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OSFP-800G FR8/2xFR4 1310nm 2km PAM4 Dual Duplex LC SMF Optical Transceiver Module

OSFP-800G-FR8-SM

$1,280.00

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  • Maximum power consumption: 16W.
  • Supports 2 x 400GBASE-FR4 Ethernet (PAM4).
  • Built-in 7nm DSP chips and 3D packaging technology.
  • 8×106.25Gbps (53.125GBd PAM4) electrical interface.
  • 8×106.25Gbps (53.125GBd PAM4) optics architecture.
  • 800Gbps data transmission over 2km on G.652 SMF with KP-FEC.
  • Dual duplex LC receptacles and 3.3V power supply.
  • Built-in digital diagnostics for real-time monitoring.
  • Operating temperature range (0℃ to +70℃).
  • RoHS-compliant and IEEE 802.3 compliant.
osfp-800g-fr8-sm-optical-transceiver-module

MSA Compatible 800G OSFP FR8 Optical Transceiver Module Support 2x 400G FR4 (SMF 1310nm, 2km, PAM4, Dual Duplex LC )

The 800G OSFP FR8 optical transceiver module that has 8×106.25Gbps (53.125GBd PAM4) electrical interface and 8×106.25Gbps (53.125GBd PAM4) optics architecture. The OSFP-FR8 module has Built-in digital diagnostic functions for real-time monitoring. The 800G transceiver module is compliant with the OSFP MSA and IEEE 802.3 protocol and is designed for 2km optical communication applications. The silicon photonics transceiver is constructed on a silicon photonics (SiPh) platform. This OSFP FR8 transceiver module adopts SiPh circuits to incorporate various active and passive optoelectronic components, 3D packaging technology, and 7nm DSP chips. The optical module withstands severe external operating conditions, like temperature, humidity, and EMI interference. The module is accessible via a two-wire serial interface, providing functionality and feature incorporation. The module supports 2x 400G FR4 and is ideal for carrier networks, enterprise networks, and AI networks.

Specification

Form FactorOSFPVendor NameAsterfusion
MediaSMFMax. Cable Distance2km
ConnectorDual Duplex LCDDM/DOMSupported
Wavelengths Range1310nmPower Consumption<16w
Data Rate800GbpsHumidity(non-condensing)5-95%
Bit Error Rate
2.4E-4Supply Voltage3.3V
Extinction Ratio>3.5dBElectrical Interface Hot pluggable
Operating Case Temperature0 to 70°C (32 to 158°F)Application2x400G FR4; Data centers
Part NumberOSFP-800G-FR8-SMProtocolsOSFP MSA and CMIS compliant; IEEE 802.3

Connectivity solution

Related Products

OSFP-800G-SR8-MMOSFP-800G-DR8-SMOSFP-800G-FR8-SMOSFP-800G-LR8-SM
ConnectorDual MPO-12Dual MPO-12Dual Duplex LCDual Duplex LC
Modulation8x106.25Gbps PAM48x106.25Gbps PAM48x106.25Gbps PAM48x106.25Gbps PAM4
Wavelengths Range850nm1310nm1310nm1310nm
Max. Cable Distance100m500m2km10km
Chip Type7nm DSP chip7nm DSP chip7nm DSP chip7nm DSP chip
Operating Case Temperature0 to 70°C (32 to 158°F)0 to 70°C (32 to 158°F)0 to 70°C (32 to 158°F)0 to 70°C (32 to 158°F)
Power Consumption<13.5w<16w<16W<16W
ApplicationEthernet
Telecom
Data Center
800G to 2x400G Breakout
800G to 8x100G Breakout		Ethernet
Telecom
Data Center
800G to 2x400G Breakout
800G to 8x100G Breakout		Ethernet
Telecom
Data Center
800G to 2x400G Breakout
800G to 8x100G Breakout
Ethernet
Telecom
Data Center
800G to 2x400G Breakout
800G to 8x100G Breakout

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    Questions & Answers

    OSFP 800G FR8 optical transceiver modules can be applied in?
    • 800G optical modules connect servers, switches, and storage devices in data centers.
    • 800G optical modules support 5G mobile communication for fast download and upload speed.
    • In scientific research, weather forecasting, and other areas requiring massive computing power.
    • Connecting businesses and institutions within a metropolitan area often relies on optical transceivers. They provide high-bandwidth connections for data exchange, video conferencing, and other bandwidth-intensive applications.

    What is the OSFP-800G-FR8 optical transceiver module bandwidth?
    The 800G FR8 optical transceiver has eight lanes, and the data rate per lane is 106.25 Gbps. The modules adopt Pulse Amplitude Modulation with 4 levels (PAM4) that handle massive data volume transmission at high speeds.

    Optical transceiver silicon photonics means what?
    Silicon photonics supports a new approach to building optical modules. Silicon photonics integrates the essential optical components onto silicon chips, similar to how electronic circuits are built. By well-established and cost-effective silicon chip manufacturing processes, silicon photonics enables the production of more affordable optical transceivers. Silicon photonics allow for closer integration of optical components with electronic circuitry on the same chip. This improves overall performance and reduces signal loss with the transceiver.

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