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Fiber & connectivity solutions

Compare the four crossover configurations below, or browse our complete range by product type.

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EXPLORE MORE CONNECTIVITY

Fiber first.
A complete connectivity range.

Explore fiber assemblies alongside optical modules, copper interconnects and integrated optical cables. Every solution starts with your application and ends with a configuration confirmed for your equipment.

22 products

OS2 single-mode MPO / MTP® trunks — representative image

Fiber cables

OS2 single-mode MPO / MTP® trunks

A structured fiber backbone for designs built around single-mode optics. Specify the complete channel rather than choosing a cable by connector appearance alone.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
12-, 16- and 24-fiber configurations for project review; custom lengths and polarity.
Application
Inter-rack links and optical distribution backbones.
Confirm before ordering
Connector gender, APC/UPC interface requirements, fiber count, polarity and optical loss budget.
Request this cable
OM4 multimode MPO / MTP® trunks — representative image

Fiber cables

OM4 multimode MPO / MTP® trunks

Bring parallel fiber connections into a compact assembly for multimode network layouts. Align the trunk with the transceiver interface and the distribution hardware on both ends.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
OM4 multimode; connector layouts and polarity matched to the design.
Application
Dense equipment rows and parallel optical channels.
Confirm before ordering
Host optical specification, active fiber positions, polarity and total channel length.
Request this cable
MPO-to-LC breakout assemblies — representative image

Fiber cables

MPO-to-LC breakout assemblies

Fan a multi-fiber interface into individually identified LC connections. A planned breakout makes equipment connections easier to route, label and maintain.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
Single-mode or multimode; fan-out count, leg length and labeling options.
Application
Parallel-to-duplex transitions and equipment port fan-out.
Confirm before ordering
Fiber mapping, LC finish, breakout leg lengths and required port identification.
Request this cable
MPO-to-MPO split & conversion harnesses — representative image

Fiber cables

MPO-to-MPO split & conversion harnesses

Redistribute a multi-fiber connection into smaller groups where the network architecture calls for a different lane arrangement. Each harness starts with an agreed fiber map.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
12-to-2×4 and 16-to-2×8 arrangements for review; other mappings by drawing.
Application
Transitions between different multi-fiber connection layouts.
Confirm before ordering
Lane allocation, unused fibers, pin configuration and end-to-end polarity.
Request this cable
LC patch cords & equipment leads — representative image

Fiber cables

LC patch cords & equipment leads

Connect equipment and patching fields with leads sized for the actual routing path. Choose the fiber and connector specification before selecting the length.

Illustrative cable rendering; not a specific SKU.

Configurations & selection details
Options to discuss
OS2 and OM4 options; simplex, duplex or fan-out arrangements as applicable.
Application
Equipment-to-panel links and local fiber patching.
Confirm before ordering
Connector count, duplex orientation, jacket specification and routing clearance.
Request this cable
MMC patch cord — illustrative configuration

Fiber cables

MMC Patch cords

Compact multi-fiber patch cords for high-density connectivity. Specify the end-to-end configuration around your equipment, routing plan and fiber requirements.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
Single-mode or multimode configurations; connector interfaces and lengths confirmed with your quote.
Application
High-density patching and optical interconnects in data center environments.
Confirm before ordering
Fiber count, polarity, connector interface, polish, cable jacket and required test documentation.
Request this cable
GPU cluster fiber bundles — representative image

Fiber cables

GPU cluster fiber bundles

Organize repeated fiber runs around a defined cluster topology. A coordinated bundle specification helps keep connection mapping, cable lengths and labels consistent across the build.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
OS2 or OM4 bundle planning; multi-cable counts and lengths to the project BOM.
Application
Repeated rack-to-rack connections in accelerator environments.
Confirm before ordering
Actual equipment ports, rack layout, topology, fiber mapping and cable identification.
Request this cable
Custom lengths & labeled assemblies — representative image

Fiber cables

Custom lengths & labeled assemblies

Reduce excess cable and make the connection plan easier to follow with assemblies specified for your environment. Factory review turns drawings and routing needs into a production configuration.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
Custom overall and breakout lengths, labeling, packaging and connector combinations.
Application
Repeat deployments and constrained routing paths.
Confirm before ordering
Dimensional tolerances, drawings, order quantity, sample approval and delivery schedule.
Request this cable
10G / 25G pluggable optics — representative image

Optical transceivers

10G / 25G pluggable optics

Select pluggable modules around the host equipment and optical channel. The correct form factor is the starting point; media, reach and software acceptance also need to align.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
SFP+ and SFP28 options; short- and longer-reach options by application.
Application
Server access and network uplinks.
Confirm before ordering
Exact host model, software version, rate, fiber type, connector and target reach.
Request this cable
100G / 200G optical modules — representative image

Optical transceivers

100G / 200G optical modules

Build the optical link around the equipment interface, lane architecture and cabling plan. Review parallel and duplex options before settling on a compatible module.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
QSFP28 and QSFP56 options; SR, DR, FR and LR options where applicable.
Application
Aggregation, leaf-spine links and equipment upgrades.
Confirm before ordering
Module standard, FEC requirements, optical budget, fiber interface and host support.
Request this cable
400G / 800G / 1.6T optical modules — representative image

Optical transceivers

400G / 800G / 1.6T optical modules

Explore higher-rate optics alongside the fiber infrastructure that supports them. Mechanical fit, thermal design and breakout operation are part of the selection process.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
QSFP-DD and OSFP options; product-specific rate and reach options.
Application
High-capacity switching and accelerator network designs.
Confirm before ordering
Host qualification, cage and heatsink style, power limits, lane mapping and connector configuration.
Request this cable
Passive direct attach copper — representative image

DAC cables

Passive direct attach copper

A copper cable assembly for short connections between compatible ports. Review physical routing and the accepted cable configuration with the host platform before ordering.

Illustrative cable rendering; not a specific SKU.

Configurations & selection details
Options to discuss
Straight-through SFP, QSFP and OSFP options; rate and length by configuration.
Application
Within-rack equipment links and nearby port connections.
Confirm before ordering
Both endpoint platforms, supported rate, cable length, bend clearance and port compatibility.
Request this cable
Copper breakout assemblies — representative image

DAC cables

Copper breakout assemblies

Connect one higher-density port to multiple lower-rate endpoints using a defined copper breakout. Compatibility depends on the parent port and its supported breakout modes.

Illustrative cable rendering; not a specific SKU.

Configurations & selection details
Options to discuss
Examples for review include 100G-to-4×25G, 400G-to-2×200G and 800G-to-2×400G.
Application
Server fan-out and switch-port breakout designs.
Confirm before ordering
Host breakout support, lane assignment, connector type and individual leg routing.
Request this cable
Active copper point-to-point links — representative image

Active copper

Active copper point-to-point links

Evaluate active copper when the platform design calls for an electrically assisted copper connection. Match the assembly to the host requirements rather than treating it as a passive cable substitute.

Illustrative cable rendering; not a specific SKU.

Configurations & selection details
Options to discuss
QSFP56 and OSFP-based options; 200G and 800G options for review.
Application
Copper interconnects in dense networking environments.
Confirm before ordering
Host qualification, cable technology, power and thermal requirements, supported length and protocol.
Request this cable
Active copper fan-out cables — representative image

Active copper

Active copper fan-out cables

Distribute a high-rate connection across multiple endpoints with an active copper assembly selected for the equipment layout. Confirm the complete endpoint combination before committing to a design.

Illustrative cable rendering; not a specific SKU.

Configurations & selection details
Options to discuss
200G-to-2×100G and 800G-to-2×400G / 4×200G options for review.
Application
Accelerator interconnects and supported switch fan-out.
Confirm before ordering
Host breakout mode, endpoint connectors, leg lengths and equipment-specific validation.
Request this cable
Active optical point-to-point cables — representative image

Active optical

Active optical point-to-point cables

Combine an optical cable and integrated plug ends in a single assembly. Define the route length and endpoint configuration together so the complete link fits the deployment.

Illustrative cable rendering; not a specific SKU.

Configurations & selection details
Options to discuss
SFP28, QSFP28, QSFP56, QSFP-DD and OSFP options; rate-specific options.
Application
Equipment connections where an integrated optical assembly fits the design.
Confirm before ordering
Host acceptance, cable length, connector and heatsink fit, routing and operating conditions.
Request this cable
Active optical breakout cables — representative image

Active optical

Active optical breakout cables

Fan an integrated optical link out to multiple endpoints. Work from the actual equipment topology to define the parent connector, child connectors and breakout configuration.

Illustrative cable rendering; not a specific SKU.

Configurations & selection details
Options to discuss
40G-to-4×10G, 100G-to-4×25G and 400G-to-2×200G options for review.
Application
Switch-to-server fan-out and supported optical breakout links.
Confirm before ordering
Breakout support at the host, individual leg length, data rate and endpoint compatibility.
Request this cable
MPO-LC cassettes & modular panels — representative image

Distribution & specialty

MPO-LC cassettes & modular panels

Bring backbone fiber into an organized patching field with modular distribution. Review the cassette and trunk together to maintain a consistent connection scheme.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
MPO-LC cassette layouts, adapter formats and modular rack panels.
Application
Structured distribution and accessible front-panel patching.
Confirm before ordering
Rack space, port count, polarity, adapter finish and cable management.
Request this cable
High-density optical distribution — representative image

Distribution & specialty

High-density optical distribution

Increase the number of managed fiber connections while keeping access and routing in view. Choose a distribution layout that accommodates both the current build and future changes.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
High-density frames and patch panels; layout and capacity by system.
Application
Centralized fiber distribution and dense patching locations.
Confirm before ordering
Available rack units, front/rear access, fiber routes and expansion requirements.
Request this cable
VSFF & compact fiber connectivity — representative image

Distribution & specialty

VSFF & compact fiber connectivity

Explore smaller connector formats where interface density drives the design. The connector footprint must match the actual module, panel and patching system.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
CS and SN-MT-related offerings; other compact interfaces by project review.
Application
Compact optical interfaces and high-density equipment connections.
Confirm before ordering
Exact interface standard, mating requirements, fiber count and manufacturer qualification.
Request this cable
Fiber shuffles & custom mapping — representative image

Distribution & specialty

Fiber shuffles & custom mapping

Translate a planned connection pattern into a pre-routed optical assembly. Provide the topology and mapping requirements early so the manufacturing review can address the complete configuration.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
Passive fiber shuffle systems and custom optical mapping.
Application
High-density network architectures and repeated connection patterns.
Confirm before ordering
Port map, fiber routing, enclosure constraints, loss budget and validation plan.
Request this cable
FA / MT & emerging optical assemblies — representative image

Distribution & specialty

FA / MT & emerging optical assemblies

Discuss specialized micro-connectivity for optical modules and developing architectures. These assemblies require an engineering-led review rather than a standard cable selection.

Representative product image; final configuration varies.

Configurations & selection details
Options to discuss
FA/MT assemblies and CPO-related optical connectivity capabilities.
Application
Optical module integration and qualified development programs.
Confirm before ordering
Interface drawing, optical and mechanical tolerances, testing, qualification and production requirements.
Request this cable

Solutions and example configurations are a starting point for project selection. Exact specifications, host compatibility, qualification, availability and lead times are confirmed with the quote. Images represent a product type and may differ from the final assembly.

SPECIFICATION GUIDE

Specify the details.
Connect with confidence.

A complete specification helps avoid mismatched connectors, polarity errors and unnecessary rework.

Requirement What to share Why it matters
Fiber type Single-mode or multimode, including the required fiber grade. Match the assembly to the intended optics and link design.
Connector format Both ends, connector finish, fiber count and MPO gender where applicable. Confirm mating compatibility throughout the connection.
Polarity Required polarity method or an end-to-end connectivity diagram. Check the transmit and receive paths across the full link.
Length & breakout Overall length, individual leg lengths and routing allowances. Fit the assembly to the actual rack or pathway layout.
Jacket & environment Installation location and required jacket or fire-rating specification. Select an assembly suitable for the project requirements.
Testing & records Required optical performance criteria, test reports and labeling. Agree on acceptance documentation before production.

MPO / MTP® trunks

For high-density backbone links and connections between distribution points.

  • Confirm fiber count and connector configuration at each end.
  • Define polarity across the complete link, including cassettes.
  • Share pulling, packaging and labeling requirements.

Breakouts & patch cords

For connecting equipment ports and adapting multi-fiber links to individual connections.

  • Specify connector types and breakout mapping.
  • Define fan-out length and port identification.
  • Confirm the fiber specification against the application.

Panels & cassettes

For structured distribution where space, service access and routing matter.

  • Share available rack space and target port density.
  • Confirm adapter formats and cassette polarity.
  • Review front and rear access, routing and expansion needs.

Custom & advanced connectivity

For assemblies beyond standard configurations, including compact and specialized optical connections.

  • Provide a drawing, interface specification or target application.
  • Review feasibility, samples and qualification requirements.
  • Confirm tooling, order quantities and production timing.

QUOTE CHECKLIST

Send a BOM. Start a conversation.

Include part descriptions, quantities, connector requirements, delivery location and your target date. Reference any required test documentation or custom drawings in your inquiry.

Request a quote

HOST PLATFORM REVIEW

Compatibility starts
with your equipment.

Discuss configurations for Arista, Cisco, Dell, Intel, Juniper and NVIDIA environments, or a specified MSA interface. Platform names identify the equipment in your design; compatibility is confirmed for the selected product and host combination.

Tell us what is on each end

Share both equipment models, software versions and port settings. Include Ethernet or InfiniBand requirements and any supported breakout modes.

Confirm the complete channel

Review connectors, fiber specification, cable length, thermal fit and required documentation together. Where validation is needed, agree on it before ordering.

LET’S CONNECT

Your next fiber order
starts here.

Share a bill of materials or tell us what you’re connecting. We’ll help you work through the configuration, sourcing and delivery requirements.

  • Connector and fiber types
  • Lengths, quantities and polarity
  • Project timeline and delivery location
  • Custom requirements or support needs