"The G300 chip powers 64 ports of 1.6 terabit Ethernet, delivering a total switching capacity of 102.4 terabits. This represents a doubling of capacity compared to its predecessor, the G200."
"Built on TSMC's 3-nanometer process technology, the G300 pushes the physical limits of current semiconductor manufacturing. Manufacturers cannot currently build chips significantly larger than this device due to fabrication constraints."
"The extreme performance comes with substantial benefits for connecting large-scale GPU clusters, offering 10,000 times more bandwidth than the 10 gigabit standard introduced almost 25 years ago."
The Silicon One G300 is a 102.4 terabit networking chip developed by Cisco, built on TSMC's 3-nanometer process technology. It offers 64 ports of 1.6 terabit Ethernet, doubling the capacity of its predecessor, the G200. This chip is part of a unified approach within Cisco's Common Hardware Group, which consolidates silicon development and hardware engineering. The G300's performance positions Cisco among a select group of companies capable of producing high-performance networking silicon, essential for large-scale GPU clusters and AI infrastructure.
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