于摄像头本身较多的测试项目，需要摆脱人眼走向软件自动判定，才能让一个员工操作多个摄像头产品。
发明内容
本发明专利正是解决了众多以上受限的问题，提供了一种手机摄像头模组多模组同时测试的装置。
本发明解决上述技术问题所采取的技术方案如下：
一种手机摄像头模组多模组同时测试装置，包括：通过线路板连接在一起的多套摄像头板卡，所述摄像头板卡包括测试单元，每个测试单元都包括：压块(1)、探针座(2)、底板(3)、软排(4)和盖板(8)，所述底板上设置有物品盘(5)，物品盘(5)上设摄像头模组(6)，底板(3)下设PCB板(7)，其中，每个摄像头中含有传感器，通过mipi接口将图像传至FPC导线,FPC导线一端通过边接器与传感器相连，一边是金手指，当物品盘放上后，上面盖 板(8)压合摄像头模组(6)，金手指通过探针与下方板子相连，板子又与测试卡相联，将图像数据传至测试卡，测试卡解析MIPI信号后，将图像数据传至PC。
优选的是，每个摄像头板卡同时放置两个摄像头模组，共设置八套摄像头板卡，同时测试16个摄像头模组。
优选的是，还设置有测试机，内设测试软件，一个软件可以同时检测二个摄像头；共需打开9个软件，其中一个为主控软件，其余8个为检测软件，用于点亮检测二个摄像头。
优选的是，8个软件可以分布于三台或更多的电脑，由主控软件汇总每个摄像头的测试结果。
优选的是，摄像头模组通过连接器与软排线相连接，来解决更换不同PIN脚的模组只需要解决更换FPC板就可以，不同长度的摄像头模组通过软排长度的变化便可以使摄像头镜头中心的位置至探针的位置都保持固定。
优选的是，所述物品盘(5)是外表绝缘的金属或塑料，通过整盘的上下料实现16个模组同时扣合与测试板连接，Socket上盖因摄像头模组的尺寸不同可以更换头部压板。
优选的是，软件对摄像头模块基于***远焦测试，其测试时用阵列式增距镜方式，实现16个摄像头同时MTF/SFR测试或AF自动对焦/相位对焦。
优选的是，主控软件一方面用于消息的分发，或是机械运动的控制，以及通过TCP/IP对不同电脑的测试数据进行收集，每个程序的测试数据都通过TCP/IP将数据传至主控程序，每个电脑都拥有唯一的IP。
优选的是，每个板卡拥有唯一的ID号，主程序在管控数据收集时，通过每个板卡唯一的ID号辨识，避免数据的的出错与混乱，或是因为电脑重启、驱动重装等问题对造成的数据错误。
优选的是，摄像头模组中，单个增距镜的尺寸是3cm,保证了每个摄像头的FOV是90度的视场角，保证了增距镜至摄像头模组之间的间距保证5个mm。
本发明采取了上述方案以后，用较低的成本投入和产品更换较低的成本实现16个模组的同测，无论是相对于当今全球世面上的半自动设备，甚至全自动设备，都大幅度的提升生产效率，大幅度的减少了生产同样模组而产生 的设备投入成本。
本发明的其它特征和优点将在随后的说明书中阐述，并且，部分地从说明书中变得显而易见，或者通过实施本发明而了解。本发明的目的和其他优点可通过在所写的说明书、权利要求书、以及附图中所特别指出的结构来实现和获得。
附图说明
下面结合附图对本发明进行详细的描述，以使得本发明的上述优点更加明确。
图1是本发明手机摄像头模组多模组同时测试装置的结构示意图；
图2是本发明手机摄像头模组多模组同时测试装置的结构示意图
图3是本发明手机摄像头模组多模组同时测试装置的结构示意图
图4是本发明手机摄像头模组多模组同时测试装置的测试方法的示意图；
图5是本发明手机摄像头模组多模组同时测试装置的测试方法的示意图；
图6是本发明手机摄像头模组多模组同时测试装置的测试方法的示意图。
具体实施方式
下面结合具体实施例对本发明进行详细地说明。
具体来说，如图所示，一种手机摄像头模组多模组同时测试装置，包括：通过线路板连接在一起的多套摄像头板卡，所述摄像头板卡包括测试单元，每个测试单元都包括：压块(1)、探针座(2)、底板(3)、软排(4)和盖板(8)，所述底板上设置有物品盘(5)，物品盘(5)上设摄像头模组(6)，底板(3)下设PCB板(7)，其中，每个摄像头中含有传感器，通过mipi接口将图像传至FPC导线,FPC导线一端通过边接器与传感器相连，一边是金手指，当物品盘放上后，上面盖板(8)压合摄像头模组(6)，金手指通过探针与下方板子相连，板子又与测试卡相联，将图像数据传至测试卡，测试卡解析MIPI信号后，将图像数据传至PC。
优选的是，每个摄像头板卡同时放置两个摄像头模组，共设置八套摄像头板卡，同时测试16个摄像头模组。
优选的是，还设置有测试机，内设测试软件，一个软件可以同时检测二个摄像头；共需打开9个软件，其中一个为主控软件，其余8个为检测软件，用于点亮检测二个摄像头。
优选的是，8个软件可以分布于三台或更多的电脑，由主控软件汇总每个摄像头的测试结果。
优选的是，摄像头模组通过连接器与软排线相连接，来解决更换不同PIN脚的模组只需要解决更换FPC板就可以，不同长度的摄像头模组通过软排长度的变化便可以使摄像头镜头中心的位置至探针的位置都保持固定。
优选的是，所述物品盘(5)是外表绝缘的金属或塑料，通过整盘的上下料实现16个模组同时扣合与测试板连接，Socket上盖因摄像头模组的尺寸不同可以更换头部压板。
优选的是，软件对摄像头模块基于***远焦测试，其测试时用阵列式增距镜方式，实现16个摄像头同时MTF/SFR测试或AF自动对焦/相位对焦。
优选的是，主控软件一方面用于消息的分发，或是机械运动的控制，以及通过TCP/IP对不同电脑的测试数据进行收集，每个程序的测试数据都通过TCP/IP将数据传至主控程序，每个电脑都拥有唯一的IP。
优选的是，每个板卡拥有唯一的ID号，主程序在管控数据收集时，通过每个板卡唯一的ID号辨识，避免数据的的出错与混乱，或是因为电脑重启、驱动重装等问题对造成的数据错误。
优选的是，摄像头模组中，单个增距镜的尺寸是3cm,保证了每个摄像头的FOV是90度的视场角，保证了增距镜至摄像头模组之间的间距保证5个mm。
本发明采取了上述方案以后，用较低的成本投入和产品更换较低的成本实现16个模组的同测，无论是相对于当今全球世面上的半自动设备，甚至全自动设备，都大幅度的提升生产效率，大幅度的减少了生产同样模组而产生的设备投入成本。
在一个实施例中，采用于8套可以双摄点亮的摄像头板卡来支持16个模组的同时点亮。8套测试板组合成统一整体，通过线路板连接于大的PCB板。
其中，摄像头模组通过连接器与软排线相连接，来解决更换不同PIN脚的模组只需要解决更换FPC板就可以，而不需要修改socket治具，同时不同 长度的摄像头模组通过软排长度的变化便可以使摄像头镜头中心的位置至探针的位置都保持固定，从而解决不同摄像头产品不需要更换探针，也不需要拆卸探针，探针可以选用寿命较长较粗的型号。
将已扣合FPC软板的组合放入脆盘，脆盘可以是外表绝缘的金属或塑料，达成限位的作用，员工通过整盘的上下料实现16个模组同时扣合与测试板连接，Socket上盖因摄像头模组的尺寸不同可以更换头部压板。
***远焦测试时采用阵列式增距镜方式，可以实现16个摄像头同时MTF/SFR测试或AF自动对焦/相位对焦。
16个摄像头模组通过8个双摄软件显示图像、测试数据等，因一台电脑较难负载16个摄像头的数据计算，因此该8个软件可以分布于3-4台电脑；有一个主控软件一方面用于消息的分发，或是机械运动的控制，以及通过TCP/IP对不同电脑的测试数据进行收集。每个程序的测试数据都通过TCP/IP将数据传至主控程序，每个电脑都拥有唯一的IP。7.每个板卡拥有唯一的ID号，主程序在管控数据收集时，通过每个板卡唯一的ID号辨识，避免数据的的出错与混乱，或是因为电脑重启、驱动重装等问题对造成的数据错误。
其中，一块图像测试板可以同时计算二个摄像头的数据。但该发明不仅限该测试板，包含单摄板、双摄测试板，甚至能测试更多摄像头的测试板，在此测试板中我们自带了8G的内存，来降低PC的要求，但也可以使用较低帧率的测试板、减慢算法的运行速率等办法降低PC配置的要求。该发明还不限于多摄头同时测试的摄像头模组数量，可以是16个，也可以是8个，而是超过四个以上同测的任何数量。该发明同时也不限于单摄像头，可以是双摄像模组。在此说明的双摄测试板采用xilinx XC7k160tfbg676 FPGA芯片，可以支持二个4lane MIPI 1.6G的摄像头测试，可以支持单个DVP产品测试，可以支持单个HISPI、LVDS等接口模组的测试。该测试板还支持摄像头的多帧缓存技术，使用了4片DDR3具有20G/s的数据吞吐能力(支持读写同步)，保证即便是双摄高帧率也能接收到，而产生帧图像数据的破坏。
在实施例中，使用了3台电脑开发，但不仅限于3台，因电脑之间的性能差异较大，而是提供了当一台电脑无法达成时，可以采用多电脑并联的方式运算的办法。主程序与后台程序的通信使用TCP/IP协议.不但可以在同一台 电脑上通信，也可以在不同电脑间通信，使用网络接***换机互联了便可.架构支持单摄测试/较准，也将支持双摄间两两较准，两两测试.由主程序快捷键分配测试顺序，对每个摄像头分配测试消息，并将所有的测试结果通过TCP/IP回传至主程序。
如图6所示，为以下为双摄的软件界面，可以支持二个单摄左右双工测试，也可以支持一个双摄对单个测和两两之间的较准。可以使用快捷键设置单个测还是双个同测，左边模组测还是右边模组测。该界面支持一个电脑多个同开。
该功能是避免电脑的重新启动，影响到工装之间的出错，主程序可以根据TCP/IP先寻找对应的电脑，再从电脑的接口中寻找到对应的端口或工装ID号，获取和发送命令。
最后应说明的是：以上所述仅为本发明的优选实施例而已，并不用于限制本发明，尽管参照前述实施例对本发明进行了详细的说明，对于本领域的技术人员来说，其依然可以对前述各实施例所记载的技术方案进行修改，或者对其中部分技术特征进行等同替换。凡在本发明的精神和原则之内，所作的任何修改、等同替换、改进等，均应包含在本发明的保护范围之内。

Claims (10)

  1. 一种手机摄像头模组多模组同时测试装置，其特征在于，包括：通过线路板连接在一起的多套摄像头板卡，所述摄像头板卡包括测试单元，每个测试单元都包括：压块(1)、探针座(2)、底板(3)、软排(4)和盖板(8)，所述底板上设置有物品盘(5)，物品盘(5)上设摄像头模组(6)，底板(3)下设PCB板(7)，其中，每个摄像头中含有传感器，通过mipi接口将图像传至FPC导线,FPC导线一端通过边接器与传感器相连，一边是金手指，当物品盘放上后，上面盖板(8)压合摄像头模组(6)，金手指通过探针与下方板子相连，板子又与测试卡相联，将图像数据传至测试卡，测试卡解析MIPI信号后，将图像数据传至PC。
  2. 根据权利要求1所述的手机摄像头模组多模组同时测试装置，其特征在于，每个摄像头板卡同时放置两个摄像头模组，共设置八套摄像头板卡，同时测试16个摄像头模组。
  3. 根据权利要求2所述的手机摄像头模组多模组同时测试装置，其特征在于，还设置有测试机，内设测试软件，一个软件可以同时检测二个摄像头；共需打开9个软件，其中一个为主控软件，其余8个为检测软件，用于点亮检测二个摄像头。
  4. 根据权利要求3所述的手机摄像头模组多模组同时测试装置，其特征在于，8个软件可以分布于三台或更多的电脑，由主控软件汇总每个摄像头的测试结果。
  5. 根据权利要求1所述的手机摄像头模组多模组同时测试装置，其特征在于，摄像头模组通过连接器与软排线相连接，来解决更换不同PIN脚的模组只需要解决更换FPC板就可以，不同长度的摄像头模组通过软排长度的变化便可以使摄像头镜头中心的位置至探针的位置都保持固定。
  6. 根据权利要求1所述的手机摄像头模组多模组同时测试装置，其特征在于，所述物品盘(5)是外表绝缘的金属或塑料，通过整盘的上下料实现16个模组同时扣合与测试板连接，Socket上盖因摄像头模组的尺寸不同可以更换头部压板。
  7. 根据权利要求1所述的手机摄像头模组多模组同时测试装置，其特征 在于，软件对摄像头模块基于***远焦测试，其测试时用阵列式增距镜方式，实现16个摄像头同时MTF/SFR测试或AF自动对焦/相位对焦。
  8. 根据权利要求4所述的手机摄像头模组多模组同时测试装置，其特征在于，主控软件一方面用于消息的分发，或是机械运动的控制，以及通过TCP/IP对不同电脑的测试数据进行收集，每个程序的测试数据都通过TCP/IP将数据传至主控程序，每个电脑都拥有唯一的IP。
  9. 根据权利要求1所述的手机摄像头模组多模组同时测试装置，其特征在于，每个板卡拥有唯一的ID号，主程序在管控数据收集时，通过每个板卡唯一的ID号辨识，避免数据的的出错与混乱，或是因为电脑重启、驱动重装等问题对造成的数据错误。
  10. 根据权利要求1所述的手机摄像头模组多模组同时测试装置，其特征在于，摄像头模组中，单个增距镜的尺寸是3cm,保证了每个摄像头的FOV是90度的视场角，保证了增距镜至摄像头模组之间的间距保证5个mm。
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