High-Power End-to-End Solution

@AZTURK1

Hi there, I understand you need a carrier‑grade standalone 5G solution spanning cloud‑native 5G Core (with IMS), CU/DU, eCPRI fronthaul and GNSS‑locked PTP/SyncE timing for a high‑power RU with GaN amplifiers; my telecom cloud and RF integration experience fits this vertical stack. - Deploy a cloud‑native 5G Core with IMS, subscriber auth, QoS, N2/N3 backhaul and NWDAF integration; validate IMS voice and lawful‑interception hooks. - Integrate CU/DU with eCPRI fronthaul to target RU, configure PTP/SyncE timing, MIMO scheduling, and RIC xApps for handover and energy optimisation. - Deliver RU commissioning support: RF sweeps, DPD tuning, PIM checks, GNSS timing lock verification, and AC/DC power plant + battery backup design for Saudi environment. - Risk/control: staged deployment with backup checkpoint and post‑deploy validation (cutover verification). Skills: ✅ 5G Core ✅ CU/DU ✅ eCPRI / fronthaul ✅ PTP/SyncE timing ✅ GaN power amplifiers / RU commissioning Certificates: ✅ Microsoft® Certified: MCSA | MCSE | MCT ✅ cPanel® & WHM Certified CWSA-2 Is this for a live production site under spectrum licence already, or do you need a staged testbed first? Best regards,

@billybryan98

Hello, I’ve read your plan for a high‑power, private end‑to‑end 5G network and I’m confident I can deliver a carrier‑grade solution that is secure, compliant, and scalable. I bring hands‑on experience with cloud‑native 5G Core, CU/DU split architectures, and RF front‑ends using GaN PAs, digital pre‑distortion, and robust timing (PTP/SyncE) to keep beams synchronized and reliable in harsh environments like Saudi Arabia’s climate. I’ll design an integrated stack, from core to radio, transport to energy systems, focused on security, QoS, and observability, with a strong lawful interception framework and full telemetry to drive optimization. I have delivered similar private networks by combining a resilient cloud core, edge‑friendly RU/DU/CU integration, AI‑driven RIC apps for energy and handover optimization, and end‑to‑end security playbooks. I will tailor tools and workflows to your CST/licensing context and universal blueprint, ensuring compliance and performance without compromising safety or regulatory requirements. I can lead this work end‑to‑end based on my deep expertise in telecom engineering, cloud architecture, and secure network design. I will deliver a coherent, tested solution aligned with your constraints and performance goals. Please feel free to contact me so we can discuss more details. I am looking forward to the chance of working together. Best regards, Billy Bryan

@atesicfl

With over 12 years of experience as a full-stack web developer, I have not only honed my skills in Back-End and Front-End development but also expanded my expertise in various other domains that could be very helpful to your project. I've worked extensively with technologies like Node, Laravel, ASP.NET, React, and others you mentioned in the project description. This robust technical stack allows me to capably handle various components of your project, from the intelligent brain system to digital nerve system, antenna face to transport arteries, and even the energy heart. In addition to my coding capabilities, I also have a strong background in AI development. The project at its core demands sophisticated AI approaches for tasks such as model evaluation and optimization for better energy management and handovers. Python libraries like TensorFlow, PyTorch, scikit-learn and Keras are familiar territory for me and I can apply my skills here proficiently. Lastly, one of the most valuable skills I offer is my problem-solving approach with an agile mindset. Given the nature of this endeavor wherein every aspect of the end-to-end mobile network is interconnected, the possibility of hurdles is high. But my experience in agile methodology combined with excellent problem-solving skills ensures timely delivery without compromising on quality. So, let’s collaborate and bring this revolutionary project to life together!

@alizain721

You’re building a carrier‑grade, standalone 5G stack — not a prototype — and you need every layer to behave predictably under lawful spectrum constraints. The real risk is not one failing component but brittle integration: timing drift, RU linearity under high power, and lawful‑intercept/security gaps that break service or compliance when scaled to a campus or industrial site. I led the end‑to‑end delivery of a private 5G campus network for an industrial customer in the GCC: designed GNSS/PTP timing, eCPRI fiber fronthaul, GaN RUs with DPD, and a cloud‑native core with IMS and NWDAF for live policy tuning. I’d start with an on‑site spectrum and fiber assessment, produce a CU/DU split and RU placement plan, specify GNSS/PTP/SyncE and power plant requirements for Saudi conditions, and define the RIC xApps and LI hooks to validate QoS/security in lab then field. Practical checkpoints at integration and acceptance keep risk low. Do you already have spectrum authorization and fronthaul fiber paths, or should I include a site survey and regulatory coordination in the scope?

@maksymk35

Hello, I've deployed carrier-grade private LTE/5G SA networks across industrial and campus environments — full stack, from 5G Core (Open5GS / free5GC with IMS) down to RU RF design and GaN PA integration. Here's exactly what I bring to your project: • 5G Core: cloud-native deployment (Kubernetes), AMF/SMF/UPF/PCF, IMS for VoLTE, NWDAF analytics • RAN: OAI / srsRAN CU/DU split, eCPRI fronthaul, MIMO scheduling, real-time DPD • RF: GaN PA selection, link budget, PIM-rated antenna arrays, sector panel design • Timing: GNSS-locked PTP/SyncE fabric, sub-100ns sync across RU/DU/CU • Transport: eCPRI fronthaul, F1 midhaul, N2/N3 backhaul over fibre • Management: O-RAN RIC with AI xApps for energy optimisation and handover, full LI framework • Power plant: AC/DC rectifier sizing, VRLA/Li battery backup, surge/lightning protection for Saudi climate I understand the Saudi spectrum and regulatory environment and can ensure lawful authority compliance throughout. I can deliver full documentation, architecture diagrams, BoM, and working configuration — not just a report. Happy to jump on a call to scope this precisely. What is your timeline and target coverage area? Best regards

@Flourish40

✅Hello, I’ve reviewed your project and understand you’re designing a carrier-grade, private end-to-end 5G network with full stack integration—spanning 5G Core (with IMS), CU/DU/RU architecture, synchronized RF systems, transport (F1/N2/N3/eCPRI), and a fully observable, secure, and AI-optimized management layer under lawful spectrum usage. This is a complex telecom-grade deployment requiring strong expertise in cloud-native telecom cores (Open5GS / Free5GC), O-RAN architecture, distributed RAN design, Kubernetes-based orchestration, and time-sensitive networking (PTP/SyncE). My approach is structured and engineering-led: I’ll start with a full system architecture design (core, RAN, transport, power, and security layers), then define a bill of materials and deployment topology. Next, I’ll guide or implement a staged PoC (core → RAN → RF integration), followed by synchronization tuning, throughput/latency optimization, and full system validation with monitoring and security compliance (including lawful interception framework where required). Milestones: Architecture & system design 5G Core + IMS setup CU/DU & RAN integration plan RF + synchronization integration End-to-end testing & optimization Deployment & operational hardening Looking forward to discussing your spectrum environment, site scale, and deployment goals so we can shape a robust, production-grade design.

@monarchdigitalhq

I understand exactly what you need, and I am confident I can deliver it professionally. You require a clean, professional, and highly integrated 5G mobile network with seamless end-to-end management, including cloud-native 5G Core, CU/DU units, high-power RF components, and precise GNSS timing. With deep expertise in telecom systems and network architecture, I will ensure your project is deployed smoothly and securely, respecting lawful spectrum authority. While I am new to Freelancer, I have tons of experience and have done other projects off site. I can provide a free detailed technical review to optimize your system’s performance from the start. I would love to chat more about your project! Regards, Janco

@mobasherreza10

Hi there, I see that you are looking for a reliable partner to design and deploy a high‑power, private, end‑to‑end 5G mobile network operating under lawful spectrum authority, spanning the full vertical stack: cloud‑native 5G Core (with IMS), CU/DU, high‑power radio unit with GaN amplifiers, GNSS‑locked timing fabric, fibre fronthaul/midhaul/backhaul, active antenna arrays, rugged power plant with battery backup, and an end‑to‑end management, security, and lawful interception framework with RIC xApps and NWDAF analytics. I have led similar private 5G deployments for industrial sites in Saudi Arabia, including a full stack integration of a commercial 5G core, O‑DU/O‑RU with DPD, PTP/SyncE timing, and N2/N3 backhaul, achieving <1 ms latency and 99.999% uptime under extreme heat conditions. I can deliver the complete system design, integration, and compliance with local spectrum authority. Let me know your target coverage area, user count, and spectrum availability. Best regards, Mobasher Reza

@richardt057

Hello, Deploying a high-power private 5G network requires a Systems Engineering mindset to manage the vertical stack from RF muscle to the cloud-native brain. As a Software Engineer and Founder of Relais, I specialize in building "Agentic" systems that integrate real-time telemetry with AI-driven optimization. My Execution Strategy: Intelligent Core & RIC: I will architect the cloud-native 5G Core and implement AI xApps within the RIC to optimize energy and handovers. Observability & Analytics: Leveraging my experience with NWDAF and information systems, I’ll build an end-to-end monitoring framework for real-time telemetry and compliance. Infrastructure Resilience: My background ensures a focus on "Completeness and Timeliness" in data routing across fiber fronthaul and backhaul arteries. Saudi Environment Readiness: I understand the rugged requirements for the Saudi climate, ensuring the "Energy Heart" and RF components are designed for extreme conditions. Ready to discuss your spectral authority and QoS policy requirements. Best regards, Richard TCHODIE Systems & Software Engineer | Founder & AI Architect

@stadnichuk

Hey there, Do you already have the licensed spectrum band and target coverage area defined, or do you need the RF link budget and cell planning first? Also, are you expecting a full vendor design using Open RAN, or a build plan around specific RU/DU/CU/Core suppliers? I can help with the end-to-end 5G private network design, from 5G Core, CU/DU/RU split, eCPRI/F1/N2/N3 transport, PTP/SyncE timing, RF power chain, antenna planning, QoS, security, and management plane. For this type of system, the key part is not only high power. The main challenge is clean RF design, lawful spectrum compliance, timing accuracy, thermal/power protection, subscriber control, and safe integration between Core, RAN, fronthaul, and monitoring. I can prepare a clear technical architecture, BOM direction, deployment plan, and risk checklist for Saudi site conditions. Looking forward to discussing more on chat. Best, Kosta

@sudinu1

Hello, I’m interested in your private 5G network project. I have a background in telecom engineering and have worked with KPI monitoring, network performance analysis, and data-driven troubleshooting in real 2G/3G/4G environments at Huawei. While I haven’t built a full 5G stack end-to-end, I understand the system architecture (Core, CU/DU, RF, transport, and monitoring layers) and can support areas like data analysis, performance monitoring, and system optimization. I’m especially comfortable working with network KPIs, data workflows, and helping improve reliability and visibility of the system. I’m eager to contribute and learn alongside your team on this project. Thank you, Sudin