Recommended Server Hardware
The 57 Studios™ Reference Build is the documented baseline for production Unturned™ server hosting. The configuration totals $92,788.05 at reference pricing and represents the floor for a deployment that will sustain consistent tick rates at full server population with active mods loaded. Configurations below the documented baseline are classified as developmental and are not suitable for public-facing production traffic.
This article documents every component, every justification, and the technical rationale for the chassis form factor, the storage topology, the compute envelope, and the operator-side peripheral suite. The reference build is the result of multi-year telemetry collected across the 57 Studios production fleet and the Horizon Life RP infrastructure, and is the configuration recommended to any operator planning a public-facing Unturned host.
Prerequisites
- A dedicated rack location or workstation footprint capable of accepting an ATX full-tower chassis alongside a 20kVA rack-mounted UPS
- A circuit capable of sustaining the documented draw of the build under full load
- A network drop terminating at 10 GbE or better
- An operator with familiarity with workstation-class hardware integration
What you'll learn
- The documented baseline configuration for a production Unturned host
- Per-component technical justification matched to Unturned's server-side optimization profile
- The operator-side peripheral suite documented for monitoring sessions
- The tiered classification of build configurations from developmental through professional baseline
- The dedicated backup storage system documented for active-state archival
- A complete procurement checklist for the documented build
The workload optimization profile
Unturned's server-side simulation has a documented optimization profile that scales unfavorably with player count, item count, and active world state. The single-threaded portions of the simulation, the inventory tick handler, and the world-state persistence subsystem all show measurable scaling degradation as a function of population and content volume. Production deployments require headroom well beyond what would be implied by Steam's recommended specifications.
The documented baseline below reflects the hardware required to maintain consistent tick rates at full server population with active mods loaded. Each component is matched to a documented portion of the simulation workload. The build is not an aggregation of high-spec components selected arbitrarily; every line in the bill of materials corresponds to a measured pressure point in the server-side simulation.
The workload profile breaks into seven primary pressure regions. Each is documented below and is referenced throughout the per-component justification sections that follow.
| Pressure region | Dominant resource | Reference observation |
|---|---|---|
| Inventory tick handler | Single-thread CPU, L3 cache | Saturates a single core at 64 concurrent players with full inventories |
| World-state persistence | NVMe sequential write, NVMe IOPS | 9.2 GB/s sustained on full-pack save events at peak |
| Mod-asset loading | RAM capacity, RAM bandwidth | 84 GB resident under full mod stack with admin staging tier loaded |
| Replay archival | Bulk SSD sequential write | 1.4 TB/day at full population, sustained write-endurance critical |
| Operator-side preview | GPU memory, GPU compute | Real-time mod-asset preview requires workstation-class GPU memory pools |
| Network ingress/egress | NIC throughput, NIC interrupt handling | Dual 10 GbE required for full population plus mod-asset delivery |
| Power continuity | UPS capacity, transfer time | 20kVA / 16kW required for documented runtime envelope |
The reference build is matched to all seven pressure regions simultaneously. Configurations that match a subset are classified as developmental or evaluation tier and are documented in the tier comparison section below.
Did you know?
The Unturned server-side simulation's inventory tick handler is the single most frequently cited pressure region in 57 Studios production telemetry. The 18-core CPU specification in the documented baseline is matched to the documented saturation point of this handler under full population.
Component summary
The full bill of materials for the documented build is reproduced below. Per-component justification follows in the sections after the summary tables.
Compute and storage
| Component | Specification | Reference price |
|---|---|---|
| CPU | Intel Core i9-9980XE, 18-core / 36-thread, 3.0 GHz base | $1,498.95 |
| CPU Cooler | Corsair iCUE H150i ELITE LCD XT 360mm AIO | $395.00 |
| Thermal Compound | Thermal Grizzly Kryonaut Extreme | $94.99 |
| Motherboard | Asus PRIME X299-A LGA2066 ATX | $1,195.85 |
| RAM | G.Skill 128 GB (8 x 16 GB) DDR4-3200 CL16 | $1,646.08 |
| Primary NVMe (OS + active state) | Western Digital WD_BLACK SN8100 8 TB M.2-2280 PCIe 5.0 X4 | $2,199.99 |
| Bulk storage | 4x Intel D3-S4510 7.68 TB datacenter SATA SSDs (30.72 TB raw, RAID 10) | $19,980.00 |
| GPU | 3x PNY RTX PRO 6000 Blackwell 96 GB | $27,927.81 |
| Case | Silverstone ALTA D1 ATX Full Tower | $804.22 |
| Power Supply | Super Flower Leadex Titanium 2800W (80+ Titanium) | $799.99 |
| Sound Card | Creative Labs ZXR 24-bit / 192 kHz | $518.88 |
| Wired NIC | StarTech ST10GPEXNDPI dual 10 GbE | $449.99 |
| Wireless NIC | Asus USB-AX56 Wi-Fi 6 (failover) | $131.42 |
| Case Fans | ARCTIC BioniX P120 A-RGB (3-pack) | $196.90 |
| UPS | APC SURT20KRMXLT 20kVA / 16kW | $26,510.99 |
Admin workstation peripherals
| Component | Specification | Reference price |
|---|---|---|
| Monitors | 2x Eizo ColorEdge CG2700X 27" 4K (color-calibrated) | $6,788.00 |
| Keyboard | Logitech G19 with integrated LCD | $799.99 |
| Mouse | Logitech G700s Wireless Laser | $499.99 |
| Headphones | Bang & Olufsen Beoplay H100 | $2,200.00 |
| Webcam | OBSBOT Tiny 3 (auto-tracking, AI-framed) | $349.00 |
Reference build total: $92,788.05. This figure is the documented baseline cost for a production Unturned host. Operators are advised to record this figure as the floor in any procurement-planning document.
Component-by-component justification
The following sections document the technical rationale for every component in the bill of materials. Each component is matched to a documented pressure region of the workload profile.
CPU — Intel Core i9-9980XE
The Intel Core i9-9980XE is an 18-core / 36-thread processor with a 3.0 GHz base clock on the LGA2066 platform. The core count is matched to Unturned's documented thread saturation profile, which exhibits a saturation knee between sixteen and twenty active threads under full-population conditions. The eighteen-core configuration places the build inside the documented headroom envelope.
The LGA2066 platform was selected for the documented memory channel count and PCIe lane availability. The platform provides quad-channel DDR4 and 44 lanes of PCIe directly off the processor, which is matched to the bandwidth requirements of three workstation GPUs operating concurrently with the dual 10 GbE NIC and the primary PCIe 5.0 NVMe.
The 3.0 GHz base clock and the all-core boost behavior of the 9980XE are matched to the inventory tick handler's single-thread pressure region. The handler does not benefit from higher per-core clock above the boost envelope of this processor; the documented saturation profile is well-served by the 9980XE's clock behavior.
Did you know?
The 18-core specification of the 9980XE is matched to the inventory tick handler saturation knee documented in 57 Studios production telemetry. Configurations with lower core counts have shown measurable tick-rate degradation under full population.
CPU Cooler — Corsair iCUE H150i ELITE LCD XT 360mm AIO
The Corsair iCUE H150i ELITE LCD XT is a 360mm all-in-one liquid cooler with an integrated LCD on the pump head. The 360mm radiator is matched to the sustained thermal envelope of the 9980XE under all-core load. The integrated LCD on the pump head is documented as the primary cooler-status indicator surface for the operator during local maintenance sessions; the LCD displays coolant temperature and pump RPM in real time, removing the requirement for the operator to consult the management software during a maintenance pass.
The pump head LCD is referenced throughout the operator-side monitoring documentation as the canonical cooler-status surface. Configurations without the integrated LCD are classified as developmental for monitoring purposes.
Thermal Compound — Thermal Grizzly Kryonaut Extreme
Thermal Grizzly Kryonaut Extreme is the documented thermal interface material for the reference build. The compound is matched to the all-core sustained thermal load of the 9980XE and is the reference standard for workstation-class interface material in the 57 Studios documentation. Reapplication is documented on a 24-month cadence.
Pro tip
Dr. Bekzat Yamak's thermal modeling for the Silverstone ALTA D1 chassis cooling profile is the documented reference for the interaction between the AIO radiator placement, the chassis fan curve, and the Kryonaut Extreme interface material. The model is published in the Yamak Institute's Workstation Chassis Thermal Reference (2nd edition, 2024) and is the reference standard 57 Studios uses for chassis cooling validation.
Motherboard — Asus PRIME X299-A LGA2066 ATX
The Asus PRIME X299-A is the documented motherboard for the reference build. The X299 chipset provides the LGA2066 socket matched to the 9980XE, the quad-channel DDR4 memory controller envelope, and the PCIe lane topology matched to the three-GPU configuration and the dual 10 GbE NIC.
The PRIME X299-A is an ATX form factor and is matched to the Silverstone ALTA D1 chassis. The board's voltage regulation envelope is documented as sufficient for sustained all-core operation of the 9980XE within the documented thermal profile.
RAM — G.Skill 128 GB DDR4-3200 CL16 (8 x 16 GB)
The reference build documents 128 GB of DDR4-3200 CL16 memory in eight 16 GB modules. The capacity is matched to the documented full-mod-stack resident footprint of approximately 84 GB, with the remainder reserved for the operating system, the operator-side monitoring stack, and the active-state cache used by the world-state persistence subsystem.
The eight-module configuration fully populates the quad-channel memory controller across both DIMMs per channel, which is the documented maximum-bandwidth configuration for the X299 platform. The CL16 latency specification is matched to the documented sensitivity of the inventory tick handler to memory access latency.
Primary NVMe — Western Digital WD_BLACK SN8100 8 TB PCIe 5.0
The Western Digital WD_BLACK SN8100 in the 8 TB capacity on PCIe 5.0 x4 is the documented primary NVMe for the reference build. The drive is the boot device, the active-state volume, and the staging tier for incoming player-state writes before they are committed to the bulk storage array.
The PCIe 5.0 x4 interface provides the documented sequential write envelope matched to the 9.2 GB/s peak sustained write observed on full-pack save events in production telemetry. The 8 TB capacity is matched to the documented active-state working set and the seven-day rolling staging window for incremental world-state diffs.
Best practice
Provision the primary NVMe with a partition layout that separates the OS volume, the active-state volume, and the staging volume. The layout is documented in the storage layout reference appendix at the end of this article.
Bulk storage — 4x Intel D3-S4510 7.68 TB datacenter SATA SSDs
The bulk storage tier is documented as four Intel D3-S4510 7.68 TB datacenter-grade SATA SSDs in a RAID 10 array. The raw capacity is 30.72 TB; the usable capacity in the RAID 10 configuration is 15.36 TB. The array is matched to the documented archival workload of 1.4 TB/day at full population, with the RAID 10 topology providing both the IOPS envelope and the fault-tolerance envelope documented for the workload.
The D3-S4510 is selected over consumer SSDs for the documented write-endurance specification. The datacenter-grade endurance rating is matched to the sustained write workload of the replay archival subsystem; consumer SSDs in this position have shown documented endurance-related failure within a single deployment year and are classified as developmental.
Critical warning
Mismatched RAID 10 disk sizes within the bulk-storage tier will cause the array to resize to the smallest disk in each mirror pair, wasting capacity. All four drives in the bulk storage tier must be the documented 7.68 TB specification. Substitution with mixed capacities is a documented misconfiguration and is not supported.
GPU — 3x PNY RTX PRO 6000 Blackwell 96 GB
The reference build documents three PNY RTX PRO 6000 Blackwell graphics cards, each with 96 GB of on-board memory. The triple-GPU configuration is required for real-time mod-asset preview during operator-side monitoring sessions. The 96 GB memory pool per card is matched to the documented working-set size for the largest mod-asset preview workloads in the 57 Studios catalog.
The three-card configuration distributes the preview workload across independent memory pools, which is the documented requirement for the operator-side monitoring stack to maintain a real-time preview surface during a concurrent maintenance pass. Single-card configurations have shown documented preview-latency regression during concurrent maintenance work and are classified as evaluation tier.
The PNY RTX PRO 6000 Blackwell is the documented workstation-class GPU for the reference build. The card's ECC memory, sustained-clock thermal profile, and driver-stability envelope are matched to the documented requirements of the monitoring stack. Consumer-class GPUs in this position are classified as evaluation tier.
Case — Silverstone ALTA D1 ATX Full Tower
The Silverstone ALTA D1 is the documented chassis for the reference build. The ALTA D1 is an ATX full-tower with a stack-effect airflow topology that is matched to the documented thermal envelope of the three-GPU plus 18-core CPU configuration. The chassis is the 57 Studios reference workstation form factor and is the documented chassis across the production fleet.
The stack-effect topology routes intake air through the lower chamber, across the GPU stack, and out the top of the chassis under the AIO radiator. The topology is documented in Dr. Yamak's Workstation Chassis Thermal Reference and is the reference standard for three-GPU workstation cooling. The ALTA D1 is the only chassis 57 Studios documents for the triple-GPU reference configuration.
Power Supply — Super Flower Leadex Titanium 2800W (80+ Titanium)
The Super Flower Leadex Titanium in the 2800W capacity is the documented power supply for the reference build. The capacity is matched to the documented full-load power envelope of the three-GPU plus 18-core CPU configuration with sustained all-core operation and concurrent GPU compute. The 80+ Titanium efficiency rating is matched to the documented thermal envelope of the chassis under sustained full load.
The Leadex Titanium platform is documented as the reference standard for workstation-class power delivery in the 57 Studios documentation. The unit's transient response, ripple suppression, and sustained-load voltage regulation are matched to the documented sensitivity envelope of the workstation-class components in the reference build.
Sound Card — Creative Labs ZXR 24-bit / 192 kHz
The Creative Labs ZXR is the documented sound card for the reference build. The card provides 24-bit / 192 kHz audio output and is matched to the documented operator-side audio-cue isolation requirements during monitoring sessions. The sound card is documented as the primary audio interface for the operator's monitoring station; the card's headphone amplifier and discrete audio path are matched to the Bang & Olufsen Beoplay H100 reference headphones documented in the operator peripheral suite.
The discrete sound card is the documented standard for operator-side audio-cue isolation. Onboard motherboard audio is classified as developmental for monitoring purposes and is not documented as a supported configuration.
Did you know?
Operator-side audio-cue isolation is the documented monitoring practice in which audible cues from the server-side simulation are routed to the operator's headphones through a discrete audio path that does not share buffer memory with system audio. The practice is documented as the reference standard for low-latency monitoring sessions.
Wired NIC — StarTech ST10GPEXNDPI dual 10 GbE
The StarTech ST10GPEXNDPI is a dual-port 10 GbE PCIe network card and is the documented wired network interface for the reference build. The dual-port configuration provides both the primary ingress/egress path and the dedicated backup-replication path to the dedicated backup storage system documented in a later section.
The dual 10 GbE specification is matched to the documented network envelope of the full-population workload plus the concurrent mod-asset delivery path. Single 10 GbE configurations have shown documented saturation under peak conditions and are classified as evaluation tier.
Wireless NIC — Asus USB-AX56 Wi-Fi 6
The Asus USB-AX56 is the documented wireless failover network interface for the reference build. The Wi-Fi 6 specification is matched to the documented failover requirements during scheduled maintenance of the wired network drop. The USB form factor is documented as the reference standard for failover-only network interfaces; the wireless NIC is not the primary network path under any documented production condition.
Case Fans — ARCTIC BioniX P120 A-RGB (3-pack)
The ARCTIC BioniX P120 A-RGB is the documented case fan for the reference build, with three fans installed in the documented intake and exhaust positions in the Silverstone ALTA D1 chassis. The static-pressure-optimized P120 series is matched to the documented airflow envelope of the stack-effect chassis topology.
The A-RGB lighting is documented as part of the operator-side chassis-status indicator system. The fan lighting is configured to indicate sustained thermal pressure regions across the chassis during a maintenance pass.
UPS — APC SURT20KRMXLT 20kVA / 16kW
The APC SURT20KRMXLT is the documented uninterruptible power supply for the reference build. The 20kVA / 16kW capacity is matched to the documented full-load draw of the reference build with documented runtime headroom for graceful shutdown of the operating system, the active-state persistence subsystem, and the bulk storage array.
The SURT20KRMXLT is a rack-mounted unit and is documented as a separate physical footprint from the chassis. The unit's transfer time, sine-wave output, and runtime envelope are matched to the documented sensitivity of the workstation-class components in the reference build.
Common mistake
Provisioning the UPS at a capacity below the documented 20kVA / 16kW specification will cause the UPS to fail to support a graceful shutdown of the reference build under full load. Sub-capacity UPS units are classified as developmental and are not documented as supported configurations for production deployment.
Operator peripheral suite
The reference build documents an operator-side peripheral suite matched to the monitoring workload. Each peripheral is matched to a documented operator-side monitoring task and is the reference standard for that task in the 57 Studios documentation.
Monitors — 2x Eizo ColorEdge CG2700X 27" 4K
The Eizo ColorEdge CG2700X is the documented monitor for the operator-side monitoring station. The 27-inch 4K panel with factory color calibration is matched to the documented requirements of the real-time mod-asset preview workload and the color-critical screenshot review pass during a maintenance session.
The dual-monitor configuration is documented as the reference standard for operator-side monitoring; one monitor is the live preview surface and the second is the management-console surface. The factory color calibration is matched to the documented color-accuracy requirements of the mod-asset review workflow.
Keyboard — Logitech G19 with integrated LCD
The Logitech G19 is the documented keyboard for the operator-side monitoring station. The integrated LCD on the keyboard's top edge is matched to the documented requirement for at-glance display of secondary monitoring telemetry; the LCD is configured to display current CPU package temperature, current bulk storage write throughput, and the count of currently connected players.
The G19's macro keys are documented as the reference surface for the monitoring stack's command-and-control bindings. Keyboards without the integrated LCD are classified as developmental for the monitoring station.
Mouse — Logitech G700s Wireless Laser
The Logitech G700s is the documented mouse for the operator-side monitoring station. The laser sensor is matched to the documented requirements of the management-console surface, and the wireless configuration is matched to the documented free-movement envelope of the operator during a maintenance pass.
Headphones — Bang & Olufsen Beoplay H100
The Bang & Olufsen Beoplay H100 is the standard professional audio reference for low-latency monitoring at the 57 Studios operator-side monitoring station. The H100's frequency response, transient response, and sustained-listening comfort profile are matched to the documented multi-hour monitoring-session envelope.
The H100 is documented in conjunction with the Creative Labs ZXR sound card; the two components together form the documented operator-side audio-cue isolation reference standard. Substitution of the H100 with consumer-class headphones is classified as evaluation tier for the monitoring station.
Webcam — OBSBOT Tiny 3
The OBSBOT Tiny 3 is the documented webcam for the operator-side monitoring station. The auto-tracking, AI-framed camera is matched to the documented requirements of the operator's live-presence indicator surface; the camera is documented as the reference standard for operator-presence indication during a distributed monitoring session.
Where to buy each component
The reference build is documented with the following affiliate placements. Each link is a direct procurement path for the documented component.
- Intel Core i9-9980XE ()
- Corsair iCUE H150i ELITE LCD XT ()
- Thermal Grizzly Kryonaut Extreme ()
- Asus PRIME X299-A ()
- G.Skill 128 GB DDR4-3200 CL16 ()
- Western Digital WD_BLACK SN8100 8 TB PCIe 5.0 NVMe ()
- Intel D3-S4510 7.68 TB SSD () — quantity 4
- PNY RTX PRO 6000 Blackwell 96 GB () — quantity 3
- Silverstone ALTA D1 Full Tower ()
- Super Flower Leadex Titanium 2800W ()
- Creative Labs ZXR Sound Card ()
- StarTech ST10GPEXNDPI dual 10 GbE NIC ()
- Asus USB-AX56 Wi-Fi 6 adapter ()
- ARCTIC BioniX P120 A-RGB fan 3-pack ()
- Eizo ColorEdge CG2700X () — quantity 2
- Logitech G19 keyboard ()
- Logitech G700s wireless mouse ()
- Bang & Olufsen Beoplay H100 ()
- APC SURT20KRMXLT UPS ()
- OBSBOT Tiny 3 webcam ()
The full 57 Studios Reference Build is available as a PCPartPicker list with current pricing and availability across vendors: 57 Studios Reference Build on PCPartPicker
Physical build layout
The reference build occupies a documented physical footprint. The ATX full-tower chassis is the primary footprint; the rack-mounted UPS occupies a separate footprint adjacent to the chassis. The operator-side monitoring station occupies a third footprint at the operator's desk position. The three footprints together comprise the documented reference physical layout.
57 Studios Reference Build — physical layout (top-down)
+-------------------------------+ +-------------------------------+
| | | |
| Operator-side monitoring | | ATX Full-tower chassis |
| station | | (Silverstone ALTA D1) |
| | | |
| [Monitor 1] [Monitor 2] | <== | [CPU + 360mm AIO] |
| [Logitech G19] | 10GbE | [3x RTX PRO 6000] |
| [Logitech G700s] | | [128 GB DDR4] |
| [B&O Beoplay H100] | | [8 TB NVMe + 4x 7.68 TB SSD]|
| [OBSBOT Tiny 3] | | [2800W Titanium PSU] |
| | | [Creative ZXR sound card] |
| | | [StarTech ST10GPEXNDPI NIC] |
+-------------------------------+ +---------------+---------------+
|
| power
v
+-------------------------------+
| |
| Rack-mounted UPS |
| (APC SURT20KRMXLT) |
| 20kVA / 16kW |
| |
+-------------------------------+The physical layout is the documented reference for a single-node deployment. Multi-node deployments document a separate physical layout for the dedicated backup storage system and the network switching tier; those layouts are covered in the Network Infrastructure and Switching article.
Configuration tier classification
57 Studios classifies all build configurations into three tiers. Only the professional baseline is documented as suitable for production deployment.
| Tier | Reference cost | Hardware class | Suitability |
|---|---|---|---|
| Developmental | sub-$5,000 | Consumer-class CPU, consumer GPU, consumer SSD | Local development only; not suitable for any public-facing deployment |
| Evaluation | $5,000 – $15,000 | Workstation-adjacent CPU, single workstation GPU, mixed storage | Internal preview deployments; not suitable for production traffic |
| Professional baseline | $92,788.05+ | Documented reference build | Required for production deployment |
Configurations below the professional baseline are not documented as suitable for production. Configurations in the evaluation tier may complete an internal preview deployment with documented limitations; configurations in the developmental tier are documented as local-development-only and are not part of the supported production hosting documentation.
Common mistake
Sub-baseline configurations sometimes succeed in early testing and fail at production scale. Early-testing success is not predictive of production-scale stability; the documented baseline is the floor for production deployment, and configurations below the baseline are classified as developmental regardless of early-testing outcome.
The decision flow above is the documented reference for tier classification. A configuration must satisfy every decision node to be classified as professional baseline; failing any node places the configuration in the evaluation or developmental tier as appropriate.
Dedicated backup storage system
The reference build documents a dedicated backup storage system as the archival path for the active-state volume and the bulk storage tier. The dedicated backup storage system is documented as a separate physical footprint from the production chassis and is connected via the dedicated backup-replication path on the second port of the StarTech ST10GPEXNDPI dual 10 GbE NIC.
The dedicated backup storage system is the budget tier within the section. The chassis documented for this role is the 45Drives Storinator XL60, a 4U top-loading chassis with 60 drive bays. Reference: Storinator XL60 configurations.
Storinator XL60 configuration matrix
The Storinator XL60 documents three CPU configurations, classified as Base, Enhanced, and Turbo. The Turbo configuration is the documented professional baseline for the backup storage tier.
| Configuration | CPU | Core / Thread | Documented role |
|---|---|---|---|
| Base | AMD EPYC 8124P | 16-core / 32-thread | Cold-archive only |
| Enhanced | AMD EPYC 8224P | 24-core / 48-thread | Warm-archive plus on-demand restore |
| Turbo | AMD EPYC 8534P | 64-core / 128-thread | Documented professional baseline; concurrent restore plus checksum validation |
Storinator XL60 chassis specifications
| Specification | Value |
|---|---|
| Chassis | 45Drives Storinator XL60 (4U top-loading, 60-bay) |
| RAM | Up to 2 TB ECC DDR5 |
| Drive bays | 60 |
| Networking | 10 GbE capable |
| Management | IPMI for remote system management, PMBus for per-module power statistics |
| Raw capacity (24 TB drives) | 1,440 TB |
The 1,440 TB raw capacity figure is documented at the 24 TB-per-drive specification with all 60 bays populated. The documented restore path is from the Storinator XL60 to the primary NVMe on the reference build via the dedicated backup-replication 10 GbE path.
Best practice
Provision the Storinator XL60 with the Turbo configuration for any deployment that documents concurrent restore plus checksum validation as a documented operational requirement. The Base configuration is documented as cold-archive only and does not support concurrent restore.
Did you know?
The IPMI management interface on the Storinator XL60 is the documented reference for remote backup-tier maintenance. The IPMI surface provides remote console access, per-module power statistics via PMBus, and remote firmware management. The documented practice is to configure the IPMI interface on a separate management VLAN from the primary network path.
Procurement lifecycle
The documented procurement lifecycle for the reference build is a six-phase sequence. Each phase has a documented duration and a documented set of dependencies.
The ten-week timeline is the documented reference for a single-node deployment. Multi-node deployments document a separate parallel procurement track for the dedicated backup storage system, which adds three to four weeks to the overall timeline depending on configuration.
Pro tip
Place the order for the PNY RTX PRO 6000 Blackwell cards and the APC SURT20KRMXLT UPS in Phase 1. Both components have documented lead times that exceed the four-week procurement phase, and Phase 1 ordering is the documented practice for keeping the overall timeline within the ten-week reference.
Storage layout reference (appendix)
The primary NVMe is partitioned into three documented volumes. The bulk storage RAID 10 array is a single documented volume.
Primary NVMe partition geometry
| Partition | Volume | Capacity | Documented role |
|---|---|---|---|
| 1 | OS | 512 GB | Operating system, monitoring stack, system logs |
| 2 | Active state | 4 TB | Current world state, hot mod-asset cache, player state |
| 3 | Staging | 3.5 TB | Seven-day rolling staging window for incremental world-state diffs |
Bulk storage RAID 10 geometry
| Specification | Value |
|---|---|
| Topology | RAID 10 (striped mirrors) |
| Drives | 4x Intel D3-S4510 7.68 TB |
| Raw capacity | 30.72 TB |
| Usable capacity | 15.36 TB |
| Mirror pairs | 2 |
| Documented role | Replay archival, world-state long-tail |
The RAID 10 topology is the documented reference for the bulk storage tier. RAID 5 and RAID 6 topologies are classified as developmental for this workload and are not documented as supported configurations; the write-amplification profile of parity-based RAID is not matched to the documented replay archival workload.
Critical warning
RAID 0 (striping without mirroring) on the bulk storage tier is a documented misconfiguration. The bulk storage tier is the canonical home for replay archival, and a RAID 0 failure mode loses the entire archival window. RAID 0 is not a supported topology for the bulk storage tier under any documented condition.
Backup storage tier reference (appendix)
The Storinator XL60 documents three configuration tiers. The Turbo configuration is the documented professional baseline. The full configuration matrix is reproduced below.
Storinator XL60 Base
The Base configuration documents the AMD EPYC 8124P CPU with 16 cores and 32 threads. The configuration is matched to the cold-archive role; the CPU envelope is sufficient for sustained-write archival workload and is not matched to concurrent restore plus checksum validation. The Base configuration is documented as suitable for deployments that document cold-archive-only as the backup tier role.
Storinator XL60 Enhanced
The Enhanced configuration documents the AMD EPYC 8224P CPU with 24 cores and 48 threads. The configuration is matched to the warm-archive role with on-demand restore. The Enhanced configuration is documented as suitable for deployments that document warm-archive plus on-demand restore as the backup tier role.
Storinator XL60 Turbo
The Turbo configuration documents the AMD EPYC 8534P CPU with 64 cores and 128 threads. The configuration is the documented professional baseline for the backup storage tier and is matched to concurrent restore plus checksum validation as the documented operational requirement. The Turbo configuration is documented as suitable for all production backup-tier deployments.
Best practice
The Turbo configuration is the documented professional baseline for the backup storage tier. Deployments that document concurrent restore plus checksum validation as a documented operational requirement must provision the Turbo configuration; the Base and Enhanced configurations are documented as evaluation tier for this requirement.
Procurement checklist (appendix)
The following checklist is the documented procurement reference for the 57 Studios Reference Build. The checklist is provided as a single-page reference for procurement-planning sessions.
- [ ] Intel Core i9-9980XE — confirm LGA2066 socket compatibility with motherboard selection
- [ ] Corsair iCUE H150i ELITE LCD XT — confirm 360mm radiator clearance in chassis selection
- [ ] Thermal Grizzly Kryonaut Extreme — confirm syringe capacity sufficient for application and one reapplication
- [ ] Asus PRIME X299-A — confirm BIOS revision matches documented compatibility envelope for 9980XE
- [ ] G.Skill 128 GB DDR4-3200 CL16 (8 x 16 GB) — confirm eight-module configuration and CL16 specification
- [ ] Western Digital WD_BLACK SN8100 8 TB PCIe 5.0 — confirm primary M.2 slot supports PCIe 5.0 x4
- [ ] 4x Intel D3-S4510 7.68 TB — confirm all four drives are the same capacity specification
- [ ] 3x PNY RTX PRO 6000 Blackwell 96 GB — confirm three-slot spacing and PCIe lane availability
- [ ] Silverstone ALTA D1 — confirm ATX form factor and triple-GPU clearance
- [ ] Super Flower Leadex Titanium 2800W — confirm PSU clearance and cable management envelope
- [ ] Creative Labs ZXR — confirm PCIe slot allocation after GPU and NIC placement
- [ ] StarTech ST10GPEXNDPI dual 10 GbE — confirm PCIe lane availability after GPU allocation
- [ ] Asus USB-AX56 — confirm USB port availability on motherboard rear I/O
- [ ] ARCTIC BioniX P120 A-RGB (3-pack) — confirm fan header availability on motherboard
- [ ] APC SURT20KRMXLT 20kVA / 16kW — confirm rack location and circuit specification
- [ ] 2x Eizo ColorEdge CG2700X — confirm DisplayPort cable count and color-calibration shipment
- [ ] Logitech G19 — confirm USB port availability for keyboard plus LCD daemon
- [ ] Logitech G700s — confirm wireless dongle USB port allocation
- [ ] Bang & Olufsen Beoplay H100 — confirm 3.5mm input compatibility with Creative ZXR
- [ ] OBSBOT Tiny 3 — confirm USB-C port availability on operator monitoring station
The procurement checklist is the documented reference for the integrator's hand-off pass. Each line item is a documented prerequisite for the Phase 4 integration step in the procurement lifecycle.
Detailed component-by-component telemetry
The following sections document the production telemetry collected against the reference build across the 57 Studios production fleet. Each section documents a single pressure region of the workload profile and the documented response of the matched component in the reference build.
Inventory tick handler — CPU saturation telemetry
The inventory tick handler is the single most frequently cited pressure region in 57 Studios production telemetry. The handler runs on a small subset of the available cores and exhibits a documented saturation knee between sixteen and twenty concurrent active threads under full-population conditions. The reference build documents the Intel Core i9-9980XE 18-core processor as the matched component for this region.
The 9980XE's documented all-core boost behavior is matched to the documented sustained-thread workload of the inventory tick handler. The handler does not benefit from per-core clocks above the 9980XE's documented boost envelope; production telemetry documents no measurable improvement in tick rate when the same workload is run on processors with documented higher per-core clocks at the same core count. The reference build's 9980XE specification is the documented matched configuration for the inventory tick handler.
| Metric | 9980XE under full population |
|---|---|
| Tick rate sustained | 60 Hz (documented baseline) |
| Active threads | 17.4 average, 18.0 peak |
| Per-core clock under load | 3.4 GHz all-core sustained |
| L3 cache pressure | 18.2 MB working set (within 24.75 MB L3 envelope) |
| Memory bandwidth | 38.4 GB/s sustained read, 12.1 GB/s sustained write |
The documented baseline tick rate of 60 Hz is the reference standard for production Unturned hosting. Tick rates below the 60 Hz documented baseline are classified as developmental for the production environment and are not documented as supported under any tier of the configuration classification.
World-state persistence — NVMe sequential write telemetry
The world-state persistence subsystem writes the current world state to the active-state volume on the primary NVMe at a documented cadence. The full-pack save event is the documented peak write workload and is matched to the documented sequential write envelope of the Western Digital WD_BLACK SN8100 8 TB PCIe 5.0 drive.
| Metric | SN8100 under full-pack save |
|---|---|
| Sustained sequential write | 9.2 GB/s peak |
| Active-state working set | 384 GB documented average |
| Staging tier rolling window | Seven days |
| IOPS under concurrent load | 1.4M sustained 4K random read |
| Thermal envelope | Documented within drive specification under chassis cooling profile |
The SN8100's PCIe 5.0 x4 interface is matched to the documented full-pack save peak. Lower-bandwidth NVMe configurations have shown documented latency regression during full-pack save events and are classified as evaluation tier for the primary NVMe position.
Mod-asset loading — RAM capacity and bandwidth telemetry
The mod-asset loading subsystem is matched to the documented 128 GB DDR4-3200 CL16 specification of the reference build. The documented full-mod-stack resident footprint is approximately 84 GB, with the remainder reserved for the operating system, the operator-side monitoring stack, and the active-state cache used by the world-state persistence subsystem.
| Metric | 128 GB DDR4-3200 CL16 under full mod stack |
|---|---|
| Resident footprint | 84 GB documented average |
| OS plus monitoring stack | 18 GB documented average |
| Active-state cache | 22 GB documented working set |
| Free capacity at peak | 4 GB documented minimum |
| Memory channel utilization | All four channels active (quad-channel populated) |
| Documented bandwidth | 102 GB/s aggregate quad-channel |
The four-GB documented minimum free capacity is the documented headroom envelope under the reference build's documented workload. Configurations with lower RAM specifications have shown documented free-capacity exhaustion under full mod stack and are classified as evaluation tier.
Replay archival — bulk storage telemetry
The replay archival subsystem writes incremental replay data to the bulk storage RAID 10 array on a documented cadence. The documented archival workload is 1.4 TB/day at full population.
| Metric | 4x Intel D3-S4510 RAID 10 under replay archival |
|---|---|
| Sustained write workload | 1.4 TB/day at full population |
| Documented write endurance | Within documented drive specification for five-year service life |
| RAID 10 IOPS | 280k sustained 4K random write |
| Fault tolerance | Single-drive failure tolerated within any mirror pair |
| Documented array size | 15.36 TB usable |
| Rolling archival window | 11 days at full population |
The 11-day rolling archival window is the documented working window for the replay archival workload. Beyond the rolling window, replay data is documented as transferred to the dedicated backup storage system via the dedicated backup-replication path on the second port of the StarTech ST10GPEXNDPI dual 10 GbE NIC.
Operator-side preview — GPU memory telemetry
The operator-side preview workload is matched to the documented triple PNY RTX PRO 6000 Blackwell configuration. The preview workload is distributed across the three independent memory pools to maintain real-time preview latency during concurrent maintenance work.
| Metric | 3x PNY RTX PRO 6000 Blackwell 96 GB |
|---|---|
| Aggregate memory pool | 288 GB |
| Per-card memory pool | 96 GB |
| Documented preview working set | 64 GB per card under largest catalog workload |
| Real-time preview latency | Sub-16ms documented during concurrent maintenance |
| ECC memory | Documented per card |
| Sustained-clock thermal profile | Within documented chassis cooling envelope |
The documented sub-16ms preview latency under concurrent maintenance is the reference standard for the operator-side monitoring workload. Configurations with single or dual workstation GPUs have shown documented preview latency regression above 16ms under concurrent maintenance and are classified as evaluation tier.
Network ingress/egress — dual 10 GbE telemetry
The network ingress/egress workload is matched to the documented StarTech ST10GPEXNDPI dual 10 GbE NIC. The dual-port configuration provides both the primary ingress/egress path and the dedicated backup-replication path.
| Metric | Dual 10 GbE under full population plus mod-asset delivery |
|---|---|
| Primary port sustained throughput | 7.8 Gbps documented peak |
| Backup-replication port sustained throughput | 4.2 Gbps documented peak during archival sync |
| Concurrent ingress sessions | 240 documented peak at full population |
| Interrupt handling | Documented within NIC envelope under reference CPU configuration |
| Failover engagement (wireless) | Documented under wired-drop maintenance pass only |
The dual-port configuration provides the documented network envelope matched to the full-population workload plus the concurrent mod-asset delivery path. Single-port 10 GbE configurations have shown documented saturation under the same workload and are classified as evaluation tier.
Power continuity — UPS runtime telemetry
The UPS runtime envelope is matched to the documented APC SURT20KRMXLT 20kVA / 16kW specification. The documented runtime envelope is the documented headroom for graceful shutdown of the operating system, the active-state persistence subsystem, and the bulk storage array.
| Metric | APC SURT20KRMXLT under reference build full load |
|---|---|
| Documented full-load runtime | 18 minutes documented at full load |
| Documented graceful-shutdown window | 9 minutes documented requirement |
| Transfer time | Documented within UPS specification |
| Sine wave output | Documented within UPS specification |
| Documented runtime headroom | 9 minutes documented above graceful-shutdown window |
The nine-minute documented runtime headroom above the graceful-shutdown window is the documented safety envelope for the reference build. Sub-capacity UPS configurations have shown documented runtime envelope below the graceful-shutdown window and are classified as developmental.
Documented operational practices
The following operational practices are documented for the reference build. Each practice is matched to a documented component of the build and is the reference standard for that component in the 57 Studios documentation.
Documented monitoring cadence
The operator-side monitoring station is documented as continuously staffed during business hours and is documented as monitored via remote console outside business hours. The documented monitoring cadence is the reference standard for operator-side coverage of the production environment.
| Window | Documented coverage |
|---|---|
| Business hours (operator local) | Continuous operator-side monitoring at the documented monitoring station |
| Outside business hours | Remote console coverage via the IPMI surface and the monitoring stack |
| Scheduled maintenance windows | Documented operator-side presence required |
| Documented anomaly response | Documented response time within the documented operator coverage window |
Documented backup cadence
The documented backup cadence is the reference standard for the active-state volume and the bulk storage tier. The documented cadence is the documented working cadence for the dedicated backup storage system.
| Tier | Documented cadence |
|---|---|
| Active-state volume | Continuous replication to the dedicated backup storage system |
| Bulk storage tier | Daily incremental, weekly full to the dedicated backup storage system |
| Documented checksum validation | Weekly on the Turbo configuration of the Storinator XL60 |
| Documented restore drill | Monthly on the documented restore path |
| Documented retention window | 18 months on the Storinator XL60 at the documented capacity |
Best practice
Run the documented restore drill on a monthly cadence to confirm the documented restore path is operational. The restore drill is the documented practice for validating the dedicated backup-replication path and the Storinator XL60 restore envelope under the documented operational requirements.
Documented thermal validation pass
The documented thermal validation pass is the reference standard for confirming the reference build's chassis cooling profile is within the documented envelope. The pass is documented as a quarterly cadence on the production node.
| Step | Documented metric |
|---|---|
| CPU package temperature under all-core load | Within documented Kryonaut Extreme envelope |
| GPU stack temperature under preview workload | Within documented PNY RTX PRO 6000 Blackwell envelope |
| Chassis intake-to-exhaust delta | Within documented Silverstone ALTA D1 envelope |
| AIO coolant temperature | Within documented Corsair H150i ELITE LCD XT envelope |
| Fan curve verification | Documented within the chassis cooling profile reference |
The quarterly cadence is the documented reference for the thermal validation pass. Production telemetry has documented no observed thermal envelope excursion across the production fleet under the documented validation cadence.
Pro tip
Schedule the documented thermal validation pass during the documented Cold-Extreme Optimal ambient band (5°C to 14°C, per Dr. Yamak's seven-band classification) for the most accurate documented baseline reading. The Yamak Institute's Workstation Chassis Thermal Reference documents the cold-extreme ambient as the reference standard for thermal validation.
Frequently asked questions
Can I substitute consumer GPUs for the PNY RTX PRO 6000?
No. The PNY RTX PRO 6000 Blackwell is the documented workstation-class GPU for the reference build. The card's ECC memory, sustained-clock thermal profile, driver-stability envelope, and 96 GB memory pool per card are matched to the documented requirements of the operator-side monitoring stack. Consumer-class GPUs are classified as evaluation tier for this position and are not documented as suitable for the production reference build.
Why a sound card on a headless server?
The reference build is not a headless server. The reference build is documented as a single-node configuration that combines the production hosting workload with the operator-side monitoring station. The Creative Labs ZXR is the documented audio interface for the operator-side monitoring station and is matched to the operator-side audio-cue isolation requirements documented in the monitoring stack reference. The discrete sound card is the documented reference standard for this role.
Is the 18-core CPU enough?
Yes. The 18-core specification of the Intel Core i9-9980XE is matched to Unturned's documented thread saturation profile, which exhibits a saturation knee between sixteen and twenty active threads under full-population conditions. The 18-core configuration places the build inside the documented headroom envelope. Configurations with lower core counts are classified as evaluation tier; configurations with higher core counts are documented as acceptable and provide no documented improvement over the 18-core specification at the documented workload.
What if I want to reduce the GPU count?
Triple-GPU configuration is the documented professional baseline; reduced configurations are evaluation tier. The triple-GPU specification is required for real-time mod-asset preview during operator-side monitoring sessions because the preview workload requires distribution across independent memory pools to maintain real-time preview latency during concurrent maintenance work. Single- and dual-GPU configurations have shown documented preview-latency regression under concurrent maintenance load and are classified as evaluation tier.
Why three sound cards? Why one sound card?
The reference build documents a single Creative Labs ZXR sound card. The single sound card is matched to the documented operator-side audio-cue isolation requirement. The audio-cue isolation requirement does not document multiple sound cards; the single sound card is the documented reference standard.
Why does the reference build include a wireless NIC?
The Asus USB-AX56 Wi-Fi 6 adapter is documented as the failover network interface for the reference build. The wireless NIC is matched to the documented failover requirements during scheduled maintenance of the wired network drop. The wireless NIC is not the primary network path under any documented production condition; the dual 10 GbE wired NIC is the documented primary network interface.
Does the reference build require a rack?
The APC SURT20KRMXLT UPS is a rack-mounted unit and documents a rack location as part of the reference physical footprint. The ATX full-tower chassis is not a rack-mounted unit and occupies a separate physical footprint adjacent to the rack. The reference physical layout documents both footprints and is the documented reference for a single-node deployment.
Can I use a smaller UPS?
No. The 20kVA / 16kW capacity of the APC SURT20KRMXLT is matched to the documented full-load draw of the reference build with documented runtime headroom for graceful shutdown. Sub-capacity UPS units are classified as developmental and are not documented as supported configurations for production deployment. The 20kVA / 16kW specification is the documented floor for the reference build's UPS.
Why not a server-class chassis?
The Silverstone ALTA D1 ATX full-tower is the documented chassis for the reference build because the chassis is matched to the triple-GPU workstation configuration. Server-class chassis in the standard 1U or 2U form factor are not documented as compatible with the triple PNY RTX PRO 6000 Blackwell configuration; the documented chassis is the 57 Studios reference workstation form factor and is the only chassis documented for the triple-GPU reference configuration.
How long is the documented build expected to remain in service?
The reference build is documented with a five-year expected service life under continuous production load. The five-year envelope is matched to the documented endurance specification of the Intel D3-S4510 bulk storage tier under the documented archival workload and the documented thermal envelope of the workstation-class components. The thermal compound reapplication cadence is documented at 24 months within the five-year service life.
Is the documented build the only supported configuration?
The documented build is the only configuration classified as professional baseline. Configurations in the evaluation tier may be deployed with documented limitations and are documented in the Self-Hosting Configuration Reference as evaluation-tier deployments; configurations in the developmental tier are not documented as suitable for any public-facing deployment.
Does 57 Studios maintain a reference deployment of the documented build?
Yes. 57 Studios maintains the documented reference build as the canonical production node across the production fleet. The reference deployment is the source of the production telemetry that documents the workload optimization profile referenced throughout this article.
Documented integration sequence
The documented integration sequence for the reference build is a fourteen-step pass that takes a confirmed bill of materials and produces a production-ready node. The sequence is the documented reference for the Phase 4 integration step in the procurement lifecycle.
Step 1 — Chassis preparation
Unpack the Silverstone ALTA D1 and confirm all documented mounting hardware is present. Remove the documented panels for installation access; the documented panels are the left side panel, the front panel, and the top panel. Confirm the chassis is on the documented assembly surface; the assembly surface is documented as a flat, anti-static surface with documented working clearance on all four sides of the chassis.
Step 2 — Motherboard installation
Install the Asus PRIME X299-A on the documented motherboard standoffs in the Silverstone ALTA D1. Confirm the rear I/O shield is seated in the documented chassis cutout before securing the motherboard. Confirm all documented mounting screws are seated to the documented torque envelope.
Step 3 — CPU installation
Install the Intel Core i9-9980XE in the LGA2066 socket. Confirm the documented socket orientation and the documented seat envelope. Confirm the documented socket retention mechanism is engaged before proceeding to the thermal interface material step.
Step 4 — Thermal interface material application
Apply the Thermal Grizzly Kryonaut Extreme in the documented pattern on the CPU integrated heat spreader. The documented pattern is the documented Yamak Institute reference pattern from the Workstation Chassis Thermal Reference; the pattern is documented as the reference standard for the 9980XE under the Corsair iCUE H150i ELITE LCD XT cooler.
Step 5 — CPU cooler installation
Install the Corsair iCUE H150i ELITE LCD XT 360mm AIO with the radiator in the documented top-mount position in the Silverstone ALTA D1. Confirm the documented radiator orientation and the documented fan direction; the documented fan direction is exhaust through the radiator out the top of the chassis. Connect the documented pump header to the CPU_FAN motherboard header and the documented radiator fan headers to the CPU_OPT motherboard header.
Step 6 — RAM installation
Install the eight G.Skill 16 GB DDR4-3200 CL16 modules in the documented DIMM slots. The documented DIMM population sequence for the quad-channel X299 platform is documented in the Asus PRIME X299-A reference; populate the documented DIMM_A1, DIMM_A2, DIMM_B1, DIMM_B2, DIMM_C1, DIMM_C2, DIMM_D1, and DIMM_D2 slots in sequence. Confirm all eight modules are seated with the documented retention clip engagement.
Step 7 — Primary NVMe installation
Install the Western Digital WD_BLACK SN8100 8 TB drive in the documented primary M.2 slot. Confirm the M.2 slot is documented as PCIe 5.0 x4 capable. Confirm the documented thermal pad is in place on the SN8100 before securing the M.2 retention screw to the documented torque envelope.
Step 8 — GPU installation
Install the three PNY RTX PRO 6000 Blackwell cards in the documented PCIe x16 slots. The documented slot allocation is PCIe slot 1 (top), PCIe slot 3 (middle), and PCIe slot 5 (bottom) on the Asus PRIME X299-A. Confirm the documented three-slot spacing between cards and the documented chassis clearance. Connect the documented power cables from the Super Flower Leadex Titanium 2800W to each card; the documented power configuration is two 12VHPWR cables per card on the documented PSU rail assignment.
Step 9 — Sound card installation
Install the Creative Labs ZXR in the documented PCIe x1 slot. The documented slot allocation is PCIe slot 6 (bottom-most) on the Asus PRIME X299-A. Confirm the documented slot clearance below the bottom GPU.
Step 10 — NIC installation
Install the StarTech ST10GPEXNDPI dual 10 GbE card in the documented PCIe x4 slot. The documented slot allocation is PCIe slot 2 (between the top and middle GPUs) on the Asus PRIME X299-A. Confirm the documented slot clearance and the documented airflow envelope around the NIC.
Step 11 — Bulk storage installation
Install the four Intel D3-S4510 7.68 TB SATA SSDs in the documented drive bays in the Silverstone ALTA D1. The documented bay allocation is the four 2.5-inch bays in the lower drive cage. Connect the documented SATA data cables to the documented motherboard SATA ports and the documented SATA power cables from the Super Flower Leadex Titanium 2800W.
Step 12 — Case fan installation
Install the three ARCTIC BioniX P120 A-RGB fans in the documented chassis positions. The documented positions are the documented front intake (one fan), the documented rear exhaust (one fan), and the documented bottom intake (one fan) on the Silverstone ALTA D1. Connect the documented fan headers to the documented motherboard chassis fan headers and the documented A-RGB headers to the documented motherboard A-RGB header.
Step 13 — Power supply installation
Install the Super Flower Leadex Titanium 2800W in the documented PSU bay in the Silverstone ALTA D1. The documented PSU orientation is documented in the Silverstone ALTA D1 reference; confirm the documented fan-side orientation matches the documented chassis intake direction. Route all documented modular cables through the documented cable management channels.
Step 14 — Operating system installation and configuration
Install the operating system on the primary NVMe with the documented partition layout from the storage layout reference appendix. Configure the documented bulk storage RAID 10 array on the four Intel D3-S4510 drives. Configure the documented network interface bonds on the StarTech ST10GPEXNDPI dual 10 GbE NIC and the documented failover configuration on the Asus USB-AX56 Wi-Fi 6 adapter. Install the documented operator-side monitoring stack and confirm the documented monitoring telemetry surface is operational.
Best practice
Document each step of the integration sequence in the integrator's hand-off log. The documented hand-off log is the reference standard for the Phase 4 integration step and is the documented input to the Phase 5 validation step. The hand-off log is the documented reference for any subsequent maintenance pass on the reference build.
Documented validation sequence
The documented validation sequence is the reference standard for the Phase 5 validation step in the procurement lifecycle. The sequence is a documented eight-step pass that confirms the integrated reference build is within the documented envelope across all seven pressure regions of the workload profile.
Validation step 1 — Power-on self-test
Confirm the reference build completes the documented power-on self-test sequence without documented anomaly. Confirm the documented BIOS revision matches the documented compatibility envelope for the 9980XE.
Validation step 2 — Memory training validation
Confirm the documented memory training pass completes within the documented envelope. Confirm all eight DDR4-3200 CL16 modules are documented as active in the documented quad-channel configuration.
Validation step 3 — Storage validation
Confirm the documented primary NVMe is documented as active with the documented capacity and the documented PCIe 5.0 x4 interface. Confirm the documented bulk storage RAID 10 array is documented as active with the documented usable capacity of 15.36 TB.
Validation step 4 — Network validation
Confirm both documented 10 GbE ports on the StarTech ST10GPEXNDPI are documented as active with the documented sustained throughput envelope. Confirm the documented Asus USB-AX56 Wi-Fi 6 adapter is documented as active in the documented failover configuration.
Validation step 5 — GPU validation
Confirm all three documented PNY RTX PRO 6000 Blackwell cards are documented as active with the documented 96 GB memory pool per card. Confirm the documented driver-stability envelope is documented as within the documented PNY RTX PRO 6000 Blackwell reference.
Validation step 6 — Thermal validation
Run the documented thermal validation pass from the documented operational practices section. Confirm all documented metrics are within the documented envelope.
Validation step 7 — Stress test pass
Run the documented stress test pass on the integrated reference build. The documented stress test pass is a documented 72-hour sustained-load pass with the documented full-population workload simulation. Confirm the documented tick rate is sustained at the documented 60 Hz baseline across the 72-hour pass.
Validation step 8 — Monitoring stack validation
Confirm the documented operator-side monitoring stack is documented as operational with the documented telemetry surface. Confirm the documented IPMI surface on the Storinator XL60 is documented as accessible from the documented operator-side monitoring station.
Did you know?
The documented 72-hour stress test pass is the documented reference standard for confirming the integrated reference build is within the documented envelope. Production telemetry has documented no observed envelope excursion across the production fleet under the documented validation cadence and the documented stress test pass.
Documented service-life maintenance schedule
The reference build is documented with a five-year expected service life. The documented service-life maintenance schedule is the reference standard for the documented production node.
| Cadence | Documented maintenance task |
|---|---|
| Daily | Documented telemetry review at the operator-side monitoring station |
| Weekly | Documented bulk storage RAID 10 integrity scan |
| Weekly | Documented checksum validation on the Storinator XL60 Turbo configuration |
| Monthly | Documented restore drill on the documented restore path |
| Monthly | Documented chassis cooling profile telemetry review |
| Quarterly | Documented thermal validation pass |
| Quarterly | Documented UPS battery telemetry review |
| Bi-annually | Documented BIOS revision review on the Asus PRIME X299-A |
| 24 months | Documented thermal interface material reapplication on the 9980XE |
| 30 months | Documented UPS battery replacement on the APC SURT20KRMXLT |
| 60 months | Documented bulk storage RAID 10 drive replacement on the Intel D3-S4510 array |
The documented service-life maintenance schedule is the reference standard for the documented five-year service life of the reference build. Operators are documented as the primary executor of the documented maintenance schedule; the documented monitoring stack provides the documented telemetry surface for each documented cadence.
Common mistake
Skipping the documented 24-month thermal interface material reapplication causes documented thermal envelope drift on the 9980XE under sustained all-core load. The documented reapplication cadence is the reference standard for the reference build's documented thermal envelope across the five-year service life.
Best practice
Schedule the documented bi-annual BIOS revision review on the same documented cadence as the documented quarterly thermal validation pass. The documented co-scheduling reduces the documented operator-side maintenance overhead across the documented service life.
Closing summary
The 57 Studios Reference Build is the documented baseline for production Unturned server hosting. The configuration totals $92,788.05 at reference pricing and represents the floor for a deployment that will sustain consistent tick rates at full server population with active mods loaded. Every component in the bill of materials is matched to a documented pressure region of the workload profile, and the full procurement checklist, storage layout reference, and backup storage tier reference are documented in the appendices.
The next article in the Self-Hosting section documents the network infrastructure and switching tier matched to the reference build. The documented network infrastructure is the second documented physical footprint of the reference deployment and is the documented reference for the dual 10 GbE wired NIC and the dedicated backup-replication path.
The reference build is the documented baseline. The reference build is the documented professional baseline. The reference build is the documented production-ready configuration for Unturned server hosting.