DellWORKSTATION
Tower
Precision 7960 Tower
A high-end professional workstation for design, simulation, rendering, and local AI workloads that need substantial desktop expansion.
- Workstation
- Professional GPU
- Expansion
SERVER / WORKSTATION
Workstation. 2U. 4U.
Start with form factor and workload before brand. We separate the roles of workstation, mainstream 2U, and high-density 4U platforms, then narrow the configuration around real Dell and HPE systems.
DELL PRECISIONDELL POWEREDGEHPE PROLIANTWORKSTATION · 2U · 4U
REAL HARDWARE / SELECTED PLATFORMS03 PRODUCTS
Selected hardware
See the platform. Then configure it.
We consult around real Dell Precision, PowerEdge, and HPE ProLiant systems rather than generic server imagery. Final models depend on generation, workload, and OEM support conditions.
DellRACK SERVER
2U / 2 Socket
PowerEdge R760
A 2U dual-socket enterprise platform for virtualization, data processing, business applications, and selected accelerator configurations.
- 2U Rack
- Enterprise
- Flexible I/O
HPERACK SERVER
2U / 2P
ProLiant DL380 Gen11
HPE’s versatile 2U dual-processor platform for hybrid cloud, virtualization, data analytics, and scalable enterprise workloads.
- 2U Rack
- Enterprise
- Hybrid Workloads
HPEHIGH-DENSITY SERVER
4U / 4 Socket
ProLiant Compute DL580 Gen12
A 4U four-socket platform for data-intensive workloads and large-memory configurations where scale and density matter.
- 4U Rack
- High Density
- Memory Scale
Platform fit
Choose the form factor before the model.
Separating workstation, 2U, and 4U roles first clarifies deployment location, expansion, GPU support, power, and thermal constraints before model selection.
Dell Precision
For design, rendering, local AI, and workflows that need high GPU and I/O expansion close to the user.
Dell PowerEdge · HPE ProLiant
The mainstream rack platform for virtualization, databases, business applications, and general enterprise workloads.
HPE ProLiant Compute
For data-intensive environments that prioritize large memory footprints and high expansion density.
Configuration review
What to verify before configuration.
CPU and memory are only part of the design. Storage, GPU, OS, network, and OEM support are reviewed in the same configuration plan.
01WORKLOAD
Workload
We start with the real workload: virtualization, database, file services, AI/GPU, or other business applications.
02COMPUTE
CPU
Core count, clock speed, socket topology, and expansion plans are reviewed together.
03MEMORY
Memory
Capacity, channel population, and future expansion are considered as one memory plan.
04STORAGE
Storage
Capacity, performance, RAID, and resilience requirements define the storage architecture.
05ACCELERATOR
GPU
GPU slots, power, cooling, and OEM support conditions are checked together.
06PLATFORM
OS & Network
Windows Server, Linux, network interfaces, and integration with the current environment are reviewed.
Scenarios
Different goals need different designs.
New deployments, refreshes, expansions, and GPU servers each require a different review sequence.
New server deployment
We design server specifications and deployment scope from the ground up for new services or workloads.
Server refresh
We define replacement specifications and migration scope around the existing workload and operating model.
Performance & capacity expansion
We identify current bottlenecks and expected growth before planning CPU, memory, and storage expansion.
GPU server deployment
We review the platform, power, cooling, and support conditions required for the target GPUs.