What fiber and connector does 100G QSFP28 FR1 need?
Duplex single-mode fiber on Duplex LC, listed for 2km. It reuses ordinary structured single-mode cabling, which is usually why it is chosen over a parallel option at the same rate.
100G and 200G Optical Transceivers Product Detail
100G QSFP28 FR1
100G QSFP28 FR1 is a QSFP28 FR1 option using Duplex LC for 2km single-mode fiber links.
Product specification information
Use the published model direction and key parameters for selection and sample planning. Confirm compatibility coding, optional temperature grade, and production parameters in the formal specification or order document.
- Product family
- QSFP28 FR1
- Optical interface
- Duplex LC
- Typical reach
- 2km
- Transmission medium
- Single-mode Fiber
QSFP28100GBASE-FR1Single Lambda2km SMFQSFP28 FR1
Specs & Features
Features and specifications
For the latest specification and samples, contact sales@staricatech.com.
Product overview
100G QSFP28 FR1 is designed for 2km links using Duplex LC. Selection must confirm the host form factor, electrical interface, PMD, FEC, fiber mapping, power and thermal limits, software version and the remote endpoint; the model name alone does not establish interoperability.
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QSFP28 FR1 form factor for the defined host-port direction.
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Duplex LC interface for 2km links.
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WDM single-mode optical transmission; confirm the exact fiber or cable assembly before ordering.
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Validate host coding, FEC, diagnostics, power, thermal behavior and long-duration stability.
Selection and deployment notes
- Before ordering 100G QSFP28 FR1, confirm the exact host, software, port mode, reach, fiber or cable, connector, FEC, temperature, quantity, compatibility coding and delivery version.
Form factor
QSFP28
Fiber type
Single-mode Fiber
FEC requirement
Confirm against the target host, PMD and system configuration
Management
Management and diagnostics depend on the ordered P/N
Temperature grade
Commercial and industrial options depend on the ordered P/N
Compatibility validation
Confirm against the target host, software, port mode and FEC
Product
100G QSFP28 FR1
Host-side rate
Refer to the ordered specification and delivery documents
Optical-side rate
Refer to the ordered specification and delivery documents
Standards direction
IEEE 802.3cu 100GBASE-FR1
Transmission
WDM single-mode optical transmission
Typical wavelength
Refer to the ordered specification and delivery documents
Interface
Duplex LC
Typical reach
2km
Tx / Rx
Refer to the ordered specification and delivery documents
Optical power
Refer to the ordered specification and complete link budget
Compliance direction
Confirm the exact declaration in delivery documents
- Data-center, access and enterprise optical links
- Compatibility and sample validation
- Network rollout and replacement planning
- Lab and acceptance testing
Selection FAQ
100G QSFP28 FR1 selection questions
How does 100G QSFP28 FR1 differ from a parallel single-mode module at the same rate?
100G QSFP28 FR1 carries the full rate over a single fiber pair, so it drops into existing duplex cabling. A parallel variant needs an MPO trunk and is chosen when the plan is to break the link out to lower-rate ports. Reach targets also differ, so compare against the measured link budget.
What do I need to specify to request a quote for 100G QSFP28 FR1?
Give the host vendor, model and software version at both ends, the QSFP28 port or lane mode, the operating temperature range, the quantity per site and the target delivery date. For 100G QSFP28 FR1 also state the measured link distance and the number of patch points in the path. Compatibility is confirmed per platform, so the host details matter as much as the optical specification.
Related Products
Related 100G and 200G Optical Transceivers products
100G QSFP28 DR1
100G QSFP28 DR1 is a QSFP28 DR1 option using Duplex LC for 500m single-mode fiber links.
100G QSFP28 CWDM4
100G QSFP28 CWDM4 is a QSFP28 CWDM4 option using Duplex LC for 2km single-mode fiber links.
100G QSFP28 LR1
100G QSFP28 LR1 is a QSFP28 LR1 option using Duplex LC for 10km single-mode fiber links.