The technology of the disclosure relates to fiber optic connection density and bandwidth provided in fiber optic apparatuses and equipment.
Benefits of optical fiber include extremely wide bandwidth and low noise operation. Because of these advantages, optical fiber is increasingly being used for a variety of applications, including but not limited to broadband voice, video, and data transmission. Fiber optic networks employing optical fiber are being developed and used to deliver voice, video, and data transmissions to subscribers over both private and public networks. These fiber optic networks often include separated connection points linking optical fibers to provide “live fiber” from one connection point to another connection point. In this regard, fiber optic equipment is located in data distribution centers or central offices to support interconnections. For example, the fiber optic equipment can support interconnections between servers, storage area networks (SANs), and other equipment at data centers. Interconnections may be supported by fiber optic patch panels or modules.
The fiber optic equipment is customized based on the application and connection bandwidth needs. The fiber optic equipment is typically included in housings that are mounted in equipment racks to optimize use of space. The data rates that can be provided by equipment in a data center are governed by the connection bandwidth supported by the fiber optic equipment. The bandwidth is governed by the number of optical fiber ports included in the fiber optic equipment and the data rate capabilities of a transceiver connected to the optical fiber ports. When additional bandwidth is needed or desired, additional fiber optic equipment can be employed or scaled in the data center to increase optical fiber port count. However, increasing the number of optical fiber ports can require more equipment rack space in a data center. Providing additional space for fiber optic equipment increases costs. A need exists to provide fiber optic equipment that provides a foundation in data centers for migration to high density patch fields and ports and greater connection bandwidth capacity to provide a migration path to higher data rates while minimizing the space needed for such fiber optic equipment.
Embodiments disclosed in the detailed description include high-density and connection bandwidth fiber optic apparatuses and related equipment and methods. In certain embodiments, fiber optic apparatuses comprising a chassis are provided. the chassis may be configured to support a fiber optic connection density of at least ninety-eight (98), at least one hundred twenty (120) per U space, or at least one hundred forty-four (144) fiber optic connections per U space based on using at least one simplex or duplex fiber optic component. In other disclosed embodiments, the chassis may be configured to support a fiber optic connection density of at least four hundred thirty-four (434) or at least five hundred seventy-six (576) fiber optic connections per U space based on using at least one twelve (12) fiber, fiber optic component. In other disclosed embodiments, the at least one of the chassis may be configured to support a fiber optic connection density of at least eight hundred sixty-six (866) per U space or at least one thousand one hundred fifty-two (1152) fiber optic connections per U space based on using at least one twenty-four (24) fiber, fiber optic component. Methods of providing and supporting the aforementioned fiber optic connections densities are also provided.
In other embodiments, fiber optic apparatuses comprising a chassis may be configured to support a full-duplex connection bandwidth of at least nine hundred sixty-two (962) Gigabits per second per U space, at least one thousand two hundred (1200) Gigabits per second, or at least one thousand four hundred forty (1440) Gigabits per second per U space based on using at least one simplex or duplex fiber optic component. In other disclosed embodiments, the chassis may be configured to support a full-duplex connection bandwidth of at least four thousand three hundred twenty-two (4322) Gigabits per second per U space, at least four thousand eight hundred (4800) Gigabits per second, or at least five thousand seven hundred sixty (5760) Gigabits per second per U space based on using at least one twelve (12) fiber, fiber optic component. In another disclosed embodiment, the chassis may be configured to support a full-duplex connection bandwidth of at least eight thousand six hundred forty-two (8642) Gigabits per second per U space. Methods of providing and supporting the aforementioned fiber optic connection bandwidths are also provided.
Additional features and advantages will be set forth in the detailed description which follows, and in part will be readily apparent to those skilled in the art from that description or recognized by practicing the invention as described herein, including the detailed description that follows, the claims, as well as the appended drawings.
It is to be understood that both the foregoing general description and the following detailed description present embodiments, and are intended to provide an overview or framework for understanding the nature and character of the disclosure. The accompanying drawings are included to provide a further understanding, and are incorporated into and constitute a part of this specification. The drawings illustrate various embodiments, and together with the description serve to explain the principles and operation of the concepts disclosed.
Reference will now be made in detail to certain embodiments, examples of which are illustrated in the accompanying drawings, in which some, but not all features are shown. Indeed, embodiments disclosed herein may be embodied in many different forms and should not be construed as limited to the embodiments set forth herein; rather, these embodiments are provided so that this disclosure will satisfy applicable legal requirements. Whenever possible, like reference numbers will be used to refer to like components or parts.
Embodiments disclosed in the detailed description include high-density fiber optic modules and fiber optic module housings and related equipment. In certain embodiments, the width and/or height of the front opening of fiber optic modules and/or fiber optic module housings can be provided according to a designed relationship to the width and/or height, respectively, of a front side of the main body of the fiber optic modules and fiber optic module housings to support fiber optic components or connections. In this manner, fiber optic components can be installed in a given percentage or area of the front side of the fiber optic module to provide a high density of fiber optic connections for a given fiber optic component type(s). In another embodiment, the front openings of the fiber optic modules and/or fiber optic module housings can be provided to support a designed connection density of fiber optic components or connections for a given width and/or height of the front opening of the fiber optic module and/or fiber optic module housing. Embodiments disclosed in the detailed description also include high connection density and bandwidth fiber optic apparatuses and related equipment. In certain embodiments, fiber optic apparatuses are provided and comprise a chassis defining one or more U space fiber optic equipment units, wherein at least one of the one or more U space fiber optic equipment units is configured to support a given fiber optic connection density or bandwidth in a 1-U space, and for a given fiber optic component type(s).
In this regard,
The fiber optic equipment 10 includes a fiber optic equipment chassis 12 (“chassis 12”). The chassis 12 is shown as being installed in a fiber optic equipment rack 14. The fiber optic equipment rack 14 contains two vertical rails 16A, 16B that extend vertically and include a series of apertures 18 for facilitating attachment of the chassis 12 inside the fiber optic equipment rack 14. The chassis 12 is attached and supported by the fiber optic equipment rack 14 in the form of shelves that are stacked on top of each other within the vertical rails 16A, 16B. As illustrated, the chassis 12 is attached to the vertical rails 16A, 16B. The fiber optic equipment rack 14 may support 1-U-sized shelves, with “U” equal to a standard 1.75 inches in height and nineteen (19) inches in width. In certain applications, the width of “U” may be twenty-three (23) inches. Also, the term fiber optic equipment rack 14 should be understood to include structures that are cabinets as well. In this embodiment, the chassis 12 is 1-U in size; however, the chassis 12 could be provided in a size greater than 1-U as well.
As will be discussed in greater detail later below, the fiber optic equipment 10 includes a plurality of extendable fiber optic equipment trays 20 that each carries one or more fiber optic modules 22. The chassis 12 and fiber optic equipment trays 20 support fiber optic modules 22 that support high-density fiber optic modules and a fiber optic connection density and bandwidth connections in a given space, including in a 1-U space.
If multi-fiber fiber optic components were installed in the fiber optic modules 22, such as MPO components for example, higher fiber optic connection density and bandwidths would be possible over other chassis 12 that use similar fiber optic components. For example, if up to four (4) twelve (12) fiber MPO fiber optic components were disposed in each fiber optic module 22, and twelve (12) of the fiber optic modules 22 were disposed in the chassis 12 in a 1-U space, the chassis 12 would support up to five hundred seventy-six (576) fiber optic connections in a 1-U space. If up to four (4) twenty-four (24) fiber MPO fiber optic components were disposed in each fiber optic module 22, and twelve (12) of the fiber optic modules 22 were disposed in the chassis 12, up to one thousand one hundred fifty-two (1152) fiber optic connections in a 1-U space.
The fiber optic module 22 can be locked into place in the fiber optic equipment tray 20 by pushing the fiber optic module 22 forward to the front end 33 of the fiber optic equipment tray 20. A locking feature in the form of a front stop 38 is disposed in the module rail guides 32, as illustrated in
The fiber optic module 22 can also be removed from the rear end 36 of the fiber optic equipment tray 20. To remove the fiber optic module 22 from the rear end 36 of the fiber optic equipment tray 20, a latch 44 is disengaged by pushing a lever 46 (see
With continuing reference to
As illustrated in
Leaf springs 72 are disposed in each of the guide members 68 of the tray guide 58 and are each configured to provide stopping positions for the tray rails 56 during movement of the fiber optic equipment tray 20 in the guide members 68. The leaf springs 72 each contain detents 74 that are configured to receive protrusions 76 (
As the tray rail 56 is pulled within the guide channel 70, a protrusion 80 disposed in the tray rail 56 and illustrated in
Against the background of the above disclosed embodiment of a 1-U chassis 12 and fiber optic equipment trays 20 and fiber optic modules 22 that can installed therein, the form factor of the fiber optic module 22 will now be described. The form factor of the fiber optic module 22 allows a high density of fiber optic components 23 to be disposed within a certain percentage area of the front of the fiber optic module 22 thus supporting a particular fiber optic connection density and bandwidth for a given type of fiber optic component 23. When this fiber optic module 22 form factor is combined with the ability to support up to twelve (12) fiber optic modules 22 in a 1-U space, as described by the exemplary chassis 12 example above, a higher fiber optic connection density and bandwidth is supported and possible.
In this regard,
The module rails 28A, 28B are disposed on each side 102A, 102B of the fiber optic module 22. As previously discussed, the module rails 28A, 28B are configured to be inserted within the module rail guides 32 in the fiber optic equipment tray 20, as illustrated in
With continuing reference to
With three (3) fiber optic equipment trays 20 disposed in the 1-U height of the chassis 12, a total of twelve (12) fiber optic modules 22 can be supported in a given 1-U space. Supporting up to twelve (12) fiber optic connections per fiber optic module 22 as illustrated in the chassis 12 in
This embodiment of the chassis 12 and fiber optic module 22 disclosed herein can support a fiber optic connection density within a 1-U space wherein the area occupied by the fiber optic component 23 in twelve (12) fiber optic modules 22 in a 1-U space represents at least fifty percent (50%) of the total fiber optic equipment rack 14 area in a 1-U space (see
Two (2) duplexed optical fibers to provide one (1) transmission/reception pair can allow for a data rate of ten (10) Gigabits per second in half-duplex mode or twenty (20) Gigabits per second in full-duplex mode. Thus, with the above-described embodiment, providing at least seventy-two (72) duplex transmission and reception pairs in a 1-U space employing at least one duplex or simplex fiber optic component can support a data rate of at least seven hundred twenty (720) Gigabits per second in half-duplex mode in a 1-U space or at least one thousand four hundred forty (1440) Gigabits per second in a 1-U space in full-duplex mode if employing a ten (10) Gigabit transceiver. This configuration can also support at least six hundred (600) Gigabits per second in half-duplex mode in a 1-U space and at least one thousand two hundred (1200) Gigabits per second in full-duplex mode in a 1-U space, respectively, if employing a one hundred (100) Gigabit transceiver. This configuration can also support at least four hundred eighty (480) Gigabits per second in half-duplex mode in a 1-U space and nine hundred sixty (960) Gigabits per second in full duplex mode in a 1-U space, respectively, if employing a forty (40) Gigabit transceiver. At least sixty (60) duplex transmission and reception pairs in a 1-U space can allow for a data rate of at least six hundred (600) Gigabits per second in a 1-U space in half-duplex mode or at least one thousand two hundred (1200) Gigabits per second in a 1-U space in full-duplex mode when employing a ten (10) Gigabit transceiver. At least forty nine (49) duplex transmission and reception pairs in a 1-U space can allow for a data rate of at least four hundred eighty-one (481) Gigabits per second in half-duplex mode or at least nine hundred sixty-two (962) Gigabits per second in a 1-U space in full-duplex mode when employing a ten (10) Gigabit transceiver.
The width W1 of front opening 126 could be designed to be greater than eighty-five percent (85%) of the width W2 of the front side 96 of the main body 90 of the fiber optic module 22. For example, the width W1 could be designed to be between ninety percent (90%) and ninety-nine percent (99%) of the width W2. As an example, the width W1 could be less than ninety (90) mm. As another example, the width W1 could be less than eighty-five (85) mm or less than eighty (80) mm. For example, the width W1 may be eighty-three (83) mm and width W2 may be eighty-five (85) mm, for a ratio of width W1 to width W2 of 97.6%. In this example, the front opening 126 may support twelve (12) fiber optic connections in the width W1 to support a fiber optic connection density of at least one fiber optic connection per 7.0 mm of width W1 of the front opening 126. Further, the front opening 126 of the fiber optic module 22 may support twelve (12) fiber optic connections in the width W1 to support a fiber optic connection density of at least one fiber optic connection per 6.9 mm of width W1 of the front opening 126.
Further as illustrated in
Alternate fiber optic modules with alternative fiber optic connection densities are possible.
Thus, with the above-described embodiment, providing at least two-hundred eighty-eight (288) duplex transmission and reception pairs in a 1-U space employing at least one twelve (12) fiber MPO fiber optic components can support a data rate of at least two thousand eight hundred eighty (2880) Gigabits per second in half-duplex mode in a 1-U space or at least five thousand seven hundred sixty (5760) Gigabits per second in a 1-U space in full-duplex mode if employing a ten (10) Gigabit transceiver. This configuration can also support at least four thousand eight hundred (4800) Gigabits per second in half-duplex mode in a 1-U space and nine thousand six hundred (9600) Gigabits per second in full-duplex mode in a 1-U space, respectively, if employing a one hundred (100) Gigabit transceiver. This configuration can also support at least one thousand nine hundred twenty (1920) Gigabits per second in half-duplex mode in a 1-U space and three thousand eight hundred forty (3840) Gigabits per second in full-duplex mode in a 1-U space, respectively, if employing a forty (40) Gigabit transceiver. This configuration also supports a data rate of at least four thousand three hundred twenty-two (4322) Gigabits per second in full-duplex mode in a 1-U space when employing a ten (10) Gigabit transceiver employing at least one twelve (12) fiber MPO fiber optic component, or two thousand one hundred sixty-one (2161) Gigabits per second in full-duplex mode in a 1-U space when employing a ten (10) Gigabit transceiver employing at least one twenty-four (24) fiber MPO fiber optic component.
If the MPO fiber optic adapters 150 in the fiber optic module 22′ support twenty-four (24) fibers, the fiber optic module 22′ can support up to forty-eight (48) fiber optic connections. Thus, in this example, if up to twelve (12) fiber optic modules 22′ are provided in the fiber optic equipment trays 20 of the chassis 12, up to five hundred seventy-six (576) fiber optic connections can be supported by the chassis 12 in a 1-U space if the fiber optic modules 22′ are disposed in the fiber optic equipment trays 20. Further, in this example, the front opening 126 of the fiber optic module 22′ may support up to forty-eight (48) fiber optic connections in the width W1 to support a fiber optic connection density of at least one fiber optic connection per 1.7 mm of width W1 of the front opening 126.
If the four (4) MPO fiber optic adapters 154 disposed in the fiber optic module 22″ support twenty-four (24) fibers, the fiber optic module 22″ can support up to ninety-six (96) fiber optic connections. Thus, in this example, if up to twelve (12) fiber optic modules 22″ are provided in the fiber optic equipment trays 20 of the chassis 12, up to one thousand one hundred fifty-two (1152) fiber optic connections can be supported by the chassis 12 in a 1-U space. Further, in this example, the front opening 126 of the fiber optic module 22″ may support up to ninety-six (96) fiber optic connections in the width W1 to support a fiber optic connection density of at least one fiber optic connection per 0.85 mm of width W1 of the front opening 126.
Further, with the above-described embodiment, providing at least five hundred seventy-six (576) duplex transmission and reception pairs in a 1-U space employing at least one twenty-four (24) fiber MPO fiber optic component can support a data rate of at least five thousand seven hundred sixty (5760) Gigabits per second in half-duplex mode in a 1-U space or at least eleven thousand five hundred twenty (11520) Gigabits per second in a 1-U space in full-duplex mode if employing a ten (10) Gigabit transceiver. This configuration can also support at least four thousand eight hundred (4800) Gigabits per second in half-duplex mode in a 1-U space and at least nine thousand six hundred (9600) Gigabits per second in full-duplex mode in a 1-U space, respectively, if employing a one hundred (100) Gigabit transceiver. This configuration can also support at least three thousand eight hundred forty (3840) Gigabits per second in half-duplex mode in a 1-U space and at least seven thousand six hundred eighty (7680) Gigabits per second in full-duplex mode in a 1-U space, respectively, if employing a forty (40) Gigabit transceiver. This configuration also supports a data rate of at least eight thousand six hundred forty two (8642) Gigabits per second in full-duplex mode in a 1-U space when employing a ten (10) Gigabit transceiver employing at least one twenty-four (24) fiber MPO fiber optic component, or four thousand three hundred twenty one (4321) Gigabits per second in full-duplex mode in a 1-U space when employing a ten (10) Gigabit transceiver employing at least one twenty-four (24) fiber MPO fiber optic component.
Up to twenty-four (24) fiber optic components 23 can be disposed in a front side 172 of the fiber optic module 160. In this embodiment, the fiber optic components 23 are comprised of up to twelve (12) duplex LC fiber optic adapters, which are connected to one twenty-four (24) fiber MPO fiber optic connector 174 disposed in a rear end 176 of the fiber optic module 160. Thus, with three (3) fiber optic equipment trays 20 disposed in the height of the chassis 12, a total of six (6) fiber optic modules 160 can be supported in a given 1-U space. Supporting up to twenty-four (24) fiber optic connections per fiber optic module 160 equates to the chassis 12 supporting up to one hundred forty-four (144) fiber optic connections, or seventy-two (72) duplex channels, in a 1-U space in the chassis 12 (i.e., twenty-four (24) fiber optic connections X six (6) fiber optic modules 160 in a 1-U space). Thus, the chassis 12 is capable of supporting up to one hundred forty-four (144) fiber optic connections in a 1-U space by twenty-four (24) simplex or twelve (12) duplex fiber optic adapters being disposed in the fiber optic modules 160. Supporting up to twenty (20) fiber optic connections per fiber optic module 160 equates to the chassis 12 supporting one hundred twenty (120) fiber optic connections, or sixty (60) duplex channels, in a 1-U space in the chassis 12 (i.e., twenty (20) fiber optic connections X six (6) fiber optic modules 160 in a 1-U space). Thus, the chassis 12 is also capable of supporting up to one hundred twenty (120) fiber optic connections in a 1-U space by twenty (20) simplex or ten (10) duplex fiber optic adapters being disposed in the fiber optic modules 160.
The width W1 of the front openings 178A, 178B could each be designed to be greater than eighty-five percent (85%) of the width W2 of the front side 172 of the main body 180 of the fiber optic module 160. For example, the width W1 could be designed to be between ninety percent (90%) and ninety-nine percent (99%) of the width W2. As an example, the width W1 could be less than ninety (90) mm. As another example, the width W1 could be less than eighty-five (85) mm or less than eighty (80) mm. For example, width W1 may be eighty-three (83) mm and width W2 may be eighty-five (85) mm, for a ratio of width W1 to width W2 of 97.6%. In this example, the front openings 178A, 178B may support twelve (12) fiber optic connections in the widths W1 to support a fiber optic connection density of at least one fiber optic connection per 7.0 mm of width W1 of the front openings 178A, 178B. Further, each of the front openings 178A, 178B may support twelve (12) fiber optic connections in the widths W1 to support a fiber optic connection density of at least one fiber optic connection per 6.9 mm of width W1 of the front openings 178A, 178B.
Further as illustrated in
Up to twenty-four (24) fiber optic components 23 can be disposed in a front side 202 of the fiber optic module 190. In this embodiment, the fiber optic components 23 are comprised of up to twelve (12) duplex LC fiber optic adapters, which are connected to one twenty-four (24) fiber MPO fiber optic connector 204 disposed in a rear end 206 of the fiber optic module 190. Thus, with three (3) fiber optic equipment trays 20 disposed in the height of the chassis 12, a total of six (6) fiber optic modules 190 can be supported in a given 1-U space. Supporting up to twenty-four (24) fiber optic connections per fiber optic module 190 equates to the chassis 12 supporting up to one hundred forty-four (144) fiber optic connections, or seventy-two (72) duplex channels, in a 1-U space in the chassis 12 (i.e., twenty-four (24) fiber optic connections X six (6) fiber optic modules 190 in a 1-U space). Thus, the chassis 12 is capable of supporting up to one hundred forty-four (144) fiber optic connections in a 1-U space by twenty (24) simplex or twelve (12) duplex fiber optic adapters being disposed in the fiber optic modules 190. Supporting up to twenty-four (20) fiber optic connections per fiber optic module 190 equates to the chassis 12 supporting one hundred twenty (120) fiber optic connections, or sixty (60) duplex channels, in a 1-U space in the chassis 12 (i.e., twenty (20) fiber optic connections X six (6) fiber optic modules 190 in a 1-U space). Thus, the chassis 12 is also capable of supporting up to one hundred twenty (120) fiber optic connections in a 1-U space by twenty (20) simplex or ten (10) duplex fiber optic adapters being disposed in the fiber optic modules 190.
The width W1 of front openings 208A, 208B could each be designed to be greater than eighty-five percent (85%) of the width W2 of the front side 202 of the main body 210 of the fiber optic module 190. For example, the width W1 could be designed to be between ninety percent (90%) and ninety-nine percent (99%) of the width W2. As an example, the width W1 could be less than ninety (90) mm. As another example, the width W1 could be less than eighty-five (85) mm or less than eighty (80) mm. For example, width W1 may be eighty-three (83) mm and width W2 may be eighty-five (85) mm, for a ratio of width W1 to width W2 of 97.6%. In this example, the front openings 208A, 208B may support twelve (12) fiber optic connections in the widths W1 to support fiber optic connection density of at least one fiber optic connection per 7.0 mm of width W1 of the front openings 208A, 208B. Further, each of the front openings 208A, 208B may support twelve (12) fiber optic connections in the widths W1 to support a fiber optic connection density of at least one fiber optic connection per 6.9 mm of width W1 of the front openings 208A, 208B.
Further as illustrated in
Up to twenty-four (24) fiber optic components 23 can be disposed in a front side 232 of the fiber optic module 220. In this embodiment, the fiber optic components 23 are comprised of up to twelve (12) duplex LC fiber optic adapters, which are connected to one twenty-four (24) fiber MPO fiber optic connector 234 disposed in a rear end 236 of the fiber optic module 220. Thus, with three (3) fiber optic equipment trays 20′ disposed in the height of the chassis 12, a total of six (6) fiber optic modules 220 can be supported in a given 1-U space. Supporting up to twenty-four (24) fiber optic connections per fiber optic module 220 equates to the chassis 12 supporting up to one hundred forty-four (144) fiber optic connections, or seventy-two (72) duplex channels, in a 1-U space in the chassis 12 (i.e., twenty-four (24) fiber optic connections X six (6) fiber optic modules 220 in a 1-U space). Thus, the chassis 12 is capable of supporting up to one hundred forty-four (144) fiber optic connections in a 1-U space by twenty (24) simplex or twelve (12) duplex fiber optic adapters being disposed in the fiber optic modules 220. Supporting up to twenty (20) fiber optic connections per fiber optic module 220 equates to the chassis 12 supporting one hundred twenty (120) fiber optic connections, or sixty (60) duplex channels, in a 1-U space in the chassis 12 (i.e., twenty (20) fiber optic connections X six (6) fiber optic modules 220 in a 1-U space). Thus, the chassis 12 is also capable of supporting up to one hundred twenty (120) fiber optic connections in a 1-U space by twenty (20) simplex or ten (10) duplex fiber optic adapters being disposed in the fiber optic modules 220.
Width W4 of the front opening 238 could be designed to be greater than eighty-five percent (85%) of the width W5 of the front side 232 of the main body 240 of the fiber optic module 220. For example, the width W4 could be designed to be between ninety percent (90%) and ninety-nine percent (99%) of the width of W5. As an example, the width W4 could be less than one hundred eighty (180) mm. As another example, the width W4 could be less than one hundred seventy (170) mm or less than one hundred sixty (160) mm. For example, width W4 may be one hundred sixty-six (166) mm and width W5 may be 171 mm, for a ratio of width W4 to width W5 of 166/171=97%. In this example, the front opening 238 may support twenty-four (24) fiber optic connections in the width W4 to support a fiber optic connection density of at least one fiber optic connection per 7.0 mm of width W4 of the front opening 238. Further, the front opening 238 may support twenty-four (24) fiber optic connections in the width W4 to support a fiber optic connection density of at least one fiber optic connection per 6.9 mm of width W4 of the front opening 238.
Further, as illustrated in
The tray guides 58 previously described are used in the chassis 262 to support tray rails 56 of the fiber optic equipment trays 20 therein and to allow each fiber optic equipment tray 20 to be independently extended out from and retracted back into the chassis 262. A front door 264 is attached to the chassis 262 and is configured to close about the chassis 262 to secure the fiber optic equipment trays 20 contained in the chassis 262. A cover 266 is also attached to the chassis 262 to secure the fiber optic equipment trays 20. However, in the chassis 262, up to twelve (12) fiber optic equipment trays 20 can be provided. However, the fiber optic connection densities and connection bandwidths are still the same per 1-U space. The fiber optic connection densities and connection bandwidth capabilities have been previously described and equally applicable for the chassis 262 of
Thus, in summary, the table below summarizes some of the fiber optic connection densities and bandwidths that are possible to be provided in a 1-U and 4-U space employing the various embodiments of fiber optic modules, fiber optic equipment trays, and chassis described above. For example, two (2) optical fibers duplexed for one (1) transmission/reception pair can allow for a data rate of ten (10) Gigabits per second in half-duplex mode or twenty (20) Gigabits per second in full-duplex mode. As another example, eight (8) optical fibers in a twelve (12) fiber MPO fiber optic connector duplexed for four (4) transmission/reception pairs can allow for a data rate of forty (40) Gigabits per second in half-duplex mode or eighty (80) Gigabits per second in full-duplex mode. As another example, twenty optical fibers in a twenty-four (24) fiber MPO fiber optic connector duplexed for ten (10) transmission/reception pairs can allow for a data rate of one hundred (100) Gigabits per second in half-duplex mode or two hundred (200) Gigabits per second in full-duplex mode. Note that this table is exemplary and the embodiments disclosed herein are not limited to the fiber optic connection densities and bandwidths provided below.
960 Gigabits/s
Many modifications and other embodiments of the invention set forth herein will come to mind to one skilled in the art to which the invention pertains having the benefit of the teachings presented in the foregoing descriptions and the associated drawings. These modifications include, but are not limited to, number or type of fiber optic equipment, fiber optic module, fiber optic equipment tray, features included in the fiber optic equipment tray. Any size equipment, including but not limited to 1-U, 2-U and 4-U sizes may include some or all of the aforementioned features and fiber optic modules disclosed herein and some or all of their features. Further, the modifications are not limited to the type of fiber optic equipment tray or the means or device to support fiber optic modules installed in the fiber optic equipment trays. The fiber optic modules can include any fiber optic connection type, including but not limited to fiber optic connectors and adapters, and number of fiber optic connections, density, etc.
Further, as used herein, the terms “fiber optic cables” and/or “optical fibers” include all types of single mode and multi-mode light waveguides, including one or more optical fibers that may be uncoated, colored, buffered, ribbonized and/or have other organizing or protective structure in a cable such as one or more tubes, strength members, jackets or the like. Likewise, other types of suitable optical fibers include bend-insensitive optical fibers, or any other expedient of a medium for transmitting light signals. An example of a bend-insensitive optical fiber is ClearCurve® Multimode fiber commercially available from Corning Incorporated.
Therefore, it is to be understood that the embodiments are not to be limited to the specific embodiments disclosed and that modifications and other embodiments are intended to be included within the scope of the appended claims. It is intended that the embodiments cover the modifications and variations of this invention provided they come within the scope of the appended claims and their equivalents. Although specific terms are employed herein, they are used in a generic and descriptive sense only and not for purposes of limitation.
This application is a continuation of U.S. patent application Ser. No. 17/391,368 filed on Aug. 2, 2021, which is a continuation of U.S. patent application Ser. No. 16/719,224 filed on Dec. 18, 2019 and subsequently issued as U.S. Pat. No. 11,086,089, which is a continuation of U.S. patent application Ser. No. 15/886,342 filed on Feb. 1, 2018, which is a continuation of U.S. patent application Ser. No. 14/660,074 filed on Mar. 17, 2015 and subsequently issued as U.S. Pat. No. 9,910,236, which is a divisional of U.S. patent application Ser. No. 13/746,938 filed Jan. 22, 2013 and subsequently issued as U.S. Pat. No. 9,020,320, which is a continuation of U.S. patent application Ser. No. 12/819,081 filed on Jun. 18, 2010, which claims priority to U.S. Provisional Patent Application No. 61/218,880 filed on Jun. 19, 2009, wherein said U.S. patent application Ser. No. 13/746,938 is a continuation-in-part of U.S. patent application Ser. No. 12/323,415 filed on Nov. 25, 2008 and subsequently issued as U.S. Pat. No. 8,452,148, which claims priority to U.S. Provisional Patent Application No. 61/197,068 filed on Oct. 23, 2008 and to U.S. Provisional Patent Application No. 61/190,538 filed on Aug. 29, 2008; wherein the entire contents of all of the foregoing applications and patents are hereby incorporated by reference herein in their entireties.
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2009029485 | Mar 2009 | WO |
2009030360 | Mar 2009 | WO |
2009032245 | Mar 2009 | WO |
2009091465 | Jul 2009 | WO |
2009120280 | Oct 2009 | WO |
2010024842 | Mar 2010 | WO |
2010024847 | Mar 2010 | WO |
2010036549 | Apr 2010 | WO |
2010080745 | Jul 2010 | WO |
2011005461 | Jan 2011 | WO |
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