Industry News
800GbE switch deployment drives market growth
Views : 667
Author : JIUZHOU
Update time : 2025-01-03 10:02:03
A report shows that the data center Ethernet switch market improved in the third quarter of 2024. This recovery followed two quarters of decline and was driven by the use of 800GbE.
A recent report shows that the branded data center Ethernet switch market recovered in the third quarter of 2024. This recovery came after two quarters of decline. Total market revenue increased 7% year over year, reaching its highest quarterly level to date.
A key factor in this growth is the fast increase in using 800 GbE data center switches. These switches support the network setup for artificial intelligence computing clusters. This strong start shows that 800GbE will likely become popular in data center Ethernet switches. It is expected to grow quickly, with annual shipments of over 20 million 800GbE switches by 2027.

The research firm’s president said:
"A year ago, the industry was still dealing with a backlog of orders. This was due to supply chain issues from the epidemic."
"The data center Ethernet switch market has seen particularly impressive revenue growth this year."
"As cloud service providers deploy the highest levels of Ethernet speeds to handle the bandwidth demands of these workloads."
“Network investments in generative AI are rapidly and profoundly impacting the market.”
The new high-speed Ethernet switches are now used in AI clusters. The 400GbE NICs are the fastest Ethernet network cards available as of the third quarter of 2024. Its shipments grew six times compared to last year. This was due to a big rise in base and performance NIC and DPU/IPU shipments.
A recent report shows that the branded data center Ethernet switch market recovered in the third quarter of 2024. This recovery came after two quarters of decline. Total market revenue increased 7% year over year, reaching its highest quarterly level to date.
A key factor in this growth is the fast increase in using 800 GbE data center switches. These switches support the network setup for artificial intelligence computing clusters. This strong start shows that 800GbE will likely become popular in data center Ethernet switches. It is expected to grow quickly, with annual shipments of over 20 million 800GbE switches by 2027.

The research firm’s president said:
"A year ago, the industry was still dealing with a backlog of orders. This was due to supply chain issues from the epidemic."
"The data center Ethernet switch market has seen particularly impressive revenue growth this year."
"As cloud service providers deploy the highest levels of Ethernet speeds to handle the bandwidth demands of these workloads."
“Network investments in generative AI are rapidly and profoundly impacting the market.”
The new high-speed Ethernet switches are now used in AI clusters. The 400GbE NICs are the fastest Ethernet network cards available as of the third quarter of 2024. Its shipments grew six times compared to last year. This was due to a big rise in base and performance NIC and DPU/IPU shipments.
Related News
Read More >>
AI Data Center Optical Evolution: Trends & Market
Sep .20.2026
With the rapid growth of artificial intelligence computing, data centers now need much more bandwidth. The physical limitations of traditional copper cable connections are becoming increasingly apparent as transmission speeds rise.
The Global OCS Market Will Exceed $8 Billion by 2030
Sep .09.2026
The latest industry forecasts indicate that by 2030, the total size of the global optical path switch market is expected to exceed $8 billion, with a compound annual growth rate (CAGR) of over 30% between 2026 and 2030.
400G Single-Lane: Next Inflection for AI Datacenters
Aug .27.2026
400G per lane is the next inflection for AI data centers, boosting bandwidth and scaling, but requires advances in materials, packaging, and cooling.
AI-driven 800G Ramp-up Amplifies Quality Risks
Aug .14.2026
Faced with a surge in orders, leading global manufacturers are increasing production line speeds and shortening delivery cycles. However, the real challenge of this growth goes beyond “can we deliver orders on time?”

