100Gbps is built for hyperscale workloads: AI/ML model training clusters moving massive datasets between nodes, big data warehousing, backbone or CDN edge nodes, colocation uplinks, and financial trading platforms where every microsecond of network contention matters.
A 100Gbps port delivers 2.5x the raw throughput of a 40Gbps port and typically runs over QSFP28 interfaces rather than QSFP+. In practice, 100Gbps suits hyperscale or backbone-level traffic, while 40Gbps fits large enterprise workloads that don't need full carrier-grade capacity.
Our 100Gbps dedicated servers use QSFP28 network interface cards paired with enterprise-grade switching fabric, ensuring the NIC and upstream network never become the bottleneck for line-rate throughput.
Yes, unmetered 100Gbps plans are available for workloads with sustained, predictable high-volume transfer needs, giving you a fixed monthly cost instead of variable bandwidth billing.
Yes. Our 100Gbps range sits behind 500+ Tbps of DDoS mitigation capacity, scaled specifically to absorb volumetric attacks that would overwhelm standard protection tiers.
To saturate a 100Gbps link you need high-core-count processors like AMD EPYC or Intel Xeon Scalable, plus NVMe SSD storage in RAID configurations, so disk I/O and CPU interrupt handling can keep pace with line-rate network traffic.
