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Tower Servers

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Tower & Pedestal Servers

Tower & Pedestal Servers

Enterprise‑grade compute in an office‑friendly form factor. DiGiCOR Tower Servers—also known as Pedestal or Deskside Servers—deliver the architecture of a rackmount system in a standalone vertical chassis, ideal for ANZ businesses that need on‑prem performance without a dedicated data centre.

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Locally integrated and supported across Australia & New Zealand.
Typical deployments: file and print servers, SMB office infrastructure, branch and regional office compute, virtualisation starters, storage‑heavy workloads, and GPU‑ready systems for AI inference or content creation.
At a Glance
Office‑Friendly & Quiet
Designed for deskside or comms‑room deployment with low‑noise cooling, suitable for standard office environments.
High Internal Expansion
More room for hot‑swap storage, RAID or HBA cards, high‑speed networking, and GPU acceleration than slim rack servers.
Rack‑Convertible Design
Start as a standalone tower today and convert to a rackmount footprint later using rail or tower‑to‑rack conversion kits.

Why Choose Tower & Pedestal Servers for Your Infrastructure?

Tower and pedestal servers exist to deliver enterprise‑grade compute in environments where racks, dedicated cooling, or data centres are impractical. For many Australian and New Zealand organisations, they provide the ideal balance between performance, simplicity, and long‑term flexibility.

Office‑Friendly Deployment
Designed for deskside or comms‑room placement, tower servers operate quietly in standard office conditions without the need for racks or specialised cooling.
Flexible Growth Without Re‑Platforming
Larger internal volume allows more storage, memory, PCIe cards, and GPUs, while rack‑convertible designs protect your investment as infrastructure matures.
Built for Real‑World Workloads
Ideal for file and print services, virtualisation, branch office compute, storage‑heavy roles, and GPU‑ready systems for AI inference or creative workloads.
Tip: If you expect future growth or a move to a server cabinet, choose a rack‑convertible tower so the same system can transition into a rack without replacing hardware.

Custom‑Built Tower & Pedestal Server Solutions: Intel & AMD Platforms

Choose the CPU platform that best aligns with your workloads, software licensing, and growth plans. DiGiCOR designs tower and pedestal servers by balancing compute, memory, storage, and networking around real‑world operational requirements across Australia and New Zealand.

Intel‑Based Tower Servers
Optimised for broad enterprise compatibility, consistent performance, and predictable behaviour across mixed application environments.
Enterprise Ready
  • Well suited for general office servers, file and print, and mixed enterprise workloads
  • Strong ecosystem alignment for organisations standardising on Intel platforms
  • Common choice for virtualisation, business applications, and front‑end services
AMD‑Based Tower Servers
Designed for higher core density and throughput‑focused workloads where consolidation efficiency and memory bandwidth matter.
High Density
  • Ideal for consolidation‑heavy environments such as private cloud and virtualised workloads
  • Strong fit for analytics, parallel processing, and GPU‑assisted compute
  • Often selected where maximum core count, scalability, and performance per watt are priorities

Tower & Pedestal Servers Built for Diverse Workloads

Tower and pedestal servers strike a balance between performance, efficiency, and expandability, making them well suited to a wide range of on‑premises workloads where flexibility and simplicity matter as much as raw compute power.

Core Business & Office Services
Reliably handle file and print services, identity management, business applications, and shared storage in offices that do not require rack infrastructure.
Branch, Regional & Edge Deployment
Commonly deployed in branch offices, retail sites, clinics, and regional locations where local compute and storage reduce latency and reliance on constant connectivity.
Storage, Performance & Acceleration
Larger chassis allow high‑capacity storage, fast NVMe tiers, multiple PCIe cards, and optional GPUs for data‑heavy, virtualised, or AI‑assisted workloads.
Common Design Considerations
  • Balance CPU cores, memory capacity, and expansion headroom based on current workloads and expected growth.
  • Plan storage tiers carefully, combining capacity drives with SSD or NVMe where performance or responsiveness is critical.
  • Consider networking, redundancy, and rack‑convertibility early to avoid re‑platforming as infrastructure evolves.
Plan Your Tower Server Configuration
Share your workloads, capacity requirements, and future plans and we’ll help design a tower or pedestal server that fits today and scales tomorrow.
Start a Configuration

Frequently Asked Questions

These FAQs cover common questions about tower and pedestal servers, including how they’re used, where they’re deployed, and how to choose the right configuration for your environment.

What are tower and pedestal servers designed for?
Tower and pedestal servers are designed to deliver enterprise‑grade compute in environments where rack cabinets or dedicated data centres aren’t practical. They’re commonly used in offices, branch locations, and regional sites that need reliable on‑premises performance with minimal infrastructure.
Can tower servers be configured for different workloads?
Yes. Tower and pedestal servers can be tailored to match a wide range of workloads by balancing compute, memory, storage, networking, and expansion capacity. This flexibility allows them to support everything from basic office services to virtualisation, storage‑heavy roles, and GPU‑assisted workloads.
How should I choose the right tower server?
Start by understanding your primary workloads, performance expectations, and data growth over time. Factors such as storage capacity, expansion needs, and future scalability are just as important as initial performance. A consultative approach helps ensure the system fits both today’s needs and tomorrow’s plans.
Where are tower and pedestal servers typically deployed?
These systems are commonly deployed in offices, branch locations, retail sites, clinics, and regional facilities. They’re also used in environments where noise, space, or power constraints make rack infrastructure impractical.
Can tower servers scale or evolve over time?
Yes. Tower servers are designed with expansion in mind, allowing additional storage, memory, PCIe cards, and in many cases conversion to a rackmount form factor. This makes them a practical long‑term platform as infrastructure requirements grow or change.

The DiGiCOR Advantage in Australia & New Zealand

When you partner with DiGiCOR, you’re not just buying hardware. You’re gaining a local technology partner focused on correct configuration, reliable deployment, and long‑term operational outcomes — across metro, regional, and remote environments.

Solution‑Led Consultation
Practical guidance on CPU, memory, storage, networking, power, and rack constraints — aligned to application requirements, licensing models, and future growth.
Workload‑Aligned Builds
Purpose‑built configurations for virtualisation, storage‑heavy workloads, edge computing, and AI inference — designed for consistency across single or multi‑site deployments.
Deployment & Migration Support
Staging, imaging, firmware alignment, rack‑and‑stack coordination, and cutover planning — delivered to minimise downtime and deployment risk.
Metro, Regional & Remote Coverage
Support across all metropolitan centres, regional areas, and remote locations throughout Australia and New Zealand — not limited to major hubs.
Governance for Multi‑Site Rollouts
Standard build profiles, configuration baselines, asset tracking, and change control to keep infrastructure consistent across teams, sites, and regions.
Coverage Across ANZ, Pacific & Global Expansion
DiGiCOR supports deployments across all metropolitan, regional, and remote areas of Australia and New Zealand, as well as the Pacific Islands. For organisations expanding internationally, we enable consistent global delivery through structured planning and partner coordination.
Australia — Metro & Nationwide
Sydney, Melbourne, Brisbane, Perth, Adelaide, Canberra, Hobart, Darwin — plus all regional and remote areas across every state and territory.
New Zealand — Metro & Nationwide
Auckland, Wellington, Christchurch, Hamilton, Tauranga, Dunedin — plus all regional and rural areas across both islands.
Pacific Islands
Support for Pacific Island deployments, including staged delivery, remote coordination, and designs aligned to local power, cooling, and connectivity constraints.
Global Expansion
International rollout support through standardised configurations, coordinated logistics, and partner‑led on‑site services across multiple regions.
What organisations typically rely on DiGiCOR for
  • Fleet‑ready standardisation with repeatable configurations and documented build baselines
  • Staging, QA, and readiness processes to reduce on‑site risk and deployment delays
  • Alignment to real‑world constraints including power availability, cooling capacity, rack depth, and remote management needs
  • Multi‑site and multi‑region rollout planning with phased delivery and controlled change management
  • Long‑term lifecycle support including refresh cycles, expansion planning, and standardisation for future growth

Clarity. Precision. Confidence.

DiGiCOR helps you cut through platform noise — whether you're navigating Intel® Xeon®, AMD EPYC™, NVIDIA GPUs, ARM-based solutions, or custom hybrid deployments.

  • Independent, vendor-neutral recommendations tailored to your workloads
  • Workload-driven system design across AI, HPC, storage, and edge
  • Compliant sourcing, assembly, and enterprise-grade deployment support
  • Hardware you can rely on — built for growth, performance, and maintainability
Expert Infrastructure Guidance

Get expert infrastructure guidance — no vendor bias, just clarity.

Talk to a DiGiCOR Architect

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