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Brand Category

Servers & Storage

The compute and storage infrastructure behind Indonesian data centers, virtualization environments, databases, and business-critical applications.

On-Premise Infrastructure in 2024

Why Indonesian Organizations Still Run Their Own Servers

Cloud computing is widely used in Indonesia for specific workloads, but on-premise servers remain the primary compute platform for most large enterprises, financial institutions, government agencies, and healthcare organizations. The reasons are practical, not ideological.

Indonesian internet connectivity, while improving, still makes cloud-dependent applications problematic for organizations outside Jakarta or those running bandwidth-intensive workloads. Data sovereignty requirements under UU PDP and OJK regulations create compliance barriers for moving sensitive data to foreign-hosted cloud infrastructure. And for stable workloads — ERP systems, databases, file servers — on-premise hardware has a lower 5-year total cost than equivalent cloud capacity.

The server market in Indonesia is dominated by four brands: Dell, HPE, Lenovo, and Inspur. Dell and HPE have the largest installed base and the strongest local support networks. Lenovo offers competitive pricing with comparable hardware quality. Inspur provides the lowest acquisition cost, particularly for AI and GPU workloads, at the expense of a smaller local support footprint.

Why On-Premise Still Makes Sense

→Data sovereignty — Indonesian financial and healthcare regulations often require data to remain on-premise or within the country.

→Connectivity costs — cloud egress fees and Indonesian internet bandwidth costs make heavy cloud usage expensive for data-intensive workloads.

→Latency — applications that require sub-millisecond response times cannot tolerate the round-trip latency to cloud regions.

→Predictable cost — on-premise hardware has a known 5-year total cost; cloud costs scale unpredictably with data volume and compute usage.

→Compliance audit requirements — some Indonesian government and financial sector auditors require physical access to hardware as part of audit procedures.

Infrastructure Planning

What to Consider When Sizing Server Infrastructure

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Workload Sizing

Servers should be sized to the actual workload: number of VMs, RAM per VM, storage IOPS requirements, and expected growth over 3–5 years. Over-provisioning wastes capital; under-provisioning creates performance problems that are expensive to resolve after deployment.

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Power & Cooling

A 2U dual-socket server with full memory and drives draws 300–600 watts. Indonesian data centers and server rooms often underestimate power requirements. Dual redundant power supplies, UPS sizing, and proper airflow planning prevent power-related failures.

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Storage Tiering

Not all data needs the same storage performance. NVMe SSDs for databases and active VMs, SATA SSDs for general VM storage, and HDDs for backup and archive. Matching storage tier to workload requirements reduces cost significantly.

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High Availability

Dual power supplies, RAID storage, and redundant network connections protect against individual component failures. For critical systems, clustering or HCI (hyperconverged infrastructure) protects against full server failures.

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Remote Management

Out-of-band management (Dell iDRAC, HPE iLO, Lenovo XCC) allows server access regardless of OS state. For Indonesian organizations with servers at remote sites, this is essential — you do not need an engineer on-site to recover a failed server.

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Warranty & Support

Server hardware warranty coverage in Indonesia varies significantly by brand and tier. Next-business-day on-site service is available for Dell and HPE through their local partner networks. Verify coverage areas before purchasing for deployments outside major cities.

Common Deployments

Server Workloads in Indonesian Organizations

Server Virtualization

Running VMware vSphere, Microsoft Hyper-V, or Proxmox to consolidate physical servers into VMs is the most common enterprise server workload in Indonesia. Dual-socket servers with 512 GB–2 TB RAM and NVMe storage handle 50–200 VMs per host for typical office workloads.

Database Servers

Microsoft SQL Server, Oracle, and MySQL deployments require high storage IOPS and consistent RAM availability. NVMe all-flash storage and ECC RAM are non-negotiable for production database servers. Backup server sizing should account for transaction log backup frequency.

File & Print Servers

NAS-based or Windows Server–based file shares are still the most common storage service in Indonesian organizations. Proper sizing for concurrent users, SMB/NFS performance, and backup windows prevents the performance degradation that makes users find workarounds (USB drives, personal cloud storage).

Backup & Disaster Recovery

A backup server is typically 2x the storage capacity of primary data, with enough throughput to complete backup windows within the maintenance period. Indonesian organizations frequently discover their backup is incomplete only during a recovery attempt — proper sizing and testing prevents this.

Hyperconverged Infrastructure

HCI collapses compute and storage into a single scalable cluster. Starting with 3 nodes and adding nodes to scale is operationally simpler than managing separate server and storage systems. Dell VxRail, HPE dHCI, and Sangfor HCI are the main options deployed in Indonesian data centers.

AI & GPU Workloads

Indonesian universities, research institutions, and financial services firms are beginning to build on-premise AI/ML infrastructure. GPU servers from Inspur and Lenovo provide NVIDIA A100 and H100 capacity for training and inference workloads at lower total cost than cloud GPU pricing over multi-year timelines.

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