05 — Hardware Provisioning — Video Editing Workstation - rafaelribeiro-s/it-support-sysadmin-portfolio GitHub Wiki
📋 Case Study: Hardware Provisioning & Video Editing Workstation — Workstation Requirements and Hardware Selection
🏢 Enterprise Environment Context
- Company Name: NexaCorp Solutions Ltd.
- Industry: Cloud Financial Services
- Ticket ID:
SR-805217 - Department: Marketing & Growth
- Requester: Marketing & Growth Department
- Request Type: Hardware Provisioning / Workstation Specification
👤 Employee Profile
Full Name: John Mitchell
Username: j.mitchell
Employee ID: NX-9052
Job Title: Video Editor
Department: Marketing & Growth
Assigned Workstation: NX-WS-MKT05
Reporting Manager: Anita Roberts
🛠️ IT Support Assignment
- Assigned Analyst: Rafael Ribeiro
- Role: IT Support & Systems Administrator
Video Editing Workstation Requirements Assessment
The Marketing & Growth department requires a dedicated workstation for 4K video editing, high-resolution graphics, and campaign content production using Adobe Premiere Pro.
IT Support has been assigned to assess the workload and document a hardware configuration appropriate for the employee's requirements.
The workstation specification must address:
- Review Adobe Premiere Pro's published hardware and storage requirements.
- Identify suitable CPU, GPU, memory, motherboard, and storage specifications.
- Select sufficient local NVMe storage for active media projects.
- Separate operating system storage from the active media workload.
- Estimate storage capacity based on approximately 500 GB of incoming media per week.
- Evaluate 10 Gigabit Ethernet requirements for shared 4K media workflows.
- Select a suitable Windows 11 Pro workstation platform.
- Consider cooling, power delivery, physical component compatibility, and expansion.
- Document project transfer, file verification, retention, and backup considerations.
- Define procurement checks and future deployment acceptance criteria.
- Collect official manufacturer documentation as supporting evidence.
The proposed workstation is designed around Adobe Premiere Pro, Windows 11 Pro, and a workload involving 4K video and high-resolution graphics. HDR editing is not required.
The project is a requirements-based hardware recommendation. It does not claim that the workstation has been assembled, deployed, or benchmarked.
📩 Help Desk Ticket Description
- Ticket:
SR-805217 - Subject: Hardware Provisioning — 4K Video Editing Workstation Specification
Request
The Marketing & Growth department requires a dedicated workstation for John Mitchell to support 4K video editing, high-resolution graphics, and campaign content production using Adobe Premiere Pro.
Incoming media is estimated at approximately 500 GB per week. Active projects may remain in progress for several days or up to approximately two weeks.
IT Support must review the application requirements and recommend a workstation configuration with suitable processing capacity, GPU memory, RAM, local media storage, and network connectivity.
The proposed configuration must support an operational workflow in which active projects are edited on local high-speed storage and approved project packages are transferred to the designated company NAS or file server.
The final documentation must include the hardware recommendation, technical justification, storage capacity calculations, compatibility considerations, project management workflow, supporting vendor references, and future acceptance criteria.
This ticket represents a simulated enterprise IT support assignment created for educational and portfolio purposes. It does not represent an actual hardware procurement or workstation deployment.
🎯 Key Technical Objectives for the Lab
The purpose of this lab is to demonstrate a structured hardware provisioning and specification process for a demanding Windows-based video editing workstation.
The following objectives must be addressed:
- Document the employee's role, workload, and business requirements.
- Review Adobe Premiere Pro's published requirements for 4K video editing.
- Review Windows 11 hardware compatibility and processor support.
- Select a suitable CPU and discrete GPU.
- Specify sufficient RAM for the intended editing workload.
- Select separate system and active media storage devices.
- Calculate expected source-media accumulation based on 500 GB per week.
- Evaluate the workstation's shared-storage networking requirements.
- Define an operational workflow for active editing, project approval, and revisions.
- Establish transfer verification requirements before eligible local copies are removed.
- Document backup, retention, and recovery considerations.
- Identify component compatibility and procurement checks.
- Define future deployment and acceptance testing requirements.
- Collect official manufacturer documentation to support the design decision.
The lab follows a requirements-based provisioning workflow:
Business Requirements Assessment
↓
Workload and Application Requirements
↓
Windows Compatibility Review
↓
CPU, GPU, and Memory Selection
↓
System and Media Storage Design
↓
Storage Capacity Planning
↓
Network and Shared Storage Requirements
↓
Hardware Compatibility Review
↓
Project Workflow and Data Protection
↓
Official Vendor Evidence Collection
↓
Procurement Recommendation
↓
Future Deployment and Acceptance Testing
The primary technical distinction in this lab is that the workstation is selected based on the documented workload and published technical requirements, rather than on an arbitrary list of high-performance components.
The design must also distinguish between local working storage, approved shared deliverables, and organizational backups. A NAS transfer alone does not establish that the data is backed up.
🧪 Lab Environment
This lab uses a requirements-based workstation design rather than a virtual machine or simulated hardware environment.
The proposed configuration represents a dedicated corporate workstation assigned to the Marketing & Growth department of NexaCorp Solutions Ltd.
| Component | Proposed Configuration |
|---|---|
| Workstation Name | NX-WS-MKT05 |
| Employee | John Mitchell |
| Username | j.mitchell |
| Employee Role | Video Editor |
| Operating System | Windoows 11 Pro |
| Primary Application | Adobe Premiere Pro |
| Workload | 4K video editing and high-resolution graphics |
| CPU | Intel Core Ultra 7 265K |
| GPU | NVIDIA GeForce RTX 5070 12 GB |
| Memory | 64 GB DDR5, 2 x 32 GB |
| Motherboard | ASUS TUF GAMING Z890-PLUS WIFI |
| System Storage | Samsung 990 PRO 1 TB NVMe SSD |
| Media Storage | Samsung 990 PRO 4 TB NVMe SSD |
| Power Supply | Corsair RM850e 850 W.ATX 3.1 |
| CPU Cooling | ARTIC Liquid Freezer III 360 |
| Case | Corsair 5000D Airflow |
| Network | Compatible PCIe 10 GbE RJ45 adapter |
| Display | 27-inch IPS, 2560 x 1440 |
| Incoming Media | Approximately 500 GB per week |
| HDR Requirement | Not required |
| Shared Storage | Company NAS or file server |
| Configuration Status | Proposed hardware recommendation |
The component list represents the selected design baseline. No physical assembly, operating system installation, application benchmark, or production acceptance test is claimed as completed in this lab.
🛠️ Implementation & Evidence Documentation
The workstation provisioning assessment is organized around requirements gathering, official specification review, hardware selection, storage planning, and operational workflow design.
The proposed configuration uses an Intel Core Ultra 7 265K processor, an NVIDIA GeForce RTX 5070 with 12 GB of GPU memory, 64 GB DDR5 RAM, and separate system and media NVMe SSDs.
The storage design assigns a 1 TB SSD to Windows and applications and a 4 TB SSD to active media projects. A compatible 10 GbE network adapter is included because the selected motherboard's integrated Ethernet interface is 2.5 GbE.
The following evidence items are intended to document the reasoning behind the hardware recommendation. Official documentation screenshots should be captured during the research process and stored in the repository.
The evidence below supports a design recommendation; it does not substitute for physical deployment or acceptance testing.
EV-01 — Business Requirements and Workload Assessment
Action Performed: Documented the employee's role, intended application, source-media volume, typical project duration, and required editing workload.
Expected Evidence: A requirements summary showing the need for 4K editing, high-resolution graphics, approximately 500 GB of incoming media per week, and local high-speed storage for active projects.
Technical Significance: Hardware selection should begin with business requirements. Understanding the workload provides a basis for choosing processing capacity, GPU memory, RAM, storage capacity, and network connectivity.
Evidence File:
EV-02 — Adobe Premiere Pro Technical Requirements
Action Performed: Reviewed Adobe's official Premiere Pro technical requirements page and identified the recommendations relevant to 4K editing.
Official Source:
Adobe Premiere Pro — Technical Requirements
Key Requirements Relevant to This Design:
Key Requirements Relevant to This Design:
- 32 GB RAM or more for 4K and higher-resolution work.
- 8 GB GPU memory.
- Fast internal SSD storage for the application and cache.
- Additional high-speed storage for media.
- A display resolution of 1920 × 1080 or higher.
- 10 Gigabit Ethernet for 4K shared-storage workflows.
Technical Significance: These recommendations establish a reference point for selecting components that meet or exceed the software vendor's guidance for the intended workload.
Evidence File:
EV-03 — Adobe Storage Recommendations
Action Performed: Reviewed Adobe's official storage recommendations to evaluate the separation of application storage, media cache, and active media.
Official Source:
Adobe Premiere — Storage Recommendations
Proposed Storage Design:
| Storage Component | Intended Use |
|---|---|
| 1 TB system SSD | Windows, applications, and supporting software |
| 4 TB media SSD | Active source media, project files, and working assets |
| Local media cache | Temporary editing and cache data |
| Company NAS or file server | Approved project packages and shared deliverables |
| Organizational backup platform | Recoverable copies managed under backup and retention policies |
Technical Significance: Separating the operating system from active media creates a clearer storage design and supports the use of high-speed local storage for editing. Cache placement and available free space must also be managed as part of the operational workflow.
Evidence File:
EV-04 — Windows 11 Processor Compatibility
Action Performed: Reviewed Microsoft's supported processor documentation for Windows 11 version 25H2 to assess the proposed Intel Core Ultra processor family.
Official Source:
Microsoft Learn — Supported Intel Processors for Windows 11 Version 25H2
Proposed Configuration: Intel Core Ultra 7 265K.
Technical Significance: Processor support must be considered alongside the operating system release and the motherboard platform. The exact processor model and selected Windows release must be checked against Microsoft's current support information before procurement.
Evidence File:
EV-05 — CPU and Motherboard Selection
Action Performed: Selected an Intel Core Ultra 7 265K processor and ASUS TUF GAMING Z890-PLUS WIFI motherboard as the proposed platform.
Official Sources:
Intel Core Ultra Desktop Processors
ASUS TUF GAMING Z890-PLUS WIFI — Official Specifications
Proposed Configuration:
- CPU: Intel Core Ultra 7 265K.
- Motherboard: ASUS TUF GAMING Z890-PLUS WIFI.
- Memory: 64 GB DDR5.
- Storage expansion: M.2 NVMe SSDs.
Technical Significance: The selected platform is intended to provide modern desktop processing capability, memory capacity, and storage expansion for a dedicated editing workstation.
The motherboard's specifications must be checked for processor support, firmware requirements, memory compatibility, M.2 allocation, PCIe expansion, and physical component clearance before purchase.
Evidence File:
EV-06 — GPU and Memory Selection
Action Performed: Selected an NVIDIA GeForce RTX 5070 12 GB graphics card and 64 GB DDR5 RAM for the proposed workstation.
Official Source:
NVIDIA GeForce RTX 5070 Family
Proposed Configuration:
-
GPU: NVIDIA GeForce RTX 5070, 12 GB.
-
Memory: 64 GB DDR5, configured as 2 × 32 GB.
Technical Significance: The GPU's 12 GB memory capacity exceeds Adobe's published 8 GB recommendation for 4K and higher-resolution work.
The selected 64 GB RAM configuration exceeds Adobe's published recommendation of 32 GB or more for 4K work. This provides additional memory capacity for demanding projects and multitasking.
The exact graphics card model and memory kit must be selected according to physical dimensions, power requirements, motherboard compatibility, and manufacturer specifications.
Evidence File:
EV-07 — Storage Capacity Planning
Action Performed: Calculated estimated incoming source-media accumulation using the business requirement of approximately 500 GB per week.
Calculation:
Estimated Incoming Media = Weekly Media Volume × Number of Weeks
Using 500 GB per week:
| Period | Estimated Incoming Media |
|---|---|
| 1 week | 500 GB |
| 4 week | 2 TB |
| 8 week | 4 TB |
| 12 week | 6 TB |
| 26 week | 13 TB |
| 52 week | 26 TB |
These calculations use decimal storage units, where 1 TB equals 1,000 GB.
Technical Significance: The figures represent incoming source media only. They do not include cache, proxies, project files, exports, or free-space requirements.
The proposed 4 TB media SSD is intended for active projects, not indefinite accumulation.
EV-08 — Network Storage and 10 GbE Planning
Action Performed: Reviewed the selected motherboard's integrated Ethernet specification and included a separate 10 GbE network adapter in the proposed configuration.
Official Source:
ASUS TUF GAMING Z890-PLUS WIFI — Official Specifications
Proposed Configuration:
- Integrated motherboard Ethernet: 2.5 GbE.
- Additional workstation networking: Compatible PCIe 10 GbE RJ45 adapter.
- Shared storage: Company NAS or file server with compatible 10 GbE connectivity.
Technical Significance: Adobe identifies 10 Gigabit Ethernet as a recommended option for 4K shared-storage workflows.
The separate adapter is included because the motherboard's integrated Ethernet connection is rated at 2.5 GbE. The complete network path must also support 10 GbE, including the adapter, cabling, switching infrastructure, and NAS or file server.
The actual transfer rate will depend on the complete storage and network configuration.
Evidence File:
EV-09 — Project Storage and Transfer Workflow
Action Performed: Defined the intended process for storing active media, preparing approved deliverables, transferring project packages, and managing revisions.
Proposed Workflow:
Incoming Media
↓
Local NVMe Media SSD
↓
Active Editing in Premiere Pro
↓
Project Review and Approval
↓
Transfer to Company NAS / File Server
↓
Destination and File Integrity Verification
↓
Retention Policy Review
↓
Remove Eligible Local Copies
Revision Workflow:
Revision Requested
↓
Determine Revision Complexity
↓
Minor Revision: NAS, if performance is suitable
↓
Major Revision: Copy to Local NVMe SSD
↓
Edit and Save Revised Project
↓
Transfer Approved Revision to NAS
↓
Verify Destination Files
Technical Significance: The workflow separates active editing from approved shared deliverables and defines verification before eligible local copies are removed.
Example project names:
-
Campaign_Christmas_v1_APPROVED
-
Campaign_Christmas_v2_REVISION
-
Campaign_Christmas_v2_APPROVED
EV-10 — Final Hardware Configuration
Action Performed: Consolidated the workload assessment, published application requirements, operating system compatibility considerations, storage calculations, and networking requirements into a single workstation recommendation.
Recommended Configuration:
| Component | Selected Specification |
|---|---|
| CPU | Intel Core Ultra 7 265K |
| GPU | NVIDIA GeForce RTX 5070 12 GB |
| RAM | 64 GB DDR5, 2x 32 GB |
| Motherboard | ASUS TUF GAMING Z890-PLUS WIFI |
| System SSD | Samsung 990 PRO 1TB NVMe |
| Media SSD | Samsung 990 PRO 4 TB NVMe |
| Power Supply | Corsair RM850e 850 W ATX 3.1 |
| CPU Cooling | ARTIC Liquid Freezer III 360 |
| Case | Corsair 5000D Airflow |
| Network | Compatible PCIe 10 GbE RJ45 adapter |
| Operating System | Windows 11 Pro |
| Monitor | 27-inch IPS, 2560 x 1440 |
Technical Significance: The selected design exceeds Adobe's published 4K recommendations for RAM and GPU memory, separates operating system storage from active media, and includes a 10 GbE adapter for the intended shared-storage workflow.
🛠️ Troubleshooting and Risk Assessment
No physical troubleshooting or deployment tests are claimed in this case study. The following items identify the principal risks to assess during procurement and implementation.
1. Local Media Capacity
Potential Issue: The active media SSD may fill if source media accumulates faster than completed projects are transferred or retention rules permit local deletion.
Assessment: The incoming-media estimate reaches approximately 2 TB over four weeks and 4 TB over eight weeks, before cache, proxies, exports, and other files.
Planned Control: Monitor free space, maintain a project transfer workflow, and remove local copies only after verification and policy review.
2. Shared Storage Throughput
Potential Issue: A 10 GbE adapter does not guarantee 10 Gbps end-to-end throughput.
Assessment: The network adapter, cabling, switch, NAS interface, storage media, and server configuration all influence performance.
Planned Control: Verify the network path and test representative file transfers during acceptance testing.
3. Hardware Compatibility
Potential Issue: Components selected by product family may differ in dimensions, connectors, cooling requirements, and expansion compatibility.
Assessment: Exact product SKUs and manufacturer specifications must be reviewed before purchase.
Planned Control: Complete a bill-of-materials compatibility review before procurement and physical assembly.
4. Data Protection and Recovery
Potential Issue: Transferring a project to a NAS may create a shared copy without ensuring recoverability.
Assessment: Backup coverage, retention periods, access controls, and recovery testing are separate requirements.
Planned Control: Confirm the organizational backup and recovery process before production handover.
Troubleshooting Summary
The principal risks concern storage growth, shared-storage throughput, hardware compatibility, and data recoverability. The proposed workflow addresses these risks through capacity planning, end-to-end network validation, procurement checks, and explicit backup and retention requirements.
🧠 Lessons Learned
This lab reinforces several practical concepts related to enterprise workstation provisioning and IT support.
1. Hardware Selection Should Follow Workload Assessment
The workstation should be selected based on the employee's actual workload and application requirements. CPU, GPU, memory, storage, and networking must be evaluated as parts of a complete system.
2. Published Requirements Provide a Defensible Baseline
Adobe's technical requirements provide a reference for memory, GPU memory, display resolution, storage, and shared-storage networking. A documented comparison makes the recommendation easier to explain and review.
3. Storage Capacity Requires a Defined Workflow
A 4 TB SSD may be suitable for active projects, but it is not a substitute for long-term storage planning. Incoming media volume, project duration, cache growth, exports, and retention policies all affect capacity.
4. System and Media Storage Serve Different Purposes
Separating the operating system and applications from active media helps establish a clear storage design. The media cache and active project files should use appropriate high-speed storage.
5. Shared Storage Depends on the Entire Network Path
A workstation-side 10 GbE adapter alone cannot guarantee the intended performance. The NAS, switch, cabling, and storage configuration must also support the workflow.
6. A NAS Is Not Automatically a Backup
A shared copy can improve access and collaboration but does not, by itself, establish recoverability. Backup coverage, retention, and recovery testing must be handled separately.
7. Procurement Compatibility Must Be Documented
A technically suitable CPU or GPU can still be incompatible with a particular motherboard, case, cooler, or power supply. Exact-SKU compatibility review is part of responsible IT procurement.
8. Design Evidence Is Different from Deployment Evidence
Manufacturer specifications support the recommendation, while physical tests demonstrate how an assembled workstation behaves. A professional case study should distinguish between these types of evidence.
Key Takeaway
Effective hardware provisioning combines business requirements, vendor specifications, capacity planning, component compatibility, network and storage design, and acceptance criteria. The goal is not simply to select powerful components, but to document a configuration that is appropriate, supportable, and ready for controlled procurement and validation.
✅ Final Result
The workstation provisioning assessment for NX-WS-MKT05 produced a recommended configuration for the Marketing & Growth department.
The selected design consists of an Intel Core Ultra 7 265K processor, NVIDIA GeForce RTX 5070 12 GB GPU, 64 GB DDR5 RAM, a 1 TB system NVMe SSD, a 4 TB media NVMe SSD, and a compatible PCIe 10 GbE adapter.
The configuration is intended to support demanding 4K editing, separate system and active media storage, and the proposed shared-storage workflow.
Technical Assessment Summary
| Requirement | Documented Result | Status |
|---|---|---|
| Business workload | 4K editing and high-resolution graphics documented | DOCUMENTED |
| Adobe requirements | Official technical requirements identified | REFERENCE IDENTIFIED |
| Windows compatibility | Microsoft processor support reference identified | REFERENCE IDENTIFIED |
| CPU and motherboard | Proposed platform selected | RECOMMENDED |
| GPU and memory | RTX 5070 12 GB and 64 GB DDR5 selected | RECOMMENDED |
| System and media storage | Separate 1 TB and 4 TB NVMe SSDs specified | RECOMMENDED |
| Storage capacity | Weekly and cumulative source-media estimates calculated | DOCUMENTED |
| Shared storage networking | 10 GbE adapter included in the proposed design | RECOMMENDED |
| Project transfer workflow | Verification, retention, and revision handling defined | DOCUMENTED |
Final Assessment
The documented configuration provides a reasoned baseline for procurement review. It exceeds Adobe's published 4K recommendations for RAM and GPU memory, separates operating system and active media storage, and includes 10 GbE connectivity for the intended shared-storage workflow.
The project also defines the operational controls needed to manage active media, approved project packages, revisions, and eligible local copy removal.
Overall Lab Status
HARDWARE REQUIREMENTS ASSESSMENT AND WORKSTATION RECOMMENDATION — DOCUMENTED
The workstation is recommended for procurement review.