https://github.com/magma/magma/issues/15451
Creating a "starter kit" for the Magma Core project, a 4G/5G communications initiative, serves as a foundational tool that enables users to swiftly engage with the technology and start testing various use cases. The kit, comprising the AGW, the 4G/5G radio units and customer premises equipment (CPEs), is designed to simplify the initial setup process, thereby allowing users to bypass the complexities typically associated with setting up a 4G/5G network from scratch. This ease of access is particularly beneficial for small businesses, educational institutions, and developers who may not have extensive resources or expertise in telecommunications. By providing a ready-to-use package, the Magma Core project ensures that a broader audience can experiment with and adopt advanced communication technologies.
The inclusion of radio units and CPEs in the starter kit is crucial for presenting the project effectively. These components are integral to demonstrating the capabilities of 4G/5G networks in real-world scenarios. For instance, users can set up the radio units to create a local network and use the CPEs to connect devices, showcasing the potential of Magma Core in delivering high-speed, reliable wireless communication.
This hands-on demonstration is invaluable in conveying the practical benefits and performance of the project, making it easier to attract interest from potential partners, investors, and customers. It also allows users to visualize and experience the technology firsthand, which is often more persuasive than theoretical presentations alone.
From a development perspective, the starter kit plays a pivotal role in enhancing the progress and innovation within the Magma Core project. By providing a standardized set of tools and components, the kit facilitates a uniform testing environment for developers. This standardization is key to ensuring consistent results across different use case tests and experiments with new features, thereby accelerating the identification of bugs, the refinement of features, and the overall improvement of the system. Moreover, having a common platform enables developers to share insights, troubleshoot collectively, and build upon each other's work more effectively, fostering a collaborative and innovative ecosystem around the Magma Core project.
Obtaining 10 starter kits will significantly bolster our efforts in integration testing by providing multiple reference points across diverse environments. Some of the selected vendors have a minimum order quantity of 10, which makes this the lower practical quantity that we can order.
These kits will allow the community to gather comprehensive data on the performance and compatibility of the Magma Core components in various real-world scenarios, ensuring a more thorough and reliable testing process. The community kits will be leased to development groups and individual contributors, enabling them to conduct independent tests and provide valuable feedback. Additionally, these kits will serve as vital tools for demonstrating the Magma Core project at trade shows and industry events. By showcasing the technology's capabilities and potential applications in a hands-on manner, we can effectively engage with stakeholders, attract new collaborators, and generate interest and investment in the project. This dual purpose of the kits—supporting development and serving as promotional assets—underscores their strategic importance in advancing the Magma Core initiative.
Kits procured by Magma Community (LFC) will have following intended use:
Members will also be able to procure these kits for their own labs.
Following budget is required to procure 10 kits (Kit variation details in next section below)
Variant | Price | Quantity | Total |
Starter Kit #1 | $ 4752.09 | 4 | $ 19,008.36 |
Starter Kit #2 | $ 4752.09 | 2 | $ 9,504.18 |
Starter Kit #3 | $ 4312.18 | 2 | $ 8,624.36 |
Starter Kit #4 | $ 5192.01 | 2 | $ 10,384.02 |
$ 47,520.92 |
Component | Model | Price | Quantity | Total |
AGW | HK-5122 | $ 400 | 1 | $ 400 |
Radio 4G | Indoor 4G CBRS (b48) Small Cell | $ 671.74 | 1 | $ 671.74 |
Radio 5G | Indoor 5G CBRS (n48) Small Cell | $ 1,996.67 | 1 | $ 1996.67 |
CPE | Stargate Node Non-SPAN | $ 1000 | 1 | $ 1000 |
Support | RAN (20% of Indoor 4G and 5G) | $ 533.68 | ||
Support | Stargate Node 15% | $ 150 | ||
Grand Total | $ 4752.09 |
Component | Model | Price | Quantity | Total |
AGW | HK-5122 | $ 400 | 1 | $ 400 |
Radio 4G | Indoor 4G CBRS (b48) Small Cell | $ 671.74 | 1 | $ 671.74 |
Radio 5G | Indoor 5G CBRS (n48) Small Cell | $ 1,996.67 | 1 | $ 1,996.67 |
CPE | Stargate Node Non-SPAN | $ 1000 | 1 | $ 1000 |
Support | RAN (20% of Indoor 4G and 5G) | $ 533.68 | ||
Support | Stargate Node 15% | $ 150 | ||
Grand Total | 4752.09 |
Component | Model | Price | Quantity | Total |
AGW | HK-5122 | 400 | 1 | 400 |
Radio 4G | Indoor 4G CBRS (b48) Small Cell | 671.74 | 2 | 1343.48 |
CPE | Stargate Node Non-SPAN | 1000 | 2 | 2000 |
Support | RAN (20% of Indoor 4G and 5G) | 268.70 | ||
Support | Stargate Node 15% | 300 | ||
Grand Total | 4312.18 |
Component | Model | Price | Quantity | Total |
AGW | HK-5122 | 400 | 1 | 400 |
Radio 5G | Indoor 5G CBRS (n48) Small Cell | 1,996.67 | 2 | 3993.34 |
Support | RAN (20% of Indoor 4G and 5G) | 798.67 | ||
Grand Total | 5192.01 |