🏷️ 9900€ | Base Price

includes MX-ORS License, 1-year Updates and Support, and 5G O-RAN AI Course Materials 🔹

+€2900 Technical Support & Software Update for each additional Year.

📄 Download Data Sheet 📰 Why Open RAN Studio?

Open RAN Studio is a comprehensive and flexible educational platform designed for upskilling, learning, teaching and experimenting 5G/6G networks based on O-RAN and 3GPP standards. Built on OpenAirInterface and/or srsRAN stacks, and powered by BubbleRAN’s full O-RAN stack, this environment is designed for engineers, researchers, professors and students to upskill and maximize the learning outcomes from network design phase to analyze.

💡 Getting started is simple: deploy and observe a 5G SA O-RAN network with a 5G UE:

bash$ brc install network 5g-sa-ue.yaml
bash$ brc observe

What is included in the Open RAN Studio product?

O-Cloud

1. Multi-infrastructure support: Bare-metal, On-premise, Public (GKE), Single-node (Microk8s)
2. Optimized infrastructure: Kubernetes-based private 4G/5G-optimized cloud infrastructure on 2x High-performance compute nodes optimized for maximum performance, stability, and scalability

Minimum HW Requirements: Intel/AMD, >24 cores, >3.8GHz, >64GB RAM, 1TB NVME storage (SSD Ok), 10/25Gbps NIC.

Artifacts

1. OpenAirInterface RAN 4G/5G stack (eNB/gNB/CU/DU/RU) in emulated mode with the BubbleRAN E2 agents (E2AP v2/v3)
2. OpenAirInterface core stack in two forms: all-in-one and disaggregated
3. OpenAirInterface soft UE in emulated mode with channel models

O-RAN SMO/OAM:

MX-Operator supporting end-to-end full lifecycle automation(day 0, day 1, day 2, and day n Ops) on the top of Kubernetes. Refer to Technology and FAQ.

1. Network design, protocol tracing, log extraction, integrated UE testing2
2. End-to-end agile and scalable declarative multi-vendor deployment with the UE and application in the loop
3. Day-2 features, including network reconfiguration, upgrade, and fault management
4. Programmable cloud-native observability with Grafana dashboard
5. Multi-source data lake, including RAN, Energy, and Infrastructure metrics

O-RAN Near-RT RIC and Non-RT-RIC

MX-RIC supporting control loop optimization, providing a portfolio of reusable and extendable Apps/xApps with multi-vendor RAN functions.

1. Supported interfaces E2AP v2/v3, A1AP v2, and R1AP.
2. Service models, E2SM, including O-RAN Key performance Measurement (KPM v2/v3), RAN Control (RC v1), Cell Configuration and Control (CCC v3.x) as well as custom SMs including MAC, RLC, PDCP, NGAP, Slice control, Traffic Control, and ISAC.
3. Multi-language extendable SDK/xApps including data collections, performance monitoring, RAN stats, RAN slicing, RAN reconfiguration, QoS Modification, Slice-level PRB Quota, Handover Control. All the xApps supports SQLITE and MySQL data base.
4. SDK/rApps including FlexPolicy, FlexMon, and FlexData.
5. Portfolio of xApps/rApps delivered in source codes format

Checkout our previous Open RAN Studio online mini-series to know more about the capability of MX-ORS/MX-PDK:

1. Episode 1
2. Episode 2
3. Episode 3

Observability Stack and Grafana dashboard

With multi-source data lake aggregating metrics, alerts, resources, stats, and CO2 footprint and their visualization with Grafana dashboard.

Tool box

Providing realtime E2E performance measurement, logging, and tracing tools and Wireshark PCAP extraction

User Interface

Providing UI CLI, API, and dashboard to instrument the network

Open documentation and Lab Manual

Access to the open documentations in a form of tutorials, API references, deployment examples, lessons and lab manuals

Extra Options

1. Artifacts:

1. SDR: USRP B2xx and N3xx

2. Developer-level support: allowing you to develop and integrate new features in your infrastructure with the support of BubbleRAN engineers.

MX-ORS SOFTWARE STACK

Typical configuration and performance of the Open RAN studio with OpenAirInterface (indicative values)

Benefits

Features

Usage

Ready to test?

bash$ brc install network 5g-sa-ue.yaml
bash$ brc extract logs <element-name>
bash$ brc observe

• Deployment Tutorial
• BubbleRAN Command Line (brc) Tutorial
• Prefer a walkthrough? Book a live demo

Frequently Asked Questions

1️⃣ What capabilities come included in MX-ORS?

MX-ORS provides a rich toolkit: full 5G O-RAN AI stack (near-RT RIC, non-RT RIC, SMO/OAM), xApps/rApps/Agent portfolio, OpenAirInterface & srsRAN, network slicing, observability tools (logs, metrics, dashboards), and emulated UE & radio channels, all deployable via Kubernetes-based infrastructure.

2️⃣ Is the Open RAN Studio suitable for multi-vendor and multi-network and large scale scenarios?

Absolutely — MX-ORS enables designing, deploying, and managing multiple concurrent 5G networks at scale across two vendors, namely OpenAairInterface and srsRAN, with different deployment options (gNB/CU/DU).

3️⃣ How does MX-ORS benefit education and research?

It accelerates learning and research with realistic lab setups, lectures notes, tutorials, and divers labs, plus software development kist for rapid prototyping of xApps/rApps/Agents. MX-ORS is design to provide

1. Simplicity and Uniqueness
2. Realism & Standard compliant
3. End-to-End System, Networking, and application perspective
4. Intuitive toolbox during the entire learning process from design to measuremnt and analysis
5. Reproducibility and repeatable results and data collections

4️⃣ What hardware do we need?

The hardware requirements depends on the scale of your network deployment. For a simple singgle 5G SA deployment, ≥ 16 CPU cores (≥ 3.8 GHz), ≥ 32 GB RAM.

5️⃣ Where can I found documentation and lab materials?

1. Open documentation is accessible here.
2. xApp SDKs and samples can be found here.
3. rApp/Agent SDKs and samples can be found here.

6️⃣ Ask your questions

Need more information ?

We recognize each deployment has unique needs.
We can plan a live demo, help with a requirements questionnaire, and connect you with our partner ecosystem (universities, system integrators, cloud providers).

📧 contact@bubbleran.com