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OEM#: SPTSBP4LLCDFNew OEM Original Outright
INTEL SILICON PHOTONICS 100G LR4 QSFP28 OPTICAL TRANSCEIVER by Intel
Your price:
$646.25 eachShip date will be provided after ordering
OEM#: SPTSBP4LLCDFINTEL SILICON PHOTONICS 100G LR4 QSFP28 OPTICAL TRANSCEIVER by Intel
New OEM Original Outright
Your price:
$646.25 each
Intel Silicon Photonics - QSFP28 transceiver module - 100 Gigabit Ethernet
Ship date will be provided after ordering
Asset Information
ADD TO LIST
Product Overview
Intel Silicon Photonics combines the manufacturing scale and capability of silicon with the power of light onto a single chip. Intel builds silicon-based components that transmit and receive optical signals, moving vast amounts of information at 100 to 1600 Gigabits per second over long distances of up to several kilometers of fiber optic cables.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Technical Specs
P/N: SPTSBP4LLCDF Key Specs
Item
INTEL SILICON PHOTONICS 100G LR4 QSFP28 OPTICAL TRANSCEIVER
OEM
Intel
OEM #
SPTSBP4LLCDF
Condition
New OEM Original
Returnable
No
Warranty
Mfr Warranty
Intel Silicon Photonics combines the manufacturing scale and capability of silicon with the power of light onto a single chip. Intel builds silicon-based components that transmit and receive optical signals, moving vast amounts of information at 100 to 1600 Gigabits per second over long distances of up to several kilometers of fiber optic cables.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Product Overview
Intel Silicon Photonics combines the manufacturing scale and capability of silicon with the power of light onto a single chip. Intel builds silicon-based components that transmit and receive optical signals, moving vast amounts of information at 100 to 1600 Gigabits per second over long distances of up to several kilometers of fiber optic cables.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Technical Specs
P/N: SPTSBP4LLCDF Key Specs
Item
INTEL SILICON PHOTONICS 100G LR4 QSFP28 OPTICAL TRANSCEIVER
OEM
Intel
OEM #
SPTSBP4LLCDF
Condition
New OEM Original
Returnable
No
Warranty
Mfr Warranty
Intel Silicon Photonics combines the manufacturing scale and capability of silicon with the power of light onto a single chip. Intel builds silicon-based components that transmit and receive optical signals, moving vast amounts of information at 100 to 1600 Gigabits per second over long distances of up to several kilometers of fiber optic cables.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Product Overview
Intel Silicon Photonics combines the manufacturing scale and capability of silicon with the power of light onto a single chip. Intel builds silicon-based components that transmit and receive optical signals, moving vast amounts of information at 100 to 1600 Gigabits per second over long distances of up to several kilometers of fiber optic cables.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Technical Specs
P/N: SPTSBP4LLCDF Key Specs
Item
INTEL SILICON PHOTONICS 100G LR4 QSFP28 OPTICAL TRANSCEIVER
OEM
Intel
OEM #
SPTSBP4LLCDF
Condition
New OEM Original
Returnable
No
Warranty
Mfr Warranty
Intel Silicon Photonics combines the manufacturing scale and capability of silicon with the power of light onto a single chip. Intel builds silicon-based components that transmit and receive optical signals, moving vast amounts of information at 100 to 1600 Gigabits per second over long distances of up to several kilometers of fiber optic cables.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.
Today, IntelÆs pluggable modules connect Ethernet switches in large data centers. As demand for bandwidth increases, silicon photonics co-packaged with switch ASICs will provide the bandwidth density necessary to scale future data center networks.