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SigmaWolf
Architecture Philosophy

The platform is the starting point. The configuration is yours.

ArctiCore isn’t organized around rigid SKUs or a fixed model number. It’s organized around platform families — each engineered around a different kind of workload, environment, and outcome.

The family you land on gives you a starting architecture, not a finished spec sheet. From there, SigmaWolf’s engineering team determines the actual configuration — sized to what you’re actually running, not what’s easiest to sell.

Portfolio Architecture

Platform families, engineered for different possibilities.

Six starting points. Six different kinds of problem. One engineering team behind all of them.

ArctiCore Edge 1U Compact Server Chassis

Edge

edge

Infrastructure, where the work happens.

Character

Compact and resilient — built to run unattended in environments that weren’t built for servers.

Workload

Distributed sites, remote operations, environments without a traditional data center.

ArctiCore Nexus Enterprise Interconnect and Compute Server Chassis

Nexus

nexus

Where everything comes together.

Character

Built for connectivity and coordination — infrastructure that ties your environment together rather than adding another silo.

Workload

Hybrid environments and integration hubs that need to connect multiple systems and locations.

ArctiCore Atlis 2U High-Density Enterprise Compute Server Chassis

Atlis

atlis

Built for serious compute.

Character

Scale-up density — engineered to concentrate compute capacity without sacrificing balance.

Workload

High-throughput processing and dense simulation workloads that need raw compute headroom.

ArctiCore Forge 4U GPU-Accelerated Enterprise Server Chassis

Forge

forge

Where compute gets serious.

Character

Accelerated by design — power, cooling, and networking engineered around sustained GPU load.

Workload

AI training and inference, GPU-accelerated pipelines — workloads that live and die by throughput.

ArctiCore Vault 4U High-Density Storage Server Chassis

Vault

vault

Your data deserves infrastructure built around it.

Character

Storage-dense and protection-first — engineered around the data it holds, not just the capacity it offers.

Workload

Structured and unstructured data, backup and retention — workloads where data integrity is the priority.

ArctiCore Apex High-Performance Engineering Workstation Chassis

Apex

apex

Professional compute without compromise.

Character

Workstation-grade precision — professional compute in a form built for how people actually work.

Workload

Creative, engineering, and technical workstation workloads that demand desktop-class performance.

System Integration

Every component brings a capability.

These aren’t line items on a shopping list. They’re the building blocks the engineering team draws on to assemble the system your workload actually needs.

ArctiCore™ by SigmaWolf
Convergence
Compute
Memory
Storage
GPU / AI
Networking
Power
Cooling

7 subsystem disciplines integrated into one balanced architecture

Compute

Core Density & Instructions

Processing power sized to the workload, not the other way around.

Memory

ECC DDR5 Bandwidth

Bandwidth and capacity that keep pace with what you’re running.

Storage

NVMe IOPS & Throughput

Capacity and speed engineered around how your data actually moves.

GPU / AI

Parallel Acceleration

Acceleration for the workloads that need it most.

Networking

Low-Latency Interconnect

Connectivity engineered for throughput, not just uptime.

Power

Redundant Phase Delivery

Delivery and redundancy sized to the system it supports.

Cooling

Dynamic Thermal Management

Thermal design that keeps sustained performance sustainable.

From Vision to Reality

You Envision...The Components Contribute...The Wolves Engineer...ArctiCore brings it to Life!!

Workload Objective & Outcome

Target Outcome Defined

Every system starts with the exact outcome you want to achieve — throughput, latency, capacity, and operational scale.

Throughput Target

Ultra-High Continuous I/O

Latency Budget

Sub-Millisecond Interconnect

Data Custody

100% Dedicated Sovereign NVMe

Thermal Envelope

Zero-Throttling Continuous Run

You Envision...

Every system starts as an objective, not a spec sheet — the workload you’re trying to run, the outcome you’re trying to reach.

Building Blocks

7 Physical Hardware Disciplines

Selected for Spec

Compute

Binned Core Density

Memory

ECC DDR5 Bandwidth

Storage

NVMe High-IOPS

GPU

Dense Acceleration

Networking

100/400GbE Fabric

Power

Redundant Phase Delivery

Cooling

Direct Thermal Management

Each brings a dedicated capability to assemble the solution

The Components Contribute...

Compute, memory, storage, GPU, networking, power, and cooling each bring a distinct capability to the system.

Hardware Integration

Engineering Interdependence & Balance

Zero Bottlenecks
Compute ↔ Memory Bus12-Channel DDR5 Saturation
GPU ↔ Storage DirectPCIe Gen5 x16 GPUDirect NVMe
Network ↔ Host Fabric400GbE / InfiniBand Low Latency
Power ↔ Thermal BalanceTitanium Redundant Phase Delivery

Engineered, calibrated, and validated for sustained peak performance

The Wolves Engineer...

Those capabilities start relating to one another — dependencies, data paths, and balance, engineered rather than assumed.

ArctiCore™ by SigmaWolf
System Operational
100% Workload Aligned
STATUSOPTIMAL
LINK400G ACT
POWER2x 2000W

One cohesive, high-performance infrastructure platform ready for production

ArctiCore brings it to Life!!

What began as scattered capabilities converges into one platform, engineered specifically around what you’re running.

Methodology

Engineering is what turns a platform into your infrastructure.

“The platform is the starting point. The configuration is yours.” Configuration is not a form you fill out — it’s a discipline our engineers practice on every system.

Understand

Understand the workload, environment and objective.

Architect

Determine the right platform and system architecture.

Engineer

Build the configuration around the actual requirements.

Validate

Check compatibility, performance, reliability and operational fit.

Deploy

Bring the system into the customer’s environment.

Support

Stand behind what was built.

Evolve

Adapt the infrastructure as the workload changes.

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

Application Focus

Start with the workload. Not the hardware.

Every platform family suits certain kinds of work better than others — these are natural starting points, not rules.

AI / GPU Computing

Training, inference, and GPU-accelerated pipelines.

Often paired withForgeNexus

Enterprise Compute

The core systems that run your business.

Often paired withAtlisNexus

Virtualization

Consolidated environments running many workloads at once.

Often paired withNexusAtlis

Data & Storage

Structured and unstructured data, at scale.

Often paired withVault

Edge Infrastructure

Compute that lives where the work happens, not in a data center.

Often paired withEdge

Professional Workstations

Desktop-class performance for demanding technical work.

Often paired withApex

Custom Workloads

Something that doesn’t fit a category — engineered across families.

Engineered across platform families

Platform Navigator

Start with the environment. We’ll engineer the configuration.

Six architectural starting points — not rigid boxes. Every ArctiCore system is engineered around what you’re actually running.

Engagement Path

Don’t know which platform fits?

Perfect. That’s what the Wolves are for.

Customer

Tell us what you’re trying to accomplish.

SigmaWolf

Wolves

The Wolves understand the requirement, work through the workload, and guide you toward the right solution.

ArctiCore™ by SigmaWolf

ArctiCore

The right platform family, identified.

Engineered Configuration

A system engineered around what you’re actually running — not a form you filled out.

You won’t be asked to build a bill of materials or pick a spec sheet — that’s engineering work, and it’s ours to do.

Get Started

Tell us what you’re trying to accomplish.

Let’s figure it out together.