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VOOHU SFP+ Connectors, Cages & Assemblies products

I/O Connector products

SFP+ Connectors, Cages & Assemblies

Select PCB receptacles, cages or integrated assemblies for an SFP+ host interface. Compare PCB mounting, module access, light pipes and thermal design as well as port count. Validate signal requirements and mechanical fit against the selected part’s documentation.

Part number search & selector

Find SFP+ Connectors, Cages & Assemblies part numbers

The table uses the current English-site product records, published selection fields and part-specific technical-file links.

* Frozen Image and Part Number columns · drag horizontally to review all specifications

SFP+ Connectors, Cages & Assemblies product selection results
Image Part number Datasheet Compare Downloads Pluggable I/O product typeOverall dimensionsData Rate (Max) (Gb/s)Installation TypePortsIncluded LightpipeHeat dissipationConnector Gold PlatedNickel Plated Shell Sample
VOOHU WH29DTD19D1S01 SFP+ Connectors, Cages & Assemblies WH29DTD19D1S01 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 4▽△▽△Heat dissipation holesNoneNi 30U
VOOHU WH292R029DBS02 SFP+ Connectors, Cages & Assemblies WH292R029DBS02 SPEC CageSFP+10GPress-Fit1 x 2○ ○Heat dissipation holes30UNone
VOOHU WHSFP10812W003 SFP+ Connectors, Cages & Assemblies WHSFP10812W003 SPEC CageSFP+10G—1 x 2NONEHeat dissipation holesNoneNone
VOOHU WHSFP06326F002 SFP+ Connectors, Cages & Assemblies WHSFP06326F002 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 6NONEHeat dissipation holesNoneNone
VOOHU WHSFP16026F018 SFP+ Connectors, Cages & Assemblies WHSFP16026F018 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 6△▽Heat dissipation holes30UNi 30U
VOOHU WHSFP15624F020 SFP+ Connectors, Cages & Assemblies WHSFP15624F020 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 4△▽Heat dissipation holes30UNi 30U
VOOHU WHSFP15624F030 SFP+ Connectors, Cages & Assemblies WHSFP15624F030 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 4▽ △Heat dissipation holes30UNi 30U
VOOHU WHSFP15524F009 SFP+ Connectors, Cages & Assemblies WHSFP15524F009 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 4NONEHeat dissipation holes30UNi 30U
VOOHU WHSFP15624F029 SFP+ Connectors, Cages & Assemblies WHSFP15624F029 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 4▽△▽△Heat dissipation holes30UNi 30U
VOOHU WH81-123-Y0011-1 SFP+ Connectors, Cages & Assemblies WH81-123-Y0011-1 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 3△▽Heat dissipation holes30UNone
VOOHU WH81-123-Y0010-1 SFP+ Connectors, Cages & Assemblies WH81-123-Y0010-1 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 3▽△▽△Heat dissipation holes30UNone
VOOHU WH81-123-Y0007-1 SFP+ Connectors, Cages & Assemblies WH81-123-Y0007-1 SPEC Cage+ConnectorSFP+10GPress-Fit2 x 3NONEHeat dissipation holes30UNone
VOOHU WH81-116-Y0012-1 SFP+ Connectors, Cages & Assemblies WH81-116-Y0012-1 SPEC CageSFP+10GPress-Fit1 x 6NONEHeat dissipation holesNoneNi 30U~80U
VOOHU WHSFP10111W124 SFP+ Connectors, Cages & Assemblies WHSFP10111W124 SPEC CageSFP+10GPress-Fit1 x 1NONEHeat SinkNoneNi 30U
VOOHU WH81-111-Y0016-1 SFP+ Connectors, Cages & Assemblies WH81-111-Y0016-1 SPEC CageSFP+10GPress-Fit1 x 1NONEHeat dissipation holesNoneNone
VOOHU WHSFP11214W004 SFP+ Connectors, Cages & Assemblies WHSFP11214W004 SPEC CageSFP+10GSolder1 x 4NONEHeat dissipation holesNoneNone
VOOHU WHSFP10612W042 SFP+ Connectors, Cages & Assemblies WHSFP10612W042 SPEC CageSFP+10GPress-Fit1 x 2NONEHeat SinkNoneNone
VOOHU WHSFP10211W037 SFP+ Connectors, Cages & Assemblies WHSFP10211W037 SPEC CageSFP+10GPress-Fit1 x 1○ ○Heat dissipation holesNoneNi 30U
VOOHU WH81-114-Y0017-1 SFP+ Connectors, Cages & Assemblies WH81-114-Y0017-1 SPEC CageSFP+10GPress-Fit1 x 4○ ○Heat dissipation holesNoneNone
VOOHU WHSFP11014W085 SFP+ Connectors, Cages & Assemblies WHSFP11014W085 SPEC CageSFP+10GPress-Fit1 x 4NONEHeat SinkNoneNone

How to select

A practical selection sequence

Narrow the published fields in sequence, compare the remaining candidates and verify the part-specific files before design-in.

  1. 01

    Define component type and family

    Specify a cage, PCB receptacle or assembly, then identify the target SFP or QSFP family.

  2. 02

    Choose port layout and mounting

    Review 1×N/2×N layout against the panel, PCB and press-fit or solder process.

  3. 03

    Review accessories and system conditions

    Confirm the supplied light pipes and heat sinks, module power, airflow and grounding.

  4. 04

    Validate mechanical and electrical integration

    Validate fit, signal and thermal conditions using the part-specific documents before moving to production sourcing.

Key selection parameters

What each filter helps you decide

01

Pluggable I/O component type

Distinguish cage, PCB receptacle and integrated assembly to define the purchase.

02

Form factor

SFP/SFP+/SFP28/QSFP identify interface families, not dimensions in millimeters.

03

Port configuration

Check rows, ports per row, panel and PCB drawings together.

04

PCB mounting method

Review PCB and process requirements separately for press-fit and solder mounting.

05

Light pipes and thermal features

Check legends, positions, module power and airflow, and confirm accessory inclusion.

Product family comparison

Compare the published Pluggable I/O product type

Use this summary as a routing step, then verify every required value in the exact part-number row and linked technical files.

Return to the selector ↑
Pluggable I/O product typePartsOverall dimensionsData Rate (Max) (Gb/s)Installation TypePortsIncluded LightpipeHeat dissipationConnector Gold PlatedNickel Plated ShellAction
Cage72SFP, SFP+, SFP28, QSFP/QSFP+, QSFP28, QSFPDD5G, 10G, 25G, 40G, 100G, 400GSolder, Press-Fit, Not specified1 x 1, 1 x 2, 1 x 4, 1 x 5, 1 x 6, 2 x 1NONE, ○ ○, △ ▽, ○, Not specifiedHeat dissipation holes, Heat Sink, Not specified30U, None, Not specifiedNi 30U, Ni 30U~50U, Ni 30U~80U, None, Not specifiedFilter →
Connector12SFP, SFP+, SFP28, QSFP/QSFP+, QSFP28, QSFPDD, QSFP56, QSFP1125G, 10G, 25G, 40G, 100G, 200G, 400G-, Not specified1 x 1NONE-, Not specified15U, 30U, NoneNi 50U, NoneFilter →
Cage+Connector141SFP, SFP+, SFP28, QSFP/QSFP+, QSFP28, QSFP56, Not specified5G, 10G, 25G, 40G, 100G, 200GPress-Fit2 x 1, 2 x 2, 2 x 3, 2 x 4, 2 x 5, 2 x 6, 2 x 8, 2 x 12NONE, ○ ○, ▽△▽△, △ ▽△▽, ▽ △, ▽△, △▽, △ ▽, △○▽, ▽○△, △□▽, ▽□△, 口△▽口Heat dissipation holes, Heat Sink15U, 30U, NoneNi 30U, Ni 50U, NoneFilter →

Technical performance & application fit

Validate the complete design context

Application suitability is part-number specific. Treat the catalog fields as a shortlist, then confirm the design against the linked technical files.

Application review

Network-switch host interfaces

  • Select for port density, target module and PCB constraints; do not infer system data rate from a cage name.
Application review

Communications equipment and interconnects

  • Review panel retention, EMI contacts, light-pipe visibility and airflow.
Get technical support →

Downloads & technical resources

Find files by part number

Search a full or partial SKU, then open its datasheet, 3D model or PCB footprint without returning to the product table.

66
PDF datasheets listed
52
3D file sets listed
0
PCB footprints listed

VOOHU’s published product content is reviewed by its engineering team. Specifications, downloads and technical support information are tied to specific part numbers, so you can verify them before requesting samples or a quotation.

Category overview

Reading SFP part descriptions: family, array and build

Most of the confusion in this category comes from three separate things being encoded in one part description.

01

The family ladder

SFP, SFP+ and SFP28 share a mechanical form factor and differ in the data rate they are qualified for. The QSFP line, QSFP+, QSFP28, QSFP56 and QSFP-DD, is a physically larger four-lane form factor. A mechanical fit between two of these proves nothing about signal integrity at your rate.

02

What the array notation means

A figure such as 1x1, 1x4, 2x1 or 2x5 describes how the ports are arranged, rows first and columns second. A ganged row and a stacked column with the same port count need completely different panel cutouts and board footprints, so read it before the panel is laid out.

03

Cage, connector, or both, plus the build

Parts are supplied as a cage alone, a PCB receptacle alone, or the two together. On top of that sit press-fit or solder tails, optional heat sinks and light pipes, and a stated contact plating thickness. Each affects the assembly process and long-term contact reliability, so specify them all.

FAQ & related guides

Questions before design-in

These answers guide the page workflow. Part-specific engineering limits still come from the linked technical files.

Do an SFP+ connector and transceiver share the same specifications?

No. Connector specifications concern contacts, mounting and electrical performance; transceivers also have optical and protocol parameters. This page covers host-side components.

Can an SFP+ cage directly replace an SFP cage?

Review the part-specific mechanical, panel, PCB and module requirements and validate samples. Names and appearance alone do not establish replacement suitability.

How do I check clearance for a multiport SFP+ assembly?

Check the array, panel projection, module extraction, light pipes and nearby PCB components using the selected part drawing in the host assembly.

Can catalog light-pipe symbols be used as accessory specifications?

No. Obtain the legend and part-specific information for quantity, position and supplied content. Do not infer meaning from undefined symbols.

What is needed for an SFP+ replacement assessment?

Provide existing connector/cage parts, module type, array, PCB/panel drawings and thermal needs for FAE to compare candidates and differences.

Engineer support

Continue after product selection

Send the candidate part number and the condition you need reviewed. Sample support can be added after the selection is clear; commercial questions may be discussed in the same engineering conversation.

  1. 1Selected part numbers
  2. 2Engineering review
  3. 3Sample request
  4. 4Commercial discussion

For a replacement review

  • Original part and datasheet

    Include the document revision

  • Operating conditions

    Temperature, isolation voltage and PoE current basis

  • Package constraints

    Pin count, pitch and spacing between pin rows

  • Project stage and annual volume

    To help prioritize samples and evaluation

  • Target review date

    When you need candidates and a comparison of differences

Engineering review identifies candidate parts and explains the differences.

For samples and a quotation

  • Candidate part numbers

    From the selector or engineering review

  • Quantity and project stage

    Prototyping / pilot build / production

  • Required delivery date

    Specify sample and production timing separately

  • Required documentation

    Compliance documents, material declarations or third-party reports

Samples are free of charge. Sample quantity and lead time depend on the part number and project stage. Sales will respond on business days.

Your information will be used only to respond to this support request.

Parameter comparison

Compare selected part numbers

Differences are presented for review; confirm final values and file revisions in each part-specific datasheet.