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8G SFP+ FCSR Fibre Channel Optical Transceiver, 100m 850nm Multimode, Duplex LC, DDM - Compatible SFP+ Fiber Channel Transceiver - Astraphoton

8G SFP+ Duplex 850nm 100m
AstraPhoton model
APT8PFCSR100M
Catalogue reference
8SFP+FCSR
Data rate
8G
Wavelength
850 nm
Reach
100M
Form factor
DUPLEX SFP+
8G SFP+ FCSR Fibre Channel Optical Transceiver, 100m 850nm Multimode, Duplex LC, DDM - Compatible SFP+ Fiber Channel Transceiver - Astraphoton
Product-family illustration for APT8PFCSR100M. Final configuration and unit serial number are confirmed with your order.
AstraPhoton modelAPT8PFCSR100M
Category8G, 16G & 32G Fibre Channel Transceivers
Decision pathSpecifications + host + evidence

Key specifications

AstraPhoton modelAPT8PFCSR100M
Data rate8G
Wavelength850 nm
Reach100M
Form factorDUPLEX SFP+
ConnectorDUPLEX LC
DOM / DDMYES
Commercial temperature0~70°C
Industrial temperature-40~85°C
Transmission modeMultimode

Available models

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1 model

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AstraPhoton modelTypeRateMediaWavelengthReachConnectorOptions
APT8PFCSR100MDUPLEX SFP+8GMM850100MDUPLEX LCYES

Compatibility matching

Compatible with a wide range of major network brands.

Send the host device brand, model and link requirements so we can match an appropriate option.
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Review the document for the exact model.

Review the document for the exact model and reach before approving a sample or rollout.

Review where this product fits the link design.

Confirm the host port, fibre or cable path, distance and operating environment before selecting the final variant.

  • Endpoint fitHost device, port role and remote-end interface
  • Link fitRate, reach, wavelength, fibre and connector
  • Project fitEnvironment, quantity and document requirements
Illustration of an optical network application path
Illustrated checklist for optical link testing and output review

Request evidence against the exact product scope.

Available evidence depends on the model and agreed review scope. Ask for the checks needed by engineering or procurement before approving a sample or rollout.

  • Product identityModel, label, connector and wavelength details
  • Host contextCoding or recognition evidence where applicable
  • Output evidenceOptical, diagnostic or link information where available
Request testing evidence

Five answers for this product path.

View all 52 answers
Product selectionWhen should I choose single-mode or multimode optics?

Match the installed fibre and the interface standard at both ends. Multimode is common for shorter data-centre links; single-mode supports many campus, metro and long-reach links. Do not mix the two without a specifically designed conversion path.

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Compatibility & codingWill DOM or DDM readings be available on the host?

They are available only when the module, interface and host software support the diagnostic functions and expose them correctly. Confirm the required readings as part of the device review.

Start a model review
Optical link designCan temperature influence optical margin?

Optical output, receiver performance and fibre or connector conditions can vary with environment. Use the specified operating range and retain reasonable link margin for the deployment.

Use the selection guide
High-speed deploymentHow do I choose between parallel and duplex high-speed optics?

Compare the host-supported standards, installed fibre, connector, reach and migration plan. Parallel optics often use MPO/MTP; duplex solutions use LC but may have different optical and FEC requirements.

Plan a technical review
Documents & procurementHow do I make sure a document applies to my exact model?

Compare the model reference, interface, reach and variant with your product shortlist. If the document is not published or the revision is unclear, send the model and required document type through the document request form before using it for approval.

Request a document pack

Next steps

Move from product record to a scoped decision.