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SigmaWolf
ArctiCore™ Apex

Professional power, built around the way you work.

Apex is ArctiCore’s professional workstation platform — engineered for demanding applications, specialized workflows, and the people who need serious computing power at their desk.

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ArctiCore Apex High-Performance Engineering Workstation Chassis
PURPOSE & SCOPE

Sometimes the workload sits right in front of you.

Some work cannot wait for a shared environment. Engineers, designers, creators, analysts, developers, and technical professionals often need substantial computing capability exactly where the work happens.

Apex exists for that space — professional workstation infrastructure engineered around the applications, workflow, and performance requirements of the person using it.

TARGET WORKLOADS & ENVIRONMENTS

Where Apex tends to run.

These are common environments, not a fixed list of what Apex can do.

Engineering and CAD

Professional workflows where interactive performance and sustained compute capability matter.

3D design and visualization

Work involving complex models, scenes, rendering, and visual workloads.

Content creation

Production environments where applications need substantial local computing capability.

Data science and development

Technical workflows that benefit from powerful local compute and memory.

Simulation and analysis

Professional workloads where processing capability directly affects iteration time.

AI and accelerated professional workloads

Applications that benefit from local accelerated computing without requiring a dedicated infrastructure environment.

ARCHITECTURAL ATTRIBUTES

Personal. Precise. Powerful. Professional.

Apex starts with the person and the workflow — understanding the applications being used, how they behave, and where performance makes a meaningful difference.

  • Personal
  • Precise
  • Powerful
  • Professional
Apex Workstation Architecture
Precision Workstation
Interactive Viewport & CADTier 01

Zero-latency interactive feedback for 3D DCC, CAD & software compilation

Sub-frame Latency
High-Frequency Core ComplexTier 02

High sustained single-core clocks + multi-channel DDR5 ECC memory

5.0+ GHz Sustained
Professional GPU EngineTier 03

Enterprise graphics with ECC VRAM for heavy rendering, simulation & local AI

Direct PCIe 5.0 x16
High-Speed Scratch & Project StoreTier 04

Direct-attached Gen 5 NVMe arrays for instantaneous project loading

14+ GB/s I/O
Whisper-Quiet (<28 dBA Load)
1600W Titanium Power
Ergonomics: Desk-Side Acoustic ProfileSustained Interactive Power
SUBSYSTEM CAPABILITIES

Every component serves the workflow.

These aren’t line items on a shopping list. They’re the building blocks the engineering team considers when designing a workstation around how you actually work.

ArctiCore™ apex Subsystems
Precision Engineering Tower
ArctiCore Apex High-Performance Engineering Workstation Chassis
6 Subsystem Disciplines Sized for the SiteValidated Co-Design

Compute

Processing capability aligned with demanding professional applications and sustained workloads.

Memory

Capacity designed to keep complex applications and working datasets responsive.

Graphics

Accelerated visual and compute capability where the workflow benefits from it.

Storage

Fast, responsive local data access for active projects, applications, and working datasets.

Connectivity

Professional connectivity for displays, peripherals, networks, and surrounding infrastructure.

Thermal Design

Cooling engineered to sustain professional workloads without compromising the working environment.

ENGINEERING LIFECYCLE

Engineer the workstation around the workflow.

For Apex, engineering begins with understanding how the workstation will actually be used — then balancing performance, responsiveness, thermals, acoustics, and expandability around that workflow.

Understand

Understand the applications, workflow, user requirements, and performance expectations.

Profile

Identify where the workload actually benefits from compute, memory, graphics, storage, or other resources.

Architect

Determine the right balance of components around the workflow.

Engineer

Build the workstation around sustained professional use rather than isolated specifications.

Validate

Check application behavior, stability, thermals, and operational fit.

Deploy

Put the workstation into the user’s environment with minimal disruption.

Evolve

Adapt the workstation as applications, projects, and professional requirements change.

You envision. The components contribute. The Wolves engineer. ArctiCore brings it to life.

SUITABILITY

Who Apex tends to fit.

General patterns, not a customer list.

Engineers and technical professionals

That need substantial local computing capability for demanding applications.

Designers and creators

That depend on responsive visual and computational performance throughout the workflow.

Developers, analysts, and technical teams

That benefit from powerful local infrastructure without moving every workload into a shared environment.

ECOSYSTEM INTEGRATION

Apex is part of the ArctiCore family.

Platforms are engineered independently, but they’re not engineered in isolation.

Forge

Apex can bring accelerated computing closer to the professional workflow when local execution matters.

Atlis

Apex may complement substantial compute infrastructure when users need powerful local workstations alongside shared environments.

Nexus

Apex can operate as part of a broader coordinated infrastructure environment when professional users depend on shared systems and resources.

Vault

Apex can work alongside dedicated data infrastructure where professional workflows depend on substantial datasets.

CONSULTATION & SIZING

Not sure if Apex is the right starting point?

Perfect. That’s what the Wolves are for.

TAILORED INFRASTRUCTURE

Tell us what you need your workstation to do.

Let’s figure it out together.