Gigabyte
Gigabyte B343-C40 Blade Server
3U, 10 nodes, AMD EPYC 4005 & Ryzen 9000, 20-bay Gen5 NVMe/SATA
View on NeweggMax compute per U
High-Density Servers
Multiple server nodes in a shared chassis to maximize compute per rack unit and reduce power, space and cabling.
Dense
Many independent nodes in one enclosure.
Efficient
Shared power and cooling lower overhead per node.
Scalable
Add nodes as capacity needs grow.
Why High-Density Servers
Performance That Fits Your Business
Maximum compute per U
Pack more cores into less rack space for scale-out workloads.
Shared power and cooling
Shared power supplies and fans reduce cost and energy per node.
Simplified cabling
Fewer cables and components to install and maintain.
Independent nodes
Each node runs its own OS and workload for flexible deployment.
Use Cases
Where High-Density Servers Excel
Cloud & hosting
Multi-tenant infrastructure
Deliver more customer instances per rack.
HPC clusters
Scale-out computing
Build dense compute clusters for research and simulation.
Telecom core
Virtualized network functions
Run network functions on standard, dense compute.
Product Lineup
Shop High-Density Servers
AI ServersData Center ServersEdge ServersHigh-Density ServersGeneral-Purpose ServersTower ServersAI Workstations
Typical Configurations
Exact specifications vary by model and brand.
| Tier | Workloads | Form factor | Processor | Max memory | Storage / expansion |
|---|---|---|---|---|---|
| 2-node | Small clusters, GPU inference | 1U, 2 nodes | 1 CPU per node | Per node | GPU per node (select models) |
| Blade | Cloud, hosting, HPC | 3U, 10 nodes | 1 CPU per node | Per node | Shared NVMe/SATA bays |
| Rack-scale | Large scale-out deployments | Multiple enclosures | 1–2 CPUs per node | Per node | Shared networking |
Ready to Deploy?
Buy online, or request a volume quote through Newegg Business.
Frequently Asked Questions
When does high-density make sense?
When rack space or power is limited and workloads scale out across many identical nodes, such as cloud, hosting or HPC.
Do nodes share failure risk?
Nodes are independent, but they share chassis power and cooling. Redundant power supplies reduce that risk.
Is cooling harder in dense racks?
Higher density means more heat per rack. Plan airflow and power per rack before deployment.
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