6 ACTIVE CONFIGURATIONS 100% Dedicated Hardware Unmetered Traffic 3.2 Tbps Anti-DDoS

United States 20Gbps Dedicated Servers — NexoServers .

Compare 6 bare-metal configurations in Miami with AMD EPYC and Intel Xeon processors, PCIe 4.0 NVMe storage, and unmetered symmetric bandwidth.

Miami 20Gbps Core

Available
🇺🇸 Miami, US nx-us-20g-core
CPU / CORES Xeon E3-1270 v6 4C / 8T
RAM ECC 32 GB DDR4
STORAGE 500GB SSD
PORT SPEED 20 Gbps Unmetered

Miami 20Gbps Prime

Available
🇺🇸 Miami, US nx-us-20g-prime
CPU / CORES Xeon E5-2680 v4 14C / 28T
RAM ECC 64 GB DDR4
STORAGE 1TB SSD
PORT SPEED 20 Gbps Unmetered

Miami 20Gbps Apex

Available
🇺🇸 Miami, US nx-us-20g-apex
CPU / CORES 2 × Xeon E5-2680 v4 28C / 56T
RAM ECC 128 GB DDR4
STORAGE 2TB SSD
PORT SPEED 20 Gbps Unmetered

Miami 20Gbps Titan

Available
🇺🇸 Miami, US nx-us-20g-titan
CPU / CORES 2 × Xeon Gold 6130 32C / 64T
RAM ECC 256 GB DDR4
STORAGE 2TB SSD
PORT SPEED 20 Gbps Unmetered
🇺🇸 Miami, US nx-us-20g-vanguard
CPU / CORES 2 × Xeon Gold 6138 40C / 80T
RAM ECC 256 GB DDR4
STORAGE 3.2TB NVMe
PORT SPEED 20 Gbps Unmetered
🇺🇸 Miami, US nx-us-20g-quantum
CPU / CORES 2 × AMD EPYC 7402P 48C / 96T
RAM ECC 512 GB DDR4
STORAGE 3.2TB NVMe
PORT SPEED 20 Gbps Unmetered
20Gbps Dual-Port LACP Aggregation
20 Gbps Link Aggregation (LACP)

Dual redundant links delivering 20 Gbps bonded bandwidth.

Double your bandwidth ceiling with dual bonded 10Gbps links or dedicated 20G fabric interconnects. Ideal for high-density hypervisors, big data ingestion pipelines, real-time analytics, and cross-datacenter database synchronization.

20 Gbps Aggregated Bandwidth
2.5 GB/s Max Saturated Throughput
Active-Active Dual-NIC Redundancy
  • IEEE 802.3ad LACP bonding across separate core switch chassis for maximum fault tolerance.
  • High packet-per-second (PPS) hardware performance with DPDK and SR-IOV support.
  • Unmetered incoming and outgoing traffic with zero throttling policies.
High-Density Compute Architecture

Enterprise multi-core platforms designed to saturate 20Gbps.

Saturating a 20Gbps interface requires severe bus bandwidth. Our 20G bare-metal nodes feature multi-channel DDR4/DDR5 registered memory, dual CPU sockets, and direct PCIe Gen4/Gen5 bus lanes to the network interface controllers.

Up to 128T Processing Threads
PCIe 4.0/5.0 Network Direct Bus
Tier-3+ Facility Standards
  • Dedicated Intel Xeon Scalable and AMD EPYC processors with massive L3 caches.
  • Enterprise NVMe arrays configured for ultra-high random I/O (up to 1,000,000+ IOPS).
  • Full control with out-of-band IPMI 2.0 / Redfish hardware management API.
Cold Aisle Containment and Redundancy
FAQ

TECHNICAL INFRASTRUCTURE & KEY QUESTIONS.

Direct answers tailored to this deployment and server type.

Why is our Miami datacenter strategically important for international infrastructure? +

Miami serves as the premier digital gateway connecting North America and Latin America (LATAM), hosting key submarine cable landing stations that route traffic to Central and South America and the Caribbean.

Where are the bare-metal servers physically hosted in Miami? +

Inside Equinix MI1 / NAP of the Americas, one of the most secure and interconnected facilities in the Western Hemisphere, engineered to withstand Category 5 hurricanes.

How is routing optimized towards Latin America? +

Direct peering at FL-IX and multi-homed BGP transit via Lumen, Cogent, Sparkle, and Seaborn, drastically minimizing hop count and round-trip times to Brazil, Colombia, Chile, Mexico, and Argentina.

Does Miami bandwidth include monthly traffic quotas or overage fees? +

No. All dedicated servers in Miami feature dedicated unmetered symmetric ports with zero per-gigabyte consumption charges.

Can a single Miami deployment serve both US East Coast and LATAM users? +

Yes. Miami’s unique geographic position enables single-digit millisecond latency to Florida and the East Coast, combined with the fastest routing paths into Latin America.