Private LTE P Network Deployment

Introduction/Executive Summary:
- Testing
- Field Testing – Walk Testing/Drive Testing using phone/scanner
- E911 Testing
- Optimization based on multiple PAL channels/ power requirements
- Performance & Monitoring: Parameters audits, Idle mode strategies, IFHO definition, Capacity offload, Layer management
- Scanners: PCTEL, DRT
- Test & Measurement tools: Keysight, Infovista, Rohde & Schwarz, TAPAS
- Design
- RF Design using preferred design tool
Deliverables include 3D Model, Propagation plots, riser diagrams, Detailed BOM, EMF reports
- CW Testing
- Design Survey
- Design Tools: ATOLL, iBwave

Problem/Challenge:
Planning a Private Network poses many challenges on technical fronts. The network design and planning must be flawless to ensure there is minimal Interference and reliable network performance. Integrating the private LTE network with existing IT (Information Technology) and OT (Operational Technology) systems such as ERP and other legacy systems can be technically complex and require significant customization.
Solution:
Our Network design team used advanced RF planning and analysis tools to model and predict interference scenarios. We conducted thorough site surveys, spectrum scans, used physical and logical isolation techniques to separate critical operations from potential sources of interference.
Results/Achievements:
Verveba Engineers did an awesome job on testing and designing the network. The project team had a clear understanding of the objective and the deliverables. From the initial consultation to the final implementation, the team demonstrated exceptional professionalism, technical expertise, and dedication to ensuring the success of the project.
Quotes/Testimonials:
Working with Verveba Telecom has been a game changer for us on this project. The teams deep understanding of needs, coupled with technical prowess, made the entire process effortless and successful. ( Director-IOT Solutions- Telecom OEM)

Fiber Construction for a Very Prominent Subdivision in DFW Area
Placing 6100’ of 3” INNERDUCT, Placing 4666’ of 2” INNERDUCT,
Placing 600’ of 4” INNERDUCT, Placing 4254’ of 1.25” INNERDUCT.

Relocate a Data Center for a large OEM
Task for relocation for the physical infrastructure, setting up Project management guidelines for the migration.IT infrastructure
includes hardware installation, migrations and break-fix, smart/remote hands.
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At Verveba, we are not just shaping the future of telecommunications; we are redefining it.