🏷️ €19900 | Base Price

MX-PDK License including 1 year of updates and support 🔹

+€4400 for 1 additional year of updates and support 🔹

+€9900 for 3 additional year of updates and support 🔹

Contact us Contact us for academic pricing or tailored packages.

The MX-PDK is a comprehensive development platform for building, validating, and scaling 5G/6G networks from lab to production. Compliant with 3GPP and O-RAN specifications, ir provides an all-in-one solution featuring a ready-to-use catalog of reusable network blueprints, empowered by the O-RAN xApp SDK, rApp SDK, and a portofolio of reusable and extendable xApp and rApps. With built-in slicing, observability, cloud-native automation, and multi-vendor support, MX-PDK accelerates network innovation from concept to deployment.

💡 Getting started is simple: choose or customize a network blueprint from our portfolio, and deploy it with a single command:

bash$ brc install network 5g-oran.yaml

📄 MX-PDK Data Sheet | 💡 MX-PDK solutions | ▶️ MX-PDK Webinar

What is included in the MX-PDK Software?

All of the component listed below is included in the MX-PDK Software platform.

1. O-Cloud: optimized Kubernetes cloud infrastructure featuring synchronization, device discovery, BGP Routing, and eBPF observability.

2. 5G artifacts: OpenAirInterface and srsRAN 5G RAN stack (gNB/CU/DU and Open5Gs 5G CN stack.

3. O-RAN SMO/OAM: providing end-to-end cloud-native automation and lifecycle management from Day 0 to Day 2+ operations).

4. O-RAN Near-RT RIC and Non-RT-RIC: with xApp SDK, rApp SDK, and a portofolio of reusable and extendable xApp and rApps.

5. Observability Stack and Grafana dashboard: with multi-source data lake aggregating metrics, alerts, resources, stats, and CO2 footprint and their visualization with Grafana dashboard. Watch ▶

6. Tool box and UI: CLI, API, and dashboard to instrument the network with realtime E2E performance measurement, logging, and tracing tools

7. Network Sandbox: Built-in E2E 5G O-RAN network emulation platform with soft UEs and channel models at scale with open lessons and lab manuals

8. Open documentation: Access to open documentations in a form of tutorials, API references, deployment examples, lessons and lab manuals

Add-on Hardware/Software

1. O-Cloud Hardware: High performance RACK servers with cabinet or high performance workstations. Minimum recommended number is 3.

2. O-RU: LITEON and BENETEL O-RAN compliant 7.2 O-RU (Checkout BubbleRAN O-RAN Box), Amarisoft SDR50 and SDR100, USRP B2xx and N3xx with their accessories.

3. O-RAN Time-Aware switching Fabric: FibroLAN Falcon-RX providing and PTP Grand-Master with precise time synchronization (GPS and local), PTP switching, QoS Switching and VLANs.

4. Power Distribution Unit: allowing you to accurately monitor and control power consumption at the level of each compute node in your O-Cloud (K8S Cluster)

5. 4G/5G Device + SIM Cards:

   1. Pictel: 5G R16 gateway and edge computing node. By stacking the high-performance Raspberry Pi5 with a Quectel 5G module and PoE+ support, Pictel delivers an ideal environment for testing “Mobile-Edge-Cloud” (MEC).
   2. Quectel: 5G R16 Device with USB interface.

6. MX-AI: AI-RAN Software Stack, DevKit and Platform.

7. Additional 5G Vendors:

Add a new vendor allows you to deploy multi-vendor 5G network operating under the same O-RAN stack

Add-on Services

1. Hands-on Training and Labs: Instructor-led sessions and step-by-step lab instructions to accelerate onboarding, enablement, and practical adoption of BubbleRAN tools and workflows.
2. Feature Development Services: Outsource the development of specific capabilities you need, such as new integrations, automation workflows, or custom xApps/rApps, delivered by BubbleRAN to meet your requirements and timelines.
3. Developer-level support: Direct access to BubbleRAN engineers to help you develop, integrate, debug, and optimize new features within your infrastructure, including best practices for deployment and lifecycle operations.
4. Hardware Warranty extension: Extended warranty coverage for eligible hardware, including replacement and handling during the warranty period—managed end-to-end by BubbleRAN.

MX-PDK Software Stack

MX-PDK Hardware components

Benefits and Application

Ready to test?

bash$ brc install network 5g-sa.yaml  # Deploy
bash$ brc observe                     # Observe dashboard

• Deployment Tutorial & Deploymnt Blueprints
• Labs
• BubbleRAN Command Line (brc) Tutorial
• Would you like to talk with our team? Book a live demo

Need more information ?

Check our frequently asked questions about MX-PDK here below and get quick replies.

To answer your unique deployment and projects needs, we can plan a live demo, help you forward with a requirements questionnaire, and connect you with our partner ecosystem (universities, system integrators, cloud providers).

📧 contact@bubbleran.com

Frequently Asked Questions

1️⃣ Can MX‑PDK integrate with both open-source and industrial-grade 5G stacks?

Yes. MX‑PDK supports multiple stacks, including OpenAirInterface, srsRAN, Open5GS, and industrial solutions like Amarisoft and Lite-On. Table summerized the O-RAN E2SM integration across different supported vendors.

O-RAN Service Models: KPM, RC, CCC, and LLC. BubbleRAN Service Models: MAC, RLC, PDCP, SC (Slice Control), and TC (Traffic Control)

2️⃣ Is the platform suitable for multi-vendor and multi-network scenarios?

Absolutely. MX-PDK enables designing, deploying, and managing multiple concurrent 5G networks deployments across various vendors, frequencies (FR1/FR2), and network functions (e.g. CU, DU, gNB, 5GC) .

3️⃣ What makes MX-PDK ideal for R&D, proof-of-concept, and educational use?

MX-PDK is designed specifically for R&D, PoC, learning, and validation. It offers high reproducibility, built-in emulation via Open RAN Studio (with soft UEs), and full lifecycle operations with user/application in the loop, ideal for labs and scale-up environments.

4️⃣ What hardware do we need?

For O-RAN compliant testbed, you would need at least 1x O-RUs (LiteON or Benetel), 1x time-aware switching and PTP grande-master (FibroLAN Falcon-RX), and 1xCompatible NIC cards (Intel E810-XXVDA2). As for the O-Cloud, you would ideally need 3 mid-to-high end servers with at least 16 cores @3.7GHz and 64 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.
4. Checkout our Technology and Frequently Asked Questions

6️⃣ Ask your questions