980-SIAY0-00XM00 OSFP-800G-DR4H 800G OSFP224 DR4H
800G OSFP224 DR4H 500m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
800G OSFP optics for accelerated networks
800G OSFP Transceivers for Your Host and Fiber Link
Shortlist an 800G OSFP transceiver by exact port type, optical scheme, reach, connector and coding target before requesting a commercial offer.
- Separate finned-top, flat-top and platform-specific mechanical requirements
- Compare parallel-fiber and duplex-fiber optical paths before committing the cabling plant
- Review host firmware, port mode, FEC and peer-optic details as one compatibility package
- Move from a product family to an exact, reviewable SKU and document request
27verified catalog families
76exact SKU options
6-stepquotation workflow
SKU-leveldocument confirmation
Exact catalog records
Browse 800G OSFP Transceivers
Use product identity, structured specifications and exact SKU records. Search results do not assert live stock or host acceptance.
980-9IAT0-00XM00 MMS4A20-XM800 800G OSFP DR4 500m
800G OSFP DR4 500m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
980-9I301-00NM00 OSFP-800G-2DR4XH 800G Twin-port
800G Twin-port OSFP 2xDR4 500m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
980-9I510-00NS00 OSFP-800G-2xSR4H 800G Twin-port
800G Twin-port OSFP 2xSR4H 30m (OM3) /50m (OM4) Transceiver with 2 exact SKU options. Confirm the host, port and firmware before quotation.
MMA4Z00-NS-FLT OSFP-800G-2SR4FH 800G Twin-port
800G Twin-port OSFP 2xSR4 30m (OM3) /50m (OM4) Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
980-9I30G-00NM00 OSFP-800G-2DR4LH 800G Twin-port
800G Twin-port OSFP 2xDR4 500m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
980-9I30H-00NM00 OSFP-800G-2xDR4H 800G Twin-port
800G Twin-port OSFP 2xDR4H 100m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
980-9I30I-00NM00 OSFP-800G-2DR4FH 800G Twin-port
800G Twin-port OSFP 2xDR4 100m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
980-9I30L-00N000 OSFP-800G-2xFR4H 800G Twin-port
800G Twin-port OSFP 2xFR4H 2km Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
Arista OSFP-800LPO-2DR4 800G Twin-port OSFP 2xDR4
800G Twin-port OSFP 2xDR4 500m Transceiver with 4 exact SKU options. Confirm the host, port and firmware before quotation.
980-9I51A-00NS00 OSFP-800G-2VR4F 800G Twin-port
800G Twin-port OSFP 2xVR4 50m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
NVIDIA/Mellanox OSFP-800G-2SR4F 800G Twin-port
800G Twin-port OSFP 2xSR4 100m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
NVIDIA/Mellanox O112-800G-DR4 800G OSFP112 DR4
800G OSFP112 DR4 500m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
NVIDIA/Mellanox OSFP-800G-2xFR4L 800G Twin-port
800G Twin-port OSFP 2xFR4L 6km Transceiver with 2 exact SKU options. Confirm the host, port and firmware before quotation.
NVIDIA/Mellanox OSFP-800G-2xXDR4 800G Twin-port
800G Twin-port OSFP 2xXDR4 2km Transceiver with 5 exact SKU options. Confirm the host, port and firmware before quotation.
NVIDIA/Mellanox OSFP-800G-SR8 800G OSFP SR8 100m
800G OSFP SR8 100m Transceiver with 6 exact SKU options. Confirm the host, port and firmware before quotation.
980-9I510-F4NS00 OSFP-800G-2xVR4 800G Twin-port
800G Twin-port OSFP 2xVR4 50m Transceiver with 7 exact SKU options. Confirm the host, port and firmware before quotation.
MMA4Z00-NS-T OSFP-800G-2xSR4 800G Twin-port OSFP
800G Twin-port OSFP 2xSR4 100m Transceiver with 6 exact SKU options. Confirm the host, port and firmware before quotation.
980-9IAY1-00XM00 OSFP-800G-DR4 800G OSFP DR4 500m
800G OSFP DR4 500m Transceiver with 2 exact SKU options. Confirm the host, port and firmware before quotation.
980-9I302-00NM00 OSFP-800G-2DR4F 800G Twin-port
800G Twin-port OSFP 2xDR4 500m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
980-9I30G-F4NM00 OSFP-800G-2xDR4 800G Twin-port
800G Twin-port OSFP 2xDR4 500m Transceiver with 6 exact SKU options. Confirm the host, port and firmware before quotation.
MMS4X00-NM-T OSFP-800Si-2DR4 800G Twin-port OSFP
800G Twin-port OSFP 2xDR4 500m Transceiver with 1 exact SKU option. Confirm the host, port and firmware before quotation.
980-9I30J-F4NM00 OSFP-800G-DR8 800G OSFP DR8 500m
800G OSFP DR8 500m Transceiver with 6 exact SKU options. Confirm the host, port and firmware before quotation.
980-9I30H-F4NM00 OSFP-800G-2xDR4S 800G Twin-port
800G Twin-port OSFP 2xDR4S 100m Transceiver with 2 exact SKU options. Confirm the host, port and firmware before quotation.
27 product families available; page 1 of 2
Commercial overview
A sourcing route built around the link, not just the module label
An 800G OSFP quotation is only useful when the mechanical top, host port, electrical lane mode and optical path are aligned. PhotonVerge organizes the available families so a buyer can compare DR8, 2xDR4, 2xFR4, FR4, SR8 and longer-reach candidates without treating those labels as interchangeable. Share the target switch or adapter, software release, peer optic, distance, fiber interface and quantity. The response can then identify the candidate SKU, open technical questions and the documents that can be supplied for review.
When this 800G OSFP collection is the right starting point
Good starting point
- AI or HPC fabric projects with an identified OSFP host cage
- 800G Ethernet or accelerated-network links requiring a pluggable optical path
- projects comparing parallel single-mode, multimode and duplex single-mode designs
- BOM reviews that include exact OEM part numbers or coding targets
Start elsewhere when
- A QSFP-DD host port without an approved OSFP conversion path
- a short rack-level link better served by a fixed AOC or copper cable
- a request that specifies only 800G but provides no host, connector, distance or peer-end information
Product taxonomy
Choose the optical architecture before comparing individual SKUs
The family name describes a lane and optical arrangement, not a universal drop-in replacement. Confirm the selected SKU against the host and the installed fiber plant.
DR8
Parallel single-mode architecture for short data-center reaches; confirm MPO interface, lane mapping and peer optics.
2xDR4
Two four-lane optical groups for direct or breakout-oriented designs; confirm connector layout and endpoint mapping.
2xFR4
Dual duplex-fiber optical groups for designs that need two 400G-class optical paths from one OSFP.
FR4
Duplex single-mode 800G candidate for a lower-fiber-count path; confirm standard, reach and host support for the exact module.
SR8
Parallel multimode option for short-reach deployments where fiber grade and connector polarity are controlled.
Longer-reach candidates
Treat LR-class and other extended-reach options as link-budget projects, not simple distance-label substitutions.
Featured family routes
Compare product families
These links open exact family records; use the full browser for the complete set.
980-SIAY0-00XM00 OSFP-800G-DR4H 800G OSFP224 DR4H1 exact SKU options980-9IAT0-00XM00 MMS4A20-XM800 800G OSFP DR4 500m1 exact SKU options980-9I301-00NM00 OSFP-800G-2DR4XH 800G Twin-port1 exact SKU options980-9I510-00NS00 OSFP-800G-2xSR4H 800G Twin-port2 exact SKU optionsMMA4Z00-NS-FLT OSFP-800G-2SR4FH 800G Twin-port1 exact SKU options980-9I30G-00NM00 OSFP-800G-2DR4LH 800G Twin-port1 exact SKU optionsBuyer checklist
Eight checks that prevent an expensive 800G mismatch
A matching speed and shell do not establish a working link. These checks should be closed before quantity pricing or a sample plan is finalized.
Host and port mode
Record the switch, line card or adapter, software release and configured lane mode.
Thermal top
Confirm finned or flat construction and whether cooling is provided by the module or the host cage.
Electrical interface
Verify host electrical lanes and signaling generation for the selected OSFP family.
Optical scheme
Keep DR8, 2xDR4, FR4 and 2xFR4 lane mappings distinct.
Connector and fiber
Match MPO or LC, fiber count, polish, polarity and single-mode or multimode plant.
Reach and loss
Use the installed route and link-loss budget, not distance alone.
FEC and peer end
Confirm FEC expectations and the exact optic or port at the far end.
Telemetry and coding
Define required identification, alarms and monitoring fields for acceptance testing.
Decision matrix
800G OSFP shortlist matrix
Use this as a decision map. Published values on the selected SKU and host documentation remain controlling.
| Decision | Parallel-fiber path | Duplex-fiber path | Buyer confirmation |
|---|---|---|---|
| Fiber interface | Commonly MPO-based | Commonly LC-based | Existing panel, polarity and available fiber count |
| Typical schemes | DR8, 2xDR4 or SR8 | FR4, 2xFR4 or longer-reach variants | Required endpoint and optical lane mapping |
| Breakout planning | Often maps naturally to parallel lanes | May expose separate duplex optical groups | One 800G link or two lower-rate endpoints |
| Loss review | Connector and parallel-channel consistency matter | Mux/demux path and link budget matter | Measured or designed route loss |
| Mechanical review | OSFP top and cage cooling still apply | OSFP top and cage cooling still apply | Host mechanical and thermal specification |
Engineering boundary
Compatible coding is one part of acceptance, not the entire link
A module may present the requested vendor identity and monitoring fields yet still fail if the host rejects the power class, port mode or firmware behavior, or if the peer optic uses a different optical lane map. PhotonVerge therefore treats host acceptance and optical interoperability as separate review steps. Final approval belongs to the buyer's sample and production-change process.
- Host manufacturer, platform, line card or adapter and port number
- Operating system or network OS and software or firmware release
- Configured speed, breakout mode and FEC setting
- Peer optic or remote port, connector, fiber type and route length
- Required EEPROM identity, DOM fields, alarms and labeling
- Sample acceptance method and any change-control document requirement
Application planning
Where 800G OSFP decisions usually become topology decisions
The same 800G label can serve very different physical designs. Start with the topology and endpoint pair before selecting the optical scheme.
Accelerated leaf-spine fabrics
High-radix switch links where airflow, port density and optical lane mapping must be reviewed together.
HPC cluster networks
Scale-out links that require consistent endpoint mapping, operational telemetry and a controlled sample plan.
RoCE Ethernet upgrades
800G paths where FEC, switch software and peer-end optics should be documented before deployment.
Data-center edge and DCI handoff
Longer or loss-sensitive routes that need a formal link-budget and fiber-plant review.
Supply coordination
From an 800G OSFP requirement to a controlled quotation
The workflow is designed to expose assumptions before they become site issues.
1. Normalize the BOM
Separate genuine-brand-only requirements from acceptable compatible alternatives and identify every endpoint.
2. Resolve the physical path
Confirm thermal top, connector, fiber plant, route length and breakout mapping.
3. Review the host profile
Record software, port mode, FEC, coding target and monitoring requirements.
4. Select the exact SKU
Return a candidate family and SKU with open questions and available document scope.
5. Define sample acceptance
Agree the host, test traffic, duration, counters and pass criteria before quantity rollout.
6. Confirm commercial terms
Confirm quantity, destination, requested schedule, warranty terms and shipping basis for the quotation.
Buyer validation
Evidence a procurement team can request before approval
Instead of relying on anonymous endorsements, verify the exact item against the project acceptance plan. The available evidence set is confirmed per selected SKU.
Exact SKU and coding-target statement
Available product specification and mechanical information
Requested identification and monitoring-field review
Sample plan tied to the buyer's actual host and peer optic
Shipment labeling, serial or lot traceability requirements
Written warranty and RMA terms included in the commercial offer
Technical resources
Continue the engineering review
Use the relevant guide to resolve a specific decision; product-specific evidence is confirmed for the quoted SKU.
Buyer questions
Frequently asked questions about 800G OSFP Transceivers
What information is needed to quote an 800G OSFP transceiver?
Provide the host manufacturer and model, line card or adapter, software or firmware release, port mode, required optical scheme, connector, fiber type, route length, peer optic, quantity, destination and preferred delivery schedule. If an OEM part number is available, include it and state whether only genuine branded supply is acceptable or a validated compatible alternative may be considered.
Are finned-top and flat-top 800G OSFP modules interchangeable?
Do not assume they are. The top construction is connected to how the host platform removes heat, and mechanical fit alone does not establish an acceptable thermal design. Confirm the exact host cage, airflow model and platform documentation. The selected SKU should state the required construction, while the buyer's sample process should confirm temperature behavior under representative traffic and ambient conditions.
Can an 800G OSFP DR8 replace an 800G OSFP 2xFR4 module?
Not as a direct optical substitute. DR8 generally uses a parallel optical path, while 2xFR4 uses two multiplexed duplex paths. Connector type, fiber count, lane mapping, peer optics and breakout behavior differ. A migration may be possible only after redesigning the link endpoints and cabling plan. Compare the complete topology rather than matching the 800G rate alone.
Does NVIDIA or another vendor coding guarantee compatibility?
No. Coding can help the host identify the module as the intended target, but acceptance can also depend on software, firmware, port configuration, power class, FEC, monitoring behavior and platform policy. Optical interoperability is a separate question involving the peer optic, wavelength plan and fiber path. A sample in the actual host remains the most reliable approval step.
How should a buyer validate 800G OSFP samples?
Use the target host and peer optic, lock the software and port configuration, document FEC settings, run representative traffic, monitor temperature and diagnostic fields, and record pre-FEC and post-FEC counters for an agreed duration. Include insertion events and a controlled restart if they are part of operations. The acceptance record should identify the exact SKU and sample serials.
Can PhotonVerge confirm stock and lead time from this page?
No. A collection page shows catalog candidates, not live inventory or a delivery commitment. Availability depends on the exact SKU, coding target, quantity, document requirements and requested schedule. Send the complete delivery address as well, because shipping method, duties or VAT handling and delivery timing cannot be assessed from the product name alone.
Procurement guide
How to buy 800G OSFP optics without hiding the integration work
Begin with both endpoints
An accurate shortlist starts with the two devices that must communicate. Record the host port on each side, the allowed form factor, software release, configured speed and whether the link is native 800G or a breakout. This prevents a familiar scheme name from masking an incompatible lane map.
Treat thermal construction as a platform requirement
OSFP deployments can use different heat-removal arrangements. The procurement record should therefore include the required top construction and any platform-specific mechanical expectation. A generic product photograph is not sufficient evidence of fit, and the highest-temperature operating case belongs in the sample plan.
Lock the optical path before price comparison
DR8, 2xDR4, FR4, 2xFR4 and SR8 affect connector, fiber count, polarity, peer optics and migration work. Compare candidates only after the route and installed fiber plant are known. For longer paths, use a link budget that includes connector and splice losses plus an operating margin.
Make acceptance measurable
A useful sample approval defines traffic, duration, temperature observations, diagnostic fields, FEC counters and pass criteria. Retain the exact SKU, coding target and serial information with the result. This turns a compatibility claim into a repeatable purchasing control for later deliveries.
Structured B2B request
Request an 800G OSFP shortlist and quotation
Send the host and peer-end details once. The request will be reviewed for form factor, thermal top, optical path, reach, connector, coding target and exact SKU before commercial terms are prepared.
No live-stock, lead-time or compatibility commitment is inferred from this page. The selected SKU and commercial terms are confirmed in the written offer.