CN106918885B - 高密度和带宽光纤装置以及相关设备和方法 - Google Patents
高密度和带宽光纤装置以及相关设备和方法 Download PDFInfo
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Abstract
本发明公开了高连接密度和带宽的光纤装置以及相关的设备和方法。在某些实施方式中,设置了光纤装置,并且所述光纤装置包括界定一或更多个U空间光纤设备单元的底板。一或更多个U空间光纤设备单元中的至少一个U空间光纤设备单元可配置用于在给定的1‑U空间中支持特定的光纤连接密度和带宽。所述光纤连接密度和带宽可由一或更多个光纤元件支持,所述光纤元件包括但并不限于光纤适配器和光纤连接器,包括但并不限于单工光纤元件、双工光纤元件以及其它多纤光纤元件。所述光纤元件还可以设置在光纤模组、光纤接线板,或者其它类型的光纤设备中。
Description
本申请为2010年6月18日提交的申请号为201080031413.6的发明专利申请的分案申请。
技术领域
本公开的技术涉及光纤装置与光纤设备中提供的光纤连接密度与带宽。
背景技术
光纤之益处包括非常宽的带宽与低噪声运转。由于这些优点,光纤日益增多地用于各种应用,所述应用包括但不限于宽带语音、视频与数据传输。利用光纤的光纤网络正被开发和用于经由专用网络和公共网络向用户传送语音、视频和数据传输。这些光纤网络常常包括连接光纤的个别连接点,以将“在线光纤”从一个连接点提供到另一连接点。就这一点而言,光纤设备位于数据分配中心或者中心局,以支持互连。例如,所述光纤设备可支持服务器、存储局域网(SAN)和数据中心处的其它设备之间的互连。可通过光纤接线板或模组来支持互连。
所述光纤设备是基于应用和连接带宽需要定做的。所述光纤设备通常包含于安装在设备机架中的外罩中,以最佳化空间使用。数据传输速率可由数据中心中的设备提供,所述数据传输速率由通过所述光纤设备支持的连接带宽决定。所述带宽由包含在光纤设备中的光纤端口的数目以及连接到所述光纤端口的收发器的数据传输速率能力决定。当需要或者期望附加的带宽时,可在数据中心中利用或者按比例制作附加的光纤设备,以增加光纤端口数。然而,增加光纤端口的数目可能需要在数据中心中更大的设备机架空间。提供附加的光纤设备空间会增加成本。需要提供光纤设备,所述光纤设备在数据中心中提供基础,用于迁移至高密度接线场、端口以及更大的连接带宽容量,以提供至更高数据传输速率的迁移路径,同时最小化此类光纤设备所需的空间。
发明内容
在详细描述中公开的实施方式包括高密度和连接带宽的光纤装置,以及相关设备和方法。在某些实施方式中,提供了包含底板的光纤装置。所述底板可配置用于基于使用至少一个单工光纤元件或者双工光纤元件来支持每U空间至少九十八(98)个光纤连接、每U空间至少一百二十(120)个光纤连接,或者每U空间至少一百四十四(144)个光纤连接的光纤连接密度。在其它公开的实施方式中,所述底板可配置用于基于使用至少一个十二(12)芯光纤、光纤元件来支持每U空间至少四百三十四(434)的光纤连接密度或者至少五百七十六(576)的光纤连接密度。在其它公开的实施方式中,所述底板中的至少一个可配置用于基于使用至少一个二十四(24)芯光纤、光纤元件来支持每U空间至少八百六十六(866)个光纤连接或者每U空间至少一千一百五十二(1152)个光纤连接的光纤连接密度。本公开还提供了提供和支持上述光纤连接密度的方法。
在其它实施方式中,包含底板的光纤装置可配置用于基于使用至少一个单工或者双工光纤元件来支持每U空间至少九百六十二(962)千兆位每秒、至少一千二百(1200)千兆位每秒,或者至少一千四百四十(1440)千兆位每秒的全双工连接带宽。在其它公开的实施方式中,所述底板可配置用于基于使用至少一个十二(12)芯光纤、光纤元件来支持每U空间至少四千三百二十二(4322)千兆位每秒、至少四千八百(4800)千兆位每秒,或者至少五千七百六十(5760)千兆位每秒的全双工连接带宽。在另一公开的实施方式中,所述底板可配置用于支持每U空间至少八千六百四十二(8642)千兆位每秒的全双工连接带宽。本公开还提供了提供和支持上述光纤连接带宽的方法。
本发明的其它特征以及优点将在以下详细描述中阐述,并且在阅读该描述后,对本领域一般技艺人士而言本发明的其它特征以及优点将变得部分显而易见,或者通过实践如本文随后的详细描述、权利要求书以及附图中所描述的本发明可识别本发明的其它特征以及优点。
应理解先前的一般描述及以下详细描述仅为本发明之实例,且旨在提供概述或者框架来理解本公开的本质和特征。本公开包括附图以提供进一步理解,并且附图并入并构成本说明书的一部分。所述图式示出了各种实施方式,并且所述描述用于解释所公开概念的原理与操作。
附图说明
图1为根据一个实施方式的示例性光纤设备机架的正面透视图,所述光纤设备机架具有安装的示例性1-U大小的底板,所述底板支持高密度光纤模组以提供给定的光纤连接密度和带宽容量;
图2为图1的底板的背面透视局部放大图,所述底板具有安装在光纤设备支架中的光纤模组,所述光纤设备支架安装在光纤设备中;
图3为一个光纤设备支架的正面透视图,所述光纤设备支架具有安装的光纤模组,所述光纤模组配置为安装在图1的底板中。
图4为图3的光纤设备支架的局部放大图,所述光纤设备支架没有安装光纤模组;
图5为图3的光纤设备支架的局部放大图,所述光纤设备支架安装有光纤模组;
图6为图3的光纤设备支架的正面透视图,所述光纤设备支架没有安装光纤模组;
图7为支持光纤模组的光纤设备支架的正面透视图,所述光纤模组具有自图1的底板延伸出的光纤设备支架;
图8为设置在图1的底板中的示例性支架导向装置的左侧透视图,所述支架导向装置配置用于安装图6的能够支持一或更多个光纤模组的光纤设备支架;
图9A和图9B分别为示例性支架轨道的透视图和俯视图,所述支架轨道设置在图3的光纤设备支架的每个侧面,并且所述支架轨道配置为通过图8的支架导向装置安装在图1的底板中;
图10A和图10B分别为示例性光纤模组的正面右侧透视图和正面左侧透视图,所述光纤模组可设置在图3的光纤设备支架中;
图11为图10A和图10B的光纤模组的透视分解图;
图12为图11的光纤模组去除机盖后的透视俯视图,并且图12示出安装在所述光纤模组中的光纤捆束(fiber optic harness);
图13为图11的光纤模组的正视图,所述光纤模组没有安装光纤元件;
图14为另一可替代光纤模组的正面右侧透视图,所述光纤模组支持十二(12)芯纤维最大功率输出(MPO)光纤元件,并且所述光纤模组可安装在图3的光纤设备支架中;
图15为又一可替代光纤模组的正面右侧透视图,所述光纤模组支持二十四(24)芯纤维最大功率输出(MPO)光纤元件,并且所述光纤模组可安装在图3的光纤设备支架中;
图16为可替代光纤模组的正面透视图,所述可替代光纤模组安装在图3的光纤设备支架中;
图17为图16的光纤模组的正面右侧透视图;
图18为图16和图17的光纤模组的正视图;
图19为另一可替代光纤模组的正面透视图,所述可替代光纤模组安装在图3的光纤设备支架中;
图20为图19的光纤模组的正面右侧透视图;
图21为图19和图20的光纤模组的正视图;
图22为又一可替代光纤模组的正面透视图,所述可替代光纤模组安装在可替代光纤设备支架中,所述可替代光纤设备支架可安装在图1的底板中;
图23为图22的光纤模组的正面右侧透视图;
图24为图22和图23的光纤模组的正视图;以及
图25为根据所公开的光纤设备支架与光纤模组的可替代示例性4-U大小光纤底板的正面透视图,所述底板可支持所述光纤设备支架与光纤模组。
具体实施方式
现将详细参考某些实施方式,所述实施方式的实例示出于附图中,在附图中,示出了一些而并非所有特征结构。实际上,本文公开的实施方式可以许多不同的方式实施,并且不应视为本公开仅限于本文阐述的实施方式;相反,提供所述实施方式是为了使本公开满足可适用的法定要求。任何可能的情况下,相同的元件符号代表相同的元件或部分。
在详细描述中公开的实施方式包括高密度光纤模组和光纤模组外罩,以及相关设备。在某些实施方式中,光纤模组及/或光纤模组外罩的前端开口的宽度及/或高度可分别根据光纤模组以及光纤模组外罩的主体的正视图中宽度及/或高度的设计关系来提供,以支持光纤元件或者连接。以此方式,光纤元件可安装在光纤模组的正视图的给定百分比或者区域中,以针对给定的光纤元件类型提供高密度的光纤连接。在另一实施方式中,可提供光纤模组及/或光纤模组外罩的前端开口,以针对光纤模组及/或光纤模组外罩的前端开口的给定宽度及/或高度来支持光纤元件连接的设计的连接密度或者连接。在详细描述中公开的实施方式还包括高连接密度和带宽的光纤装置,以及相关设备。在某些实施方式中,提供了包括底板的光纤装置,所述底板界定一或更多个U空间光纤设备单元,其中所述一或更多个U空间光纤设备单元中的至少一个配置用于针对给定的光纤元件类型,支持1-U空间中给定的光纤连接密度或者带宽。
在这点上,图1以正面透视图示出示例性1-U大小的光纤设备10。如下文将更详细描述,所述光纤设备10支持高密度光纤模组,所述高密度光纤模组支持1-U空间中的高光纤连接密度以及带宽。所述光纤设备10可提供于数据分配中心或者中心局处,以支持电缆至电缆的光纤连接并管理数个光纤电缆连接。如将在下文更详细描述的,所述光纤设备10具有一或更多个光纤设备支架,各光纤设备支架支持一或更多个光纤模组。然而,所述光纤设备10还可以适用于支持一或更多个光纤接线板或者其它支持光纤元件并且支持连通性的光纤设备。
所述光纤设备10包括光纤设备底板12(“底板12”)。所述底板12示出为安装在光纤设备机架14中。所述光纤设备机架14包含两个垂直的轨道16A、16B,所述轨道16A、16B垂直地延伸并且包括一系列孔18,以帮助底板12附装在光纤设备机架14的内部。所述底板12附装于光纤设备机架14并且由光纤设备机架14支持,所述底板12呈搁架的形式,所述搁架在垂直轨道16A、16B内堆叠在彼此上面。如所示出的,所述底板12附装于垂直的轨道16A、16B。所述光纤设备机架14可支持1-U大小的搁架,其中“U”等于标准的1.75英寸高度和十九(19)英寸宽度。在某些应用中,“U”的宽度可能为二十三(23)英寸。又,术语光纤设备机架14应理解为还包括壳体结构。在本实施方式中,底板12为1-U大小;然而底板12还可提供为大于1-U的大小。
如下文随后将更详细论述的,光纤设备10包括数个可延伸的光纤设备支架20,每个光纤设备支架20承载一或更多个光纤模组22。底板12和光纤设备支架20支持光纤模组22,所述光纤模组22在给定空间(包括1-U空间)中支持高密度光纤模组和光纤连接密度与带宽连接。图1示出设置在光纤模组22中的示例性光纤元件23,所述光纤模组22支持光纤连接。例如,所述光纤元件23可为光纤适配器或者光纤连接器。如下文随后将更详细论述的,作为实例,可提供本实施方式中所述光纤模组22,以使得光纤元件23可设置为穿过光纤模组22的前侧或者前表面的宽度的至少百分之八十五(85%)。此光纤模组22的配置可提供大约90毫米(mm)或更小的前端开口,其中光纤元件可穿过所述前端开口设置,且对于单工或者双工光纤元件23,光纤连接密度为每7.0mm的光纤模组22的前端开口的宽度有至少一个光纤连接。在本实例中,每个光纤模组22中可安装六(6)个双工或者十二(12)个单工光纤元件。在本实施方式中,所述光纤设备支架20在大约1-U空间的宽度方向支持多达四(4)个光纤模组22,并且在1-U空间的高度方向有三(3)个光纤设备支架20,所以在1-U空间中总共有十二(12)个光纤模组22。因此,例如若六(6)个双工光纤元件设置于十二(12)个光纤模组22中的每一个光纤模组22中,则在1-U空间中底板12将支持总共一百四十四(144)个光纤连接或者七十二(72)个双工通道(即,发送与接收通道),其中光纤模组22安装在如图1所示的底板12的光纤设备支架20中。若五(5)个双工光纤适配器设置于十二(12)个光纤模组22中的每个光纤模组22中,则在1-U空间中底板12将支持总共一百二十(120)个光纤连接或者六十(60)个双工通道,其中光纤模组22安装在底板12的光纤设备支架20中。在1-U空间中所述底板12还支持至少九十八(98)个光纤元件,其中至少一个光纤元件为单工或者双工光纤元件。
若多纤光纤元件,诸如MPO元件,安装在所述光纤模组22中,则在使用类似光纤元件的其它底板12中将可能实现更高的光纤连接密度和带宽。例如,若多达四(4)个十二(12)芯纤维MPO光纤元件设置于每个光纤模组22中,并且在1-U空间中十二(12)个所述光纤模组22设置在所述底板12 中,则在1-U空间中所述底板12将支持多达五百七十六(576)个光纤连接。若多达四(4)个二十四(24)芯纤维MPO光纤元件设置于每个光纤模组22中,并且十二(12)个所述光纤模组22设置在所述底板12中,则在1-U空间中所述底板12将支持多达一千一百五十二(1152)个光纤连接。
图2为图1的底板12的背面透视局部放大图,所述底板12具有装载有光纤元件23并且安装在光纤设备支架20中的光纤模组22,所述光纤设备支架20安装在所述底板12中。模组轨道28A、28B设置在每个光纤模组22的每个侧面上。所述模组轨道28A、28B配置为插入模组轨道导向装置32的支架通道30内,所述模组轨道导向装置32设置在光纤设备支架20中,如图3至图5中更详细示出。应注意可提供任何数量的模组轨道导向装置32。在本实施方式中,所述光纤模组22可自光纤设备支架20的前端34和后端36安装。若期望在所述光纤设备支架20中从后端36安装所述光纤模组22,则所述光纤模组22的前端33可自所述光纤设备支架20的后端36插入。更具体地,将所述光纤模组22的前端33插入所述模组轨道导向装置32的支架通道30中。随后可将所述光纤模组22在支架通道30内向前推动,直到所述光纤模组22到达模组轨道导向装置32的前端34。可将所述光纤模组22向前端34移动,直到所述光纤模组22到达设置于前端34中的停止或者锁固特征结构,如本申请中随后将描述的。图6还示出没有安装光纤模组22的光纤设备支架20,以说明所述支架通道30和所述光纤设备支架20的其它特征结构。
通过将所述光纤模组22向前推动至所述光纤设备支架20的前端33,可将所述光纤模组22锁固在所述光纤设备支架20中的适当位置处。如图3中所示出并且如在图4的局部放大图中更详细描述,形式为前端停止结构38的锁固特征结构设置于模组轨道导向装置32中。所述前端停止结构38阻止光纤模组22延伸出前端34,如图5中安装有光纤模组22的光纤设备支架20的局部放大图中所示出的。当期望从所述光纤设备支架20移除光纤模组22时,可将也设置在所述模组轨道导向装置32中并且与所述前端停止结构38耦接的前端模组调整片40向下推动至与所述前端停止结构38啮合。因此,所述前端停止结构38将远离所述光纤模组22向外移动,以便不会阻挡将光纤模组22向前牵引。可将所述光纤模组22且特别是所述光纤模组22的模组轨道28A、28B(图2)沿着所述模组轨道导向装置32向前牵引,以从所述光纤设备支架20移除所述光纤模组22。
所述光纤模组22还可以从所述光纤设备支架20的后端36移除。为了从所述光纤设备支架20的后端36移除所述光纤模组22,通过向内推动拉杆46(见图2和图3;同时见图10A和图10B)朝向所述光纤模组22来使闩锁44松开,以从所述模组轨道导向装置32释放所述闩锁44。为了帮助向内推动所述拉杆46朝向所述光纤模组22,在拉杆46的邻近处设置指钩48,以便通过拇指与食指可容易地将所述拉杆46压入所述指钩48。
接着参考图3至图6,所述光纤设备支架20还可包括延伸构件50。路径导向装置52可便利地设置在延伸构件50上,以为连接到光纤元件23的光纤或者光纤电缆提供路径导向,所述光纤元件23设置在所述光纤模组22中(图3)。光纤设备支架20的端部上的路线导向装置52’可相对于模组轨道导向装置32倾斜,以与光纤设备支架20的侧面成一定角度地为光纤或者光纤电缆引导路径。牵引调整片54还可以连接到延伸构件50,以提供方法使得可容易地将光纤设备支架20从所述底板12拔出和推入所述底板12。
如图3和图6所示出的,所述光纤设备支架20还包括支架轨道56。所述支架轨道56配置为安装在设置于底板12中的支架导向装置58中,以保持和容许光纤设备支架20移入和移出底板12,如图7中所示出的。更多关于支架轨道56和在底板12中所述支架轨道56与支架导向装置58耦接的细节在下文中参照图8和图9A至图9B论述。可通过将光纤设备支架20的支架轨道56在支架导向装置58内移动来将光纤设备支架20移入和移出底板12。以此方式,在底板12中所述光纤设备支架20在支架导向装置58周围可独立地移动。图7示出设置于底板12的支架导向装置58内的三(3)个光纤设备支架20中自所述底板12拔出的一个光纤设备支架20的正面透视图。所述支架导向装置58可设置在所述光纤设备支架20的左侧端60和右侧端62上。所述支架导向装置58在底板12中于相对位置面对面地安装,以为安装在支架导向装置58中的光纤设备支架20的支架轨道56提供互补的支架导向装置58。若期望接入特定的光纤设备支架20及/或光纤设备支架20中特定的光纤模组22,则可将所欲光纤设备支架20的牵引调整片54向前牵引,以使所述光纤设备支架20向前延伸出底板12,如图7所示出的。如先前所论述的,可以从光纤设备支架20移除光纤模组22。当完成接入时,可将光纤设备支架20推回底板12中,其中所述支架轨道56在设置于底板12中的支架导向装置58内移动。
图8为设置在图1的底板12中的示例性支架导向装置58的左侧透视图。如以上所论述的,所述支架导向装置58配置用于安装光纤设备支架20,所述光纤设备支架20在底板12中支持一或更多个光纤模组22。所述支架导向装置58容许光纤设备支架20从底板12中拔出,如图7所示出的。在本实施方式中,所述支架导向装置58由导板64构成。所述导板64可由任何期望的材料构成,包括但并不限于聚合物或者金属。所述导板64包括一系列孔66,以帮助导板64附装于底板12,如图8所示出的。导向构件68设置在导板64中,并且配置用于安装光纤设备支架20的支架轨道56。在图8的实施方式中,三(3)个导向构件68设置于所述导板64中,以能够在1-U空间中安装三(3)个光纤设备支架20的多达三(3)个支架轨道56。然而,可在所述支架导向装置58中提供任何数量的所欲导向构件68,以覆盖小于或者大于1-U空间的大小。在本实施方式中,各导向构件68包括导槽70,所述导槽70配置用于安装支架轨道56和容许支架轨道56沿着导槽70移动,以在底板12周围移动光纤设备支架20。
弹簧板72设置在所述支架导向装置58的每个导向构件68中,并且在导向构件68中,弹簧板72配置用于提供在光纤设备支架20移动期间支架轨道56的停止位置。各弹簧板72包括掣子74,所述掣子74配置用于安装设置在支架轨道56中的凸出物76(图9A至图9B),以提供停止或者静止位置。所述支架轨道56包括安装台75,所述安装台75用于将支架轨道56附装至光纤设备支架20。在支架导向装置56中提供停止位置可能是理想的,以容许光纤设备支架20在移入和移出底板12时具有停止位置。在任何给定时间,支架轨道56中的两(2)个凸出物76设置在支架导向装置58中的两(2)个掣子74中。当所述光纤设备支架20在第一停止位置完全收缩入底板12时,支架轨道56的两(2)个凸出物76设置在与导槽70的后端77邻近的一个掣子74中,以及设置在导槽70的后端77与前端78之间的中间掣子74中。当所述光纤设备支架20自底板12拔出时,支架轨道56的两(2)个凸出物76设置在与导槽70的前端78邻近的一个掣子74中,以及设置在导槽70的后端77与前端78之间的中间掣子74中。
因为在导槽70内牵引所述支架轨道56,所以在图9A和图9B中示出的、设置在支架轨道56中的凸出物80偏移以通过设置在弹簧板72间的过渡构件82,如图8所示出的。凸出物80设置于设置在支架轨道56中的弹簧板81中,如图9A和图9B所示出的。所述过渡构件82具有倾斜面84,所述倾斜面84容许凸出物80通过所述过渡构件82,因为所述光纤设备支架20正在与导槽70一起平移。因为所述凸出物80包括过渡构件82,所以施加在凸出物80上的力使得弹簧片81向内弯折,以容许凸出物80通过过渡构件82。为了防止所述支架轨道56以及因此防止光纤设备支架20延伸超出导槽70的前端78和后端77,停止构件86设置在所述导槽70的前端78和后端77。所述停止构件86不具有倾斜面;因此在所述支架轨道56中的所述凸出物80邻接于停止构件86,以防止凸出物80延伸出停止构件86并到达导槽70的前端78外。
以1-U底板12和光纤设备支架20以及可安装在光纤设备支架20中的光纤模组22的上述公开实施方式为背景,现将描述光纤模组22的波形系数。所述光纤模组22的波形系数容许高密度的光纤元件23设置在光纤模组22前端的某一百分比区域内,从而针对给定类型的光纤元件23支持特定的光纤连接密度和带宽。当光纤模组22的波形系数与在1-U空间中支持多达十二(12)个光纤模组22的能力结合时,如上述实例中通过示例性底板12所描述的,支持并且可能实现更高的光纤连接密度和带宽。
在这点上,图10A和图10B为所述示例性光纤模组22的右侧透视图和左侧透视图。如以上论述的,所述光纤模组22可安装在光纤设备支架20中,以在底板12中提供光纤连接。所述光纤模组22由安装有机盖92的主体90构成。内腔室94(图11)设置在主体90内部,并且所述机盖92配置用于安装或者保持光纤或光纤电缆捆束,如下文将更详细描述的。所述主体90设置在主体90的前侧96与后侧98之间。光纤元件23可设置为穿过主体90的前侧96,并配置用于安装连接到光纤电缆的光纤连接器(未示出)。在本实例中,所述光纤元件23为双工电平调节(LC)光纤适配器,所述双工LC光纤适配器配置用于安装与支持与双工LC光纤连接器的连接。然而,在所述光纤模组22中可设置任何期望的光纤连接类型。所述光纤元件23连接到穿过主体90的后侧98设置的光纤元件100。以此方式,至光纤元件23的连接产生至光纤元件100的光纤连接。在本实例中,所述光纤元件100为多纤MPO光纤适配器,所述多纤MPO光纤适配器装备以用于创建至多光纤(例如,十二(12)个或者二十四(24)个光纤)的连接。所述光纤模组22还可管理光纤元件23、100之间的极性。
所述模组轨道28A、28B设置在光纤模组22的每个侧面102A、102B上。如先前所论述的,所述模组轨道28A、28B配置为插入光纤设备支架20中的模组轨道导向装置32内,如图3所示出的。以此方式,当期望在光纤设备支架20中安装光纤模组22时,光纤模组22的前侧96可从光纤设备支架20的前端33或者后端36插入,如先前所论述的。
图11示出光纤模组22的分解图,其中移除了光纤模组22的的机盖92,以说明光纤模组22的内腔室94与其它的内部元件。图12示出装配后的光纤模组22,但是其中主体90上没有安装机盖92。所述机盖92包括设置在侧面108、110中的凹口106,当将机盖92附装至主体90时,所述凹口106配置用于与设置在光纤模组22的主体90的侧面102A、102B上的凸出物112联锁,以将机盖92固定至主体90。所述机盖92还包括凹口114、116,所述凹口114、116分别设置在机盖92的前侧118与后侧120。当将机盖92附装至主体90时,所述凹口114、116配置用于与分别设置在主体90的前侧96与后侧98中的凸出物122、124联锁,以同样将机盖92固定至主体90。图12未示出凸出物122、124。
接着参考图11,光纤元件23设置为穿过前端开口126,所述前端开口126沿着主体90的前侧96中的纵轴L1设置。在本实施方式中,所述光纤元件23为双工LC适配器128,所述双工LC适配器128支持单工或者双工光纤连接与连接器。在本实施方式中,所述双工LC适配器128包括凸出物130,所述凸出物130配置用于与设置在主体90上的孔口135啮合,以将所述双工LC适配器128固定在本实施方式中的主体90中。电缆捆束134设置在内腔室94中,其中光纤连接器136、138设置在光纤139的每个端部上,所述光纤139连接至双工LC适配器128和设置在主体90的后侧98中的光纤元件100。在本实施方式中,所述光纤元件100为十二(12)芯纤维MPO光纤适配器140。两个垂直构件142A、142B设置在主体90的内腔室94中,如图12所示出的,以保持电缆捆束134的光纤139的回路。在本实施方式中,所述垂直构件142A、142B以及所述垂直构件142A、142B之间的距离设计用于在光纤139中提供弯曲半径R,所述弯曲半径R不大于四十(40)mm并且优选地为二十五(25)mm或者更少。
图13示出光纤模组22的正视图,其中前侧96中未装载光纤元件23,以进一步说明光纤模组22的波形系数。如先前所描述的,前端开口126穿过主体90的前侧96设置,以安装光纤元件23。前端开口126的宽度W1越大,在所述光纤模组22中可设置的光纤元件23的数量越大。更大数量的光纤元件23等同于更多的光纤连接,所述更多的光纤连接支持更高光纤连接性以及带宽。然而,前端开口126的宽度W1越大,在底板12中需要为光纤模组22提供的区域越大。因此,在本实施方式中,所述前端开口126的宽度W1设计为所述光纤模组22的主体90的前侧96的宽度W2的至少百分之八十五(85%)。宽度W1比宽度W2的百分比越大,在不增加宽度W2的情况下,在前端开口126中提供用于安装光纤元件23的区域越大。在本实施方式中,宽度W3,即光纤模组22的总宽度可为86.6mm或者3.5英寸。在本实施方式中,所述光纤模组22的总深度D1为113.9mm或者4.5英寸(图12)。如先前所论述的,所述光纤模组22设计为使得四(4)个光纤模组22可设置在底板12中的光纤设备支架20中的1-U宽度空间中。在本实施方式中,所述底板12的宽度设计用于调节1-U空间的宽度。
当三(3)个光纤设备支架20设置在底板12的1-U高度中时,在给定的1-U空间中可支持总共十二(12)个光纤模组22。如所示出的在图1中的底板12中每个光纤模组22支持多达十二(12)个光纤连接,等同于在底板12中的1-U空间中所述底板12支持多达一百四十四(144)个光纤连接或者七十二(72)个双工通道(即,在1-U空间中十二(12)个光纤连接×十二(12)个光纤模组22)。因此,底板12能够通过设置在所述光纤模组22中的十二(12)个单工光纤适配器或者六(6)个双工光纤适配器来支持1-U空间中多达一百四十四(144)个光纤连接。每个光纤模组22支持多达十(10)个光纤连接等同于在所述底板12中的1-U空间中底板12支持一百二十(120)个光纤连接或者六十(60)个双工通道(即,在1-U空间中十(10)个光纤连接×十二(12)个光纤模组22)。因此,底板12也能够通过设置在所述光纤模组22中的十(10)个单工光纤适配器或者五(5)个双工光纤适配器来支持1-U空间中多达一百二十(120)个光纤连接。
在本文公开的本实施方式中,底板12与光纤模组22可支持1-U空间中的光纤连接密度,其中在1-U空间中由十二(12)个光纤模组22中的光纤元件23占据的区域代表1-U空间中总光纤设备机架14的区域的至少百分之五十(50%)(见图1)。在底板12的1-U空间中设置十二(12)个光纤模组22的情形下,所述1-U空间由光纤元件23构成,所述光纤元件23占据所述光纤模组22的前侧96的区域的至少百分之七十五(75%)。
用于提供一(1)个传输/接收对的两(2)个双工光纤可容许半双工方式下十(10)千兆位每秒或者全双工方式下二十(20)千兆位每秒的数据传输速率。因此,根据上述实施方式,若利用十(10)千兆位收发器,则利用至少一个双工或者单工光纤元件来在1-U空间中提供至少七十二(72)个双工传输与接收对可支持1-U空间中半双工方式下至少七百二十(720)千兆位每秒或者1-U空间中全双工方式下至少一千四百四十(1440)千兆位每秒的数据传输速率。若利用一百(100)千兆位收发器,则本配置还可以分别地支持1-U空间中半双工方式下至少六百(600)千兆位每秒以及1-U空间中全双工方式下至少一千二百(1200)千兆位每秒的数据传输速率。若利用四十(40)千兆位收发器,则本配置还可以分别地支持1-U空间中半双工方式下至少四百八十(480)千兆位每秒以及1-U空间中全双工方式下至少九百六十(960)千兆位每秒的数据传输速率。当利用十(10)千兆位收发器时,在1-U空间中至少六十(60)个双工传输与接收对可容许1-U空间中半双工方式下至少六百(600)千兆位每秒或者1-U空间中全双工方式下至少一千二百(1200)千兆位每秒的数据传输速率。当利用十(10)千兆位收发器时,在1-U空间中至少四十九(49)个双工传输与接收对可容许1-U空间中半双工方式下至少四百八十一(481)千兆位每秒或者1-U空间中全双工方式下至少九百六十二(962)千兆位每秒的数据传输速率。
前端开口126的宽度W1可设计为大于光纤模组22的主体90的前侧96的宽度W2的百分之八十五(85%)。例如,宽度W1可设计为介于宽度W2的百分之九十(90%)与百分之九十九(99%)之间。作为实例,宽度W1可小于九十(90)mm。作为另一实例,宽度W1可小于八十五(85)mm或者小于八十(80)mm。例如,宽度W1可为八十三(83)mm,而宽度W2可为八十五(85)mm,宽度W1比宽度W2的比率为97.6%。在本实例中,在宽度W1中前端开口126可支持十二(12)个光纤连接,以支持前端开口126的宽度W1中每7.0mm至少一个光纤连接的光纤连接密度。此外,在宽度W1中所述光纤模组22的前端开口126可支持十二(12)个光纤连接,以支持前端开口126的宽度W1中每6.9mm至少一个光纤连接的光纤连接密度。
此外如图13中所示出的,前端开口126的高度H1可设计为所述光纤模组22的主体90的前侧96的高度H2的至少百分之九十(90%)。以此方式,前端开口126具有充分的高度以安装光纤元件23,并且因此三(3)个光纤模组22可设置在1-U空间高度中。作为实例,高度H1可为十二(12)mm或者更少,或者为十(10)mm或者更少。作为实例,高度H1可为十(10)mm,而高度H2可为十一(11)mm(或者7/16英寸),高度H1比高度H2的比率为90.9%。
具有替代性光纤连接密度的可替代光纤模组为可能的。图14为可替代光纤模组22’的正面透视图,所述可替代光纤模组22’可安装在图1的光纤设备支架20中。光纤模组22’的波形系数与图1至图13中示出的光纤模组22的波形系数相同。然而,在图14的光纤模组22’中,两(2)个MPO光纤适配器150设置为穿过光纤模组22’的前端开口126。所述MPO光纤适配器150连接至两(2)个MPO光纤适配器152,所述MPO光纤适配器152设置在光纤模组22’的主体90的后侧98中。因此,若各MPO光纤适配器150支持十二(12)个光纤,则所述光纤模组22’可支持多达二十四(24)个光纤连接。因此,在本实例中,若多达十二(12)个光纤模组22’设置于底板12的光纤设备支架20中,则在1-U空间中底板12可支持多达二百八十八(288)个光纤连接。此外在本实例中,在宽度W1(图13)中所述光纤模组22’的前端开口126可支持二十四(24)个光纤连接,以支持前端开口126的宽度W1中每3.4-3.5mm至少一个光纤连接的光纤连接密度。应理解关于模组的论述同样适用于面板。为了本公开之目的,面板的一侧可具有一或更多个适配器,且在相对侧没有适配器。
因此,根据上述实施方式,若利用十(10)千兆位收发器,则利用至少一个十二(12)芯纤维MPO光纤元件来在1-U空间中提供至少二百八十八(288)个双工传输与接收对可支持1-U空间中半双工方式下至少二千八百八十(2880)千兆位每秒或者1-U空间中全双工方式下至少五千七百六十(5760)千兆位每秒的数据传输速率。若利用一百(100)千兆位收发器,则本配置还可以分别地支持1-U空间中半双工方式下至少四千八百(4800)千兆位每秒以及1-U空间中全双工方式下至少九千六百(9600)千兆位每秒的数据传输速率。若利用四十(40)千兆位收发器,则本配置还可以分别地支持1-U空间中半双工方式下至少一千九百二十(1920)千兆位每秒以及1-U空间中全双工方式下至少三千八百四十(3840)千兆位每秒的数据传输速率。当利用使用至少一个十二(12)芯纤维MPO光纤元件的十(10)千兆位收发器时,本配置还可以支持1-U空间中半双工方式下至少四千三百二十二(4322)千兆位每秒的数据传输速率;或者当利用使用至少一个二十四(24)芯纤维MPO光纤元件的十(10)千兆位收发器时,本配置还可以支持1-U空间中全双工方式下至少二千一百六十一(2161)千兆位每秒的数据传输速率。
若光纤模组22’中的MPO光纤适配器150支持二十四(24)个光纤,则所述光纤模组22’可支持多达四十八(48)个光纤连接。因此,在本实例中,若多达十二(12)个光纤模组22’设置于底板12的光纤设备支架20中,则在1-U空间中底板12可支持多达五百七十六个(576)个光纤连接。此外在本实例中,在宽度W1中所述光纤模组22’的前端开口126可支持多达四十八(48)个光纤连接,以支持前端开口126的宽度W1中每1.7mm至少一个光纤连接的光纤连接密度。
图15为另一可替代光纤模组22”的正面透视图,所述可替代光纤模组22”可安装在图1的光纤设备支架20中。光纤模组22”的波形系数与图1至图13中示出的光纤模组22的波形系数相同。然而,在所述光纤模组22”中,四(4)个MPO光纤适配器154设置为穿过所述光纤模组22”的前端开口126。所述MPO光纤适配器154连接至四(4)个MPO光纤适配器156,所述MPO光纤适配器156设置在光纤模组22’的主体90的后端98中。因此,若MPO光纤适配器150支持十二(12)个光纤,则所述光纤模组22”可支持多达四十八(48)个光纤连接。因此,在本实例中,若多达十二(12)个光纤模组22”设置于底板12的光纤设备支架20中,则在1-U空间中底板12可支持多达五百七十六个(756)个光纤连接。此外在本实例中,在宽度W1中所述光纤模组22”的前端开口126可支持二十四(24)个光纤连接,以支持前端开口126的宽度W1中每1.7mm至少一个光纤连接的光纤连接密度。
若设置在光纤模组22”中的四(4)个MPO光纤适配器154支持二十四(24)个纤维,则光纤模组22”可支持多达九十六(96)个光纤连接。因此,在本实例中,若多达十二(12)个光纤模组22”设置于底板12的光纤设备支架20中,则在1-U空间中底板12可支持多达一千一百五十二(1152)个光纤连接。此外在本实例中,在宽度W1中所述光纤模组22”的前端开口126可支持多达九十六(96)个光纤连接,以支持前端开口126的宽度W1中每0.85mm至少一个光纤连接的光纤连接密度。
此外,根据上述实施方式,若利用十(10)千兆位收发器,则利用至少一个二十四(24)芯纤维MPO光纤元件来在1-U空间中提供至少五百七十六(576)个双工传输与接收对可支持1-U空间中半双工方式下至少五千七百六十(5760)千兆位每秒或者1-U空间中全双工方式下至少一万一千五百二十(11520)千兆位每秒的数据传输速率。若利用一百(100)千兆位收发器,则本配置还可以分别地支持1-U空间中半双工方式下至少四千八百(4800)千兆位每秒以及1-U空间中全双工方式下至少九千六百(9600)千兆位每秒的数据传输速率。若利用四十(40)千兆位收发器,则本配置还可以分别地支持1-U空间中半双工方式下至少三千八百四十(3840)千兆位每秒以及1-U空间中全双工方式下至少七千六百八十(7680)千兆位每秒的数据传输速率。当利用使用至少一个二十四(24)芯纤维MPO光纤元件的十(10)千兆位收发器时,本配置还可以支持1-U空间中全双工方式下至少八千六百四十二(8642)千兆位每秒的数据传输速率;或者当利用使用至少一个二十四(24)芯纤维MPO光纤元件的十(10)千兆位收发器时,本配置还可以支持1-U空间中全双工方式下至少四千三百二十一(4321)千兆位每秒的数据传输速率。
图16示出可替代光纤模组160,所述可替代光纤模组160可设置在光纤设备支架20中,以支持光纤连接和连接密度以及带宽。图17为图16的光纤模组160的右侧正面透视图。在本实施方式中,光纤模组160设计为跨两组模组轨道导向装置32安装。通道162设置为穿过光纤模组160的中心轴164,以安装光纤设备支架20中的模组轨道导向装置32。模组轨道165A、165B类似于图1至图13的光纤模组22的模组轨道28A、28B,所述模组轨道165A、165B设置在光纤模组160的通道162内且配置用于与光纤设备支架20中的支架通道30啮合。模组轨道166A、166B类似于图1至图13的光纤模组22的模组轨道28A、28B,所述模组轨道166A、166B设置在光纤模组160的各侧面168、170上,且各侧面168、170配置为与光纤设备支架20中的支架通道30啮合。所述模组轨道166A、166B配置用于与模组轨道导向装置32中的支架通道30啮合,所述支架通道30设置在模组轨道导向装置32之间并且与模组轨道导向装置32啮合,所述模组轨道导向装置32设置于光纤模组160的两侧边168、170上。
多达二十四(24)个光纤元件23可设置在光纤模组160的前侧172中。在本实施方式中,光纤元件23由多达十二(12)个双工LC光纤适配器构成,所述双工LC光纤适配器连接至设置于光纤模组160的后端176的一个二十四(24)芯纤维MPO光纤连接器174。因此,当三(3)个光纤设备支架20设置在底板12的高度方向时,在给定的1-U空间中可支持总共六(6)个光纤模组160。每个光纤模组160支持多达二十四(24)个光纤连接,等同于在底板12中的1-U空间中所述底板12支持多达一百四十四(144)个光纤连接或者七十二(72)个双工通道(即,在1-U空间中二十四(24)个光纤连接×六(6)个光纤模组160)。因此,底板12能够通过设置在所述光纤模组160中的二十四(24)个单工光纤适配器或者十二(12)个双工光纤适配器来支持1-U空间中多达一百四十四(144)个光纤连接。每个光纤模组160支持多达二十(20)个光纤连接等同于在所述底板12中的1-U空间中底板12支持一百二十(120)个光纤连接或者六十(60)个双工通道(即,在1-U空间中二十(20)个光纤连接×六(6)个光纤模组160)。因此,底板12也能够通过设置在所述光纤模组160中的二十(20)个单工光纤适配器或者十(10)个双工光纤适配器来支持1-U空间中多达一百二十(120)个光纤连接。
图18示出图16至图17中的光纤模组160的正视图,其中所述前侧172中没有装载光纤元件23,以进一步说明本实施方式中光纤模组160的波形系数。设置在通道162的各侧面上的前端开口178A、178B设置为穿过光纤模组160的主体180的前侧172,以安装光纤元件23。所述宽度W1和W2以及所述高度H1和H2与图13中示出的光纤模组22中的宽度和高度相同。因此,在本实施方式中,前端开口178A、178B的宽度W1设计为所述光纤模组160的主体180的前侧172的宽度W2的至少百分之八十五(85%)。宽度W1比宽度W2的百分比越大,在不增加宽度W2的情况下在前端开口178A、178B中提供用于安装光纤元件23的区域越大。
前端开口178A、178B的宽度W1可各自设计为大于所述光纤模组160的主体180的前侧172的宽度W2的百分之八十五(85%)。例如,宽度W1可设计为介于宽度W2的百分之九十(90%)与百分之九十九(99%)之间。作为实例,宽度W1可小于九十(90)mm。作为另一实例,宽度W1可小于八十五(85)mm或者小于八十(80)mm。例如,宽度W1可为八十三(83)mm,而宽度W2可为八十五(85)mm,宽度W1比宽度W2的比率为97.6%。在本实例中,在宽度W1中前端开口178A、178B可支持十二(12)个光纤连接,以支持前端开口178A、178B的宽度W1中每7.0mm至少一个光纤连接的光纤连接密度。此外,在宽度W1中每一前端开口178A、178B可支持十二(12)个光纤连接,以支持前端开口178A、178B的宽度W1中每6.9mm至少一个光纤连接的光纤连接密度。
此外,如图18中所示出的,前端开口178A、178B的高度H1可设计为所述光纤模组160的所述主体180的前侧172的高度H2的至少百分之九十(90%)。以此方式,前端开口178A、178B具有充分的高度以安装光纤元件23,而三(3)个光纤模组160可设置在1-U空间高度中。作为实例,高度H1可为十二(12)mm或者更少,或者为十(10)mm或者更少。作为实例,高度H1可为十(10)mm,而高度H2可为十一(11)mm,高度H1比高度H2的比率为90.9%。
图19示出另一可替代光纤模组190,所述可替代光纤模组190可设置在光纤设备支架20中,以支持光纤连接和连接密度以及带宽。图20为图19的光纤模组190的右侧正面透视图。在本实施方式中,光纤模组190设计为跨两组模组轨道导向装置32安装。纵向接收器192设置为穿过中心轴194,并且配置用于通过所述接收器192中的开口193安装光纤设备支架20中的模组轨道导向装置32。模组轨道195A、195B类似于图1至图13的光纤模组22的模组轨道28A、28B,所述模组轨道195A、195B设置在光纤模组190的各侧面198、200上,且各侧面198、200配置为与光纤设备支架20中的支架通道30啮合。
多达二十四(24)个光纤元件23可设置在光纤模组190的前侧202中。在本实施方式中,光纤元件23由多达十二(12)个双工LC光纤适配器构成,所述双工LC光纤适配器连接至设置于光纤模组190的后端206的一个二十四(24)芯纤维MPO光纤连接器204。因此,当三(3)个光纤设备支架20设置在底板12的高度方向时,在给定的1-U空间中可支持总共六(6)个光纤模组190。每个光纤模组190支持多达二十四(24)个光纤连接,等同于在底板12中的1-U空间中所述底板12支持多达一百四十四(144)个光纤连接或者七十二(72)个双工通道(即,在1-U空间中二十四(24)个光纤连接×六(6)个光纤模组190)。因此,底板12能够通过设置在所述光纤模组190中的二十(24)个单工光纤适配器或者十二(12)个双工光纤适配器来支持1-U空间中多达一百四十四(144)个光纤连接。每个光纤模组190支持多达二十四(20)个光纤连接等同于在所述底板12中的1-U空间中底板12支持一百二十(120)个光纤连接或者六十(60)个双工通道(即,在1-U空间中二十(20)个光纤连接×六(6)个光纤模组190)。因此,底板12也能够通过设置在所述光纤模组190中的二十(20)个单工光纤适配器或者十(10)个双工光纤适配器来支持1-U空间中多达一百二十(120)个光纤连接。
图21示出图19至图20中的光纤模组190的正视图,其中所述前侧202中没有装载光纤元件23,以进一步说明光纤模组190的波形系数。前端开口208A、208B设置在接收器192的各侧面上并且穿过光纤模组190的主体210的前侧202,以安装光纤元件23。所述宽度W1和W2以及所述高度H1和H2与图13中示出的光纤模组22中的宽度和高度相同。因此,在本实施方式中,前端开口208A、208B的宽度W1设计为所述光纤模组190的主体210的前侧202的宽度W2的至少百分之八十五(85%)。宽度W1比宽度W2的百分比越大,在不增加宽度W2的情况下在前端开口208A、208B中提供用于安装光纤元件23的区域越大。
前端开口208A、208B的宽度W1可各自设计为大于所述光纤模组190的主体210的前侧202的宽度W2的百分之八十五(85%)。例如,宽度W1可设计为介于宽度W2的百分之九十(90%)与百分之九十九(99%)之间。作为实例,宽度W1可小于九十(90)mm。作为另一实例,宽度W1可小于八十五(85)mm或者小于八十(80)mm。例如,宽度W1可为八十三(83)mm,而宽度W2可为八十五(85)mm,宽度W1比宽度W2的比率为97.6%。在本实例中,在宽度W1中前端开口208A、208B可支持十二(12)个光纤连接,以支持前端开口208A、208B的宽度W1中每7.0mm至少一个光纤连接的光纤连接密度。此外,在宽度W1中每一前端开口208A、208B可支持十二(12)个光纤连接,以支持前端开口208A、208B的宽度W1中每6.9mm至少一个光纤连接的光纤连接密度。
此外,如图21中所示出的,前端开口208A、208B的高度H1可设计为所述光纤模组190的所述主体210的前侧202的高度H2的至少百分之九十(90%)。以此方式,前端开口208A、208B具有充分的高度以安装光纤元件23,而三(3)个光纤模组190可设置在1-U空间高度中。作为实例,高度H1可为十二(12)mm或者更少,或者为十(10)mm或者更少。作为实例,高度H1可为十(10)mm,而高度H2可为十一(11)mm,高度H1比高度H2的比率为90.9%。
图22示出另一可替代光纤模组220,所述光纤模组220可设置在光纤设备支架20’中,以支持1-U空间中更大数量的光纤连接与连接密度以及带宽。在本实施方式中的光纤设备支架20’类似于先前以上所论述的光纤设备支架20;然而,所述光纤设备支架20’仅包括三(3)个模组轨道导向装置32,而不是五(5)个模组轨道导向装置32。因此,所述光纤设备支架20’仅支持跨1-U空间宽度的两个光纤模组220。因此,所述光纤模组220不必分别提供光纤模组160、190的通道162或者接收器192,通道162或者接收器192将设置于光纤设备支架20’内。图23为图22的光纤模组220的右侧正面透视图。所述光纤模组220设计为跨光纤设备支架20’中的一组模组轨道导向装置32安装。模组轨道225A、225B类似于图1至图13的光纤模组22的模组轨道28A、28B,所述模组轨道225A、225B设置在光纤模组220的各侧面228、230上,且各侧面228、230配置为与光纤设备支架20’中的支架通道30啮合,如图22所示出的。
多达二十四(24)个光纤元件23可设置在光纤模组220的前侧232中。在本实施方式中,光纤元件23由多达十二(12)个双工LC光纤适配器构成,所述双工LC光纤适配器连接至设置于光纤模组220的后端236的一个二十四(24)芯纤维MPO光纤连接器234。因此,当三(3)个光纤设备支架20’设置在底板12的高度方向时,在给定的1-U空间中可支持总共六(6)个光纤模组220。每个光纤模组220支持多达二十四(24)个光纤连接,等同于在底板12中的1-U空间中所述底板12支持多达一百四十四(144)个光纤连接或者七十二(72)个双工通道(即,在1-U空间中二十四(24)个光纤连接×六(6)个光纤模组220)。因此,底板12能够通过设置在所述光纤模组220中的二十(24)个单工光纤适配器或者十二(12)个双工光纤适配器来支持1-U空间中多达一百四十四(144)个光纤连接。每个光纤模组220支持多达二十(20)个光纤连接等同于在所述底板12中的1-U空间中底板12支持一百二十(120)个光纤连接或者六十(60)个双工通道(即,在1-U空间中二十(20)个光纤连接×六(6)个光纤模组220)。因此,底板12也能够通过设置在所述光纤模组220中的二十(20)个单工光纤适配器或者十(10)个双工光纤适配器来支持1-U空间中多达一百二十(120)个光纤连接。
图24示出图22至图23中的光纤模组220的正视图,其中所述前侧232中没有装载光纤元件23,以进一步说明本实施方式中光纤模组220的波形系数。前端开口238穿过光纤模组220的主体240的前侧232,以安装所述光纤元件23。前端开口238的宽度W4为图13中示出的光纤模组22中的前端开口98的宽度W1的两倍。前侧232的宽度W5为一百八十八(188)mm。图13中示出的光纤模组22中的前侧96的宽度W2。高度H1和H2与图13中示出的光纤模组22中的高度H1和H2相同。因此,在本实施方式中,前端开口238的宽度W4设计为所述光纤模组220的主体240的前侧232的宽度W5的至少百分之八十五(85%)。宽度W4比宽度W5的百分比越大,在不增加宽度W4的情况下在前端开口238中提供用于安装光纤元件23的区域越大。
前端开口238的宽度W4设计为大于所述光纤模组220的主体240的前侧232的宽度W5的百分之八十五(85%)。例如,宽度W4可设计为介于宽度W5的百分之九十(90%)与百分之九十九(99%)之间。作为实例,宽度W4可为小于一百八十(180)mm。作为另一实例,宽度W4可为小于一百七十(170)mm 或者小于一百六十(160)mm。例如,宽度W4可为一百六十六(166)mm,而宽度W5可为171mm,宽度W4比宽度W5的比率为166/171=97%。在本实例中,在宽度W4中前端开口238可支持二十四(24)个光纤连接,以支持前端开口238的宽度W4中每7.0mm至少一个光纤连接的光纤连接密度。此外,在宽度W4中前端开口238可支持二十四(24)个光纤连接,以支持前端开口238的宽度W4中每6.9mm至少一个光纤连接的光纤连接密度。
此外,如图24中所示出的,前端开口238的高度H1可设计为所述光纤模组220的所述主体240的前侧232的高度H2的至少百分之九十(90%)。以此方式,前端开口238具有充分的高度以安装光纤元件23,同时三(3)个光纤模组220可设置在1-U空间高度中。作为实例,高度H1可为十二(12)mm或者更少,或者为十(10)mm或者更少。作为实例,高度H1可为十(10)mm,而高度H2可为十一(11)mm,高度H1比高度H2的比率为90.9%。
图25示出光纤设备260的另一实施方式,所述光纤设备260可包括先前如上所述和示出的光纤设备支架,以支持光纤模组。在本实施方式中,光纤设备260包括4-U大小的底板262,所述底板262配置用于托住各自支持一或更多个光纤模组的光纤设备支架。所述受支持的光纤设备支架可为先前如上所述的光纤设备支架20、20’中的任意一个,因此在此将不再赘述。所述受支持的光纤模组可为先前如上所述的光纤模组22、22’、22”、160、190、220中的任意一个,因此在此将不再赘述。在本实例中,底板262示出为支持十二(12)个光纤设备支架20,所述光纤设备支架20各自能够支持光纤模组22。
先前描述的支架导向装置58用于在底板262中支持底板262中的光纤设备支架20的支架轨道56,以容许各光纤设备支架20独立地延伸出和收缩回底板262。前门264附装于底板262,并且配置为围绕底板262,以固定底板262中包含的光纤设备支架20。机盖266也附装于底板262,以固定光纤设备支架20。然而,在所述底板262中,可设置多达十二(12)个光纤设备支架20。然而,所述光纤连接密度和连接带宽在每1-U空间中仍然是相同的。所述光纤连接密度和连接带宽容量已经在先前论述过了,并且同样地适用于图25的底板4262,因此在此将不再赘述。
因此,概括地说,下表总结了可能在利用如上所述的光纤模组、光纤设备支架和底板的各种实施方式的1-U空间和4-U空间中设置的一些光纤连接密度和带宽。例如,用于提供一(1)个传输/接收对的两(2)个双工光纤可容许半双工方式下十(10)千兆位每秒或者全双工方式下二十(20)千兆位每秒的数据传输速率。作为另一实例,在十二(12)芯纤维MPO光纤连接器中用于提供四(4)个传输/接收对的八(8)个双工光纤可容许半双工方式下四十(40)千兆位每秒或者全双工方式下八十(80)千兆位每秒的数据传输速率。作为另一实例,在二十四(24)芯纤维MPO光纤连接器中用于提供十(10)个传输/接收对的二十个双工光纤可容许半双工方式下一百(100)千兆位每秒或者全双工方式下二百(200)千兆位每秒的数据传输速率。应注意本表为示例性的,并且本文所公开的实施方式并不限于以下提供的光纤连接密度和带宽。
所述底板可配置用于支持如上表列出的任何数量的光纤连接和带宽。作为非限制性实例,所述底板可配置用于基于使用至少一个单工光纤元件或者双工光纤元件来支持每U空间至少九十八(98)个光纤连接、每U空间至少一百二十(120)个光纤连接,或者每U空间至少一百四十四(144)个光纤连接的光纤连接密度。另外,所述底板可配置用于基于使用至少一个十二(12)芯光纤、光纤元件来支持每U空间至少四百三十四(434)个光纤连接或者每U空间至少五百七十六(576)个光纤连接的光纤连接密度。此外,所述底板可配置用于基于使用至少一个二十四(24)芯光纤、光纤元件来支持每U空间至少八百六十六(866)的光纤连接或者每U空间至少一千一百五十二(1152)的光纤连接的光纤连接密度。
作为另一非限制性实例,底板可配置用于基于使用至少一个单工或者双工光纤元件来支持每U空间至少九百六十二(962)千兆位每秒、至少一千二百(1200)千兆位每秒,或者每U空间至少一千四百四十(1440)千兆位每秒的全双工连接带宽。另外,所述底板可配置用于基于使用至少一个十二(12)芯光纤、光纤元件来支持每U空间至少四千三百二十二(4322)千兆位每秒、至少四千八百(4800)千兆位每秒,或者每U空间至少五千七百六十(5760)千兆位每秒的全双工连接带宽。此外,所述底板可配置用于支持每U空间至少八千六百四十二(8642)千兆位每秒的全双工连接带宽。
本领域一般技艺人士将想到本发明的许多修改和其它实施方式,与本发明有关的这些修改和其它实施方式具有存在于先前描述和附图中的教示的权益。这些修改包括但不限于光纤设备、光纤模组、光纤设备支架、光纤设备支架中包括的特征结构的数量或者类型。任何大小(包括但并不限于1-U、2-U和4-U大小)的设备可包括本文公开的前述特征结构和光纤模组的一些或全部,以及这些光纤模组的特征结构的一些或全部。此外,所述修改并不限于用于支持安装在光纤设备支架中的光纤模组的光纤设备支架或者构件或装置的类型。所述光纤模组可包括任何光纤连接类型,包括但并不限于光纤连接器以及适配器,以及光纤连接的数量、密度等。
此外,如本文所使用的,术语“光纤电缆”及/或“光纤”包括各种类型的单模和多模光波导,所述光波导包括一或更多个光纤,所述光纤在电缆中可为上覆涂层的、染色的、受缓冲的、成带状的及/或具有其它组织或者防护结构,诸如一或更多个管、强力构件、护套等等。同样地,其它类型的适当的光纤包括对弯折不敏感的光纤或者任何其它用于传输光信号的方便的媒介。对弯折不敏感的光纤的实例为可从康宁公司商业上购得的
因此,将理解实施方式并不限于公开的特定实施方式,并且彼等修改和其它实施方式旨在包括在所附权利要求书的范畴内。若所述实施方式属于所附权利要求书及等效物的范畴内,则所述实施方式旨在涵盖本发明的修改和变体。虽然本文使用特定术语,但是所述术语仅为一般性和描述性的含义,而非用于限制本发明。
Claims (15)
1.一种光纤装置,包含:
底板;
多个可延伸的光纤设备支架,每个光纤设备支架承载多个光纤模组,所述多个光纤模组设置在所述底板内,每个光纤模组包含:
主体,所述主体界定设置于所述主体的前侧和后侧之间的内腔室,其中所述内腔室中设置有电缆捆束,光纤连接器设置在所述电缆捆束的光纤的每个端部上;和
前端开口,所述前端开口沿着所述主体的所述前侧中的纵轴设置,且配置为接收设置为穿过所述前端开口的多个光纤元件,其中所述多个光纤元件至少包含多个光纤连接器和多个光纤适配器,其中所述电缆捆束的所述光纤与所述光纤适配器连接且与设置于所述主体的所述后侧中的至少一个光纤元件连接;
其特征在于,所述前端开口的宽度是所述主体的所述前侧的宽度的至少百分之八十五(85%),所述前端开口的宽度允许所述多个光纤适配器一起布置在所述前端开口中,所述前端开口的高度使得三个光纤设备支架上的三个光纤模块可以设置在1-U空间高度中,所述三个光纤设备支架也位于1-U空间高度中;
其中所述多个光纤适配器彼此紧密地布置在所述前端开口中,在相邻的光纤适配器之间没有插入任何元件,
其中所述底板配置用于基于使用至少一个单工光纤元件或者双工光纤元件来支持每U空间至少九十八(98)个光纤连接、每U空间至少一百二十(120)个光纤连接、以及每U空间至少一百四十四(144)个光纤连接的光纤连接密度中的一个光纤连接密度。
2.如权利要求1所述的光纤装置,其中所述至少一个单工光纤元件或者双工光纤元件由至少一个单工光纤连接器或者双工光纤连接器,或者至少一个单工光纤适配器或者双工光纤适配器构成。
3.如权利要求1所述的光纤装置,其中至少一个单工元件或者至少一个双工元件设置在至少一个光纤模组中。
4.一种光纤装置,包含:
底板;
多个可延伸的光纤设备支架,每个光纤设备支架承载多个光纤模组,所述多个光纤模组设置在所述底板内,每个光纤模组包含:
主体,所述主体界定设置于所述主体的前侧和后侧之间的内腔室,其中所述内腔室中设置有电缆捆束,光纤连接器设置在所述电缆捆束的光纤的每个端部上;和
前端开口,所述前端开口沿着所述主体的所述前侧中的纵轴设置,且配置为接收设置为穿过所述前端开口的多个光纤元件,其中所述多个光纤元件至少包含多个光纤连接器和多个光纤适配器,其中所述电缆捆束的所述光纤与所述光纤适配器连接且与设置于所述主体的所述后侧中的至少一个光纤元件连接;
其特征在于,所述前端开口的宽度是所述主体的所述前侧的宽度的至少百分之八十五(85%),所述前端开口的宽度允许所述多个光纤适配器一起布置在所述前端开口中,所述前端开口的高度使得三个光纤设备支架上的三个光纤模块可以设置在1-U空间高度中,所述三个光纤设备支架也位于1-U空间高度中;
其中所述多个光纤适配器彼此紧密地布置在所述前端开口中,在相邻的光纤适配器之间没有插入任何元件,
其中所述底板配置用于基于使用至少一个多光纤元件来支持每U空间至少四百三十四(434)个光纤连接、每U空间至少五百七十六(576)个光纤连接、每U空间至少八百六十六(866)个光纤连接,以及每U空间至少一千一百五十二(1152)个光纤连接的光纤连接密度中的一个光纤连接密度。
5.如权利要求4所述的光纤装置,其中所述至少一个多光纤元件由至少一个十二(12)芯光纤连接器或者至少一个十二(12)芯光纤适配器构成。
6.如权利要求4所述的光纤装置,其中所述至少一个多光纤元件由至少一个二十四(24)芯光纤连接器或者至少一个二十四(24)芯光纤适配器构成。
7.如权利要求1或4所述的光纤装置,其中所述底板配置用于支持设置在所述底板中的光纤设备拉伸件中的光纤连接密度。
8.如权利要求1或4所述的光纤装置,其中所述底板安装在光纤设备机架中,并且其中所述光纤设备机架包含两个垂直的轨道,所述轨道垂直地延伸并且包括一系列孔,以帮助所述底板附装在所述光纤设备机架的内部,其中每一光纤模组具有两个模组轨道,每一模组轨道设置在每一光纤模组的各自一侧面上,每一模组轨道配置为插入所述光纤设备支架中的相应模组轨道导向装置内,以在每U空间的宽度方向支持多个光纤模组。
9.如权利要求1或4所述的光纤装置,还包含设置在底板(12)中的支架导向装置(58),其中所述三个光纤设备支架(20)中的每一个包含支架轨道(56),所述支架轨道配置为接收在所述支架导向装置(58)中,其中在所述底板(12)中所述三个光纤设备支架(20)在所述支架导向装置(58)周围可独立地移动。
10.如权利要求1或4所述的光纤装置,其中所述多个光纤模组(22)中的每一个包含具有前侧(96)和后侧(98)的主体(90)、接收于所述主体(90)上的机盖(92)、和所述主体(90)和所述机盖(92)内部的内腔室(94),并且进一步其中所述光纤元件(23)设置为穿过所述主体(90)的所述前侧(96)。
11.如权利要求10所述的光纤装置,其中所述多个光纤模组(22)中的每一个的总宽度大于所述前侧(96)或者所述主体(90)的表面的宽度。
12.如权利要求10所述的光纤装置,还包含:
设置为穿过所述主体(90)的所述后侧(98)的至少一个其他光纤元件(100),其中在所述多个光纤元件(23)和所述至少一个其他光纤元件(100)之间具有光纤连接。
13.如权利要求12所述的光纤装置,其中所述多个光纤元件(23)包含多个双工LC适配器(128)。
14.如权利要求13所述的光纤装置,其中所述至少一个其他光纤元件(100)包含MPO光纤适配器(140)。
15.如权利要求1或4所述的光纤装置,其中所述多个光纤元件(23)以使得所述多个光纤元件(23)占据的区域代表1-U空间中总光纤设备机架(14)的区域的至少50%的配置方式而因此设置在所述底板(12)中。
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