Fibertop - Global Optical Module Manufacturer -HPC,Data Center

800GBASE-SR8 OSFP 800G 100m Transceiver 1

800GBASE-SR8 OSFP 800G 100m Transceiver 2

800GBASE-SR8 OSFP 800G 100m Transceiver 3

800GBASE-SR8 OSFP 800G 100m Transceiver

SKU: OFP-MM85EG-SR8CA

Product Highlights

8x100G PAM4 retimed 800GAUI-8 electrical interface

Dual MPO-12 APC connector and MPO16 APC connector are provided

8 channel VCSEL arrays and 8 channels PIN photo detector arrays

Maximum link length of 60m on OM3 or 100m on OM4

OSFP MSA Compliant

Hot Pluggable OSFP form factor

Compliant to OSFP Module Specification Rev 5.0

Compliant with CMIS 5.2

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Compatible With OEM Part Number(s)

OFP-MM85EG-SR8CA

Compatible OEM

FIBERTOP

Transceiver Type

SR8

Form Type

OSFP

Speed Description

800G

Reach

100m

Wave length

850nm

Media

MMF

Connector

MPO-12

TXPower

-4.6~4dBm

Extinction Ratio

>2.5dB

Receiver Sensitivity

RS=max(-4.6

800GBASE-SR8 OSFP 800G 100m Transceiver

800GBASE-SR8 OSFP Optical Transceiver is an Eight-Channel, Parallel, Pluggable, Fiber-Optic OSFP for 800Gigabit Ethernet applications. This transceiver is a high performance module for short-range data communication and interconnect application. It integrates eight data lanes in each direction with 8x53.125GBd. The length of OSFP SR8 is up to 60 meters over OM3 MMF or 100 meters over OM4 MMF. This module is designed to operate over multimode fiber systems using a nominal wavelength of 850nm.

Technical Specification

Vendor Name	FIBERTOP	FIBERTOP Part Number(s)	OFP-MM85EG-SR8CA
Transceiver Type	SR8	Reach	100m
Wavelength	850nm	Form Type	OSFP
Speed Description	800G	Media	MMF
Connector	MPO-12	Extinction Ratio	> 2.5 dB
TX Power	-4.6 ~ 4 dBm	Receiver Sensitivity	RS = max (-4.6 , TECQ – 6.4) dBm
Applications	800GBASE-SR8 800G Ethernet, Perfect for data centers, Intelligent Computing Center, AI, 800G Ethernet	Environment	Operating: 0°C to 70°C

Questions & Answers

Q：How should one troubleshoot packet loss or high bit error rates occurring during transmission?

A：Follow these troubleshooting steps:

① Verify via DDM whether the received optical power falls within the normal range. Should the optical power be excessively low, this may indicate excessive fibre loss or connector contamination.

② Inspect the fibre optic cable for excessive twisting or bending, ensuring cabling adheres to established standards.

③ Confirm that the remote device's data rate matches the module configuration to prevent transmission anomalies caused by rate mismatches.

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