Please note the following requirements for the use of ibaHD-Server.

Software for acquisition and recording
  • ibaPDA V8.4.0 or higher

  • Operating system Windows 10 (x86/x64), Windows 11 (x64), Windows Server 2016 (x64), Windows Server 2019 (x64), Windows Server 2022 (x64) or Windows Server 2025 (x64).

  • .NET-Framework 4.8 or higher

Other software components

In order to take advantage of all features of ibaHD-Server v2.6 or higher, particularly the feature of offline events, the following versions of other software components involved are highly recommended.

  • ibaHD-Manager v2.6.0 or higher

  • ibaPDA client v7.3.0 or higher

  • ibaDatCoordinator v2.4.0 or higher

  • ibaAnalyzer v7.3.0 or higher

Hardware
  • Computer equipment according to the requirements of the recording (number of the measuring channels, sampling cycle, volume of the archive)

Recommendations for operating ibaHD-Server on physical servers or virtual machines

General requirements

  • Operating system: Windows ≥10 or Windows Server ≥2016

  • Processor: 2 core + 1 core per data store; > 2 GHz

  • RAM: min. 8 GB + 2 GB per data store

  • Intermediate storage: Always flash on local computer; no network storage. For examples of recommended size of the intermediate storage, see the section Size of the intermediate store.

  • ibaHD store: Preferred flash memory, local or network drive in RAID

  • Disk capacity: depends on the number of signals and storage duration1

Maximum ibaHD-Server configuration

(Recommendation for one ibaHD-Server computer)

  • HD recording: max. 32 HD stores

  • Total number of signals: max 32,000 signals (all combinations of analog and digital signals, except events)

  • Number of signals per time-based HD store: max 16,000 signals (all combinations of analog and digital signals)

  • Number of events per event-based HD store: max 16,000 events

  • Number of signals per alarm and event store: max 100,000 signals

Configuration examples

Configuration example

Common storage size

Use case 1

1 time-based HD store, 1000 signals

50 GB

Use case 2

2 time-based HD store, 15,000 signals

+ 3 time-based HD store, together 2000 signals

+ 1 event-based HD store

2 × 100 GB

3 × 50 GB

50 GB __________

Σ 400 GB