CPU/RAM workload profile
User count, transaction profile, background jobs, peak hours, CPU threads, RAM reserve and utilization target.
SO-TECH / DEDICATED CAPACITY
Dedicated server capacity sizing checklist
We document the dedicated server capacity plan before procurement or migration: CPU/RAM/NVMe, IOPS, latency, 1C ERP server sizing, highload dedicated server checklist, capacity reserve SLA and growth triggers.
CPU/RAM/NVMe
IOPS
1C/ERP
capacity reserve
Which search requests this page answers
We cover commercial and engineering scenarios for server infrastructure choice: TCO, checklist, migration, SLA/SLO, RPO/RTO and ownership.
What capacity sizing captures
The checklist separates the desire to buy a powerful server from a verifiable capacity plan: workload, peaks, IOPS, latency, reserve and acceptance criteria.
NVMe, IOPS and latency
Storage class, read/write pattern, IOPS target, latency budget, database growth and cache assumptions.
Capacity reserve and growth triggers
Growth reserve, scale-up trigger, monitoring signals, budget review and SLA/SLO risk boundary.
Acceptance criteria
Load test, backup window, monitoring baseline, rollback option and go/no-go checklist before production handover.
When sizing matters most
Sizing is needed where under-capacity becomes downtime and over-capacity becomes wasted TCO: 1C, ERP, databases, Bitrix and highload APIs.
1C ERP server sizing
Concurrent users, database size, exchange jobs, reporting windows, latency and backup/restore constraints.
Highload dedicated server checklist
Traffic profile, queue depth, API latency, cache strategy, scaling limit and incident threshold.
Database and storage pressure
High IOPS database server, RAM pressure, replication, backup window and restore validation.
What the team receives
The output is a dedicated capacity record: workload profile, configuration, reserve, acceptance criteria, monitoring and scaling plan.
Dedicated capacity record
CPU/RAM/NVMe sizing, IOPS and latency targets, reserve, owners and review triggers.
Scaling and review plan
When to scale vertically, split roles, move storage, add replicas or revisit Dedicated vs Cloud.
Services related to dedicated sizing
Use this checklist when choosing dedicated server rental, 1C/ERP infrastructure, database servers and capacity reserve before production.
Dedicated server rental with predictable CPU/RAM/NVMe, SLA and ownership.
Open serviceLatency, users, database size, backup and stable access for accounting and ERP workloads.
Open serviceUsers, database, low latency, backup RPO/RTO, server sizing proof and production readiness runbook.
Open service: 1C ERP low latency SLA checklistBitrix D7, cache, agents, server SLA, IndexNow and highload performance readiness.
Open service: Bitrix highload performance SLA checklistHigh IOPS database server, RAM profile, replication and backup/restore expectations.
Open servicePostgreSQL, MS SQL, IOPS, latency, replication, backup and restore test proof.
Open service: Database performance and backup checklistPostgreSQL SLA sizing checklist, MS SQL SLA capacity plan and database workload sizing proof.
Open service: Database SLA replication sizing checklistModel choice when dedicated sizing competes with Cloud/IaaS elasticity.
Open service: Dedicated vs Cloud decision matrixFAQ
Can capacity sizing be done before exact production traffic is known?
Yes. We use workload assumptions, peak scenarios, growth reserve and review triggers so the first configuration is explicit and revisitable.
Does bigger hardware always solve 1C or ERP performance issues?
No. CPU/RAM/NVMe matter, but latency, database profile, backup window, maintenance rules and application behavior must be checked together.
Size dedicated capacity
Describe users, database, peaks, latency and SLA: we will prepare a dedicated server sizing checklist and capacity reserve plan.
Send a request or contact us about the project: a SO-TECH engineer will estimate TCO, compare SLA/SLO, backup, RPO/RTO and help choose the server model for your budget, workload and launch timeline.