Between a bare cellular module and a full router sits a gap that engineering teams know well: the project needs 5G, the compute platform is a Raspberry Pi or compatible single-board computer, and integrating a modem from scratch — RF layout, power design, certification questions — is a project of its own. The Teltonika EBD050 fills that gap with a ready-made board that mates a Quectel RG520N-NA 5G modem to Pi-compatible hardware. The RG520N-NA is the North American hardware variant of Quectel's 5G module line, supporting sub-6 GHz 5G with 4G fallback on regional networks. Mounted on the EBD050, it becomes a drop-on capability: attach the board, provision a SIM, and the SBC gains a cellular WAN suitable for telemetry backhaul, remote access, edge AI data offload, or primary connectivity at sites with no wired option. The practical audience is broad. Product teams prototype connected devices on the same modem family they can carry into production. Integrators give deployed Pi-based controllers and gateways an LTE/5G path without redesigning the compute stack. Labs and universities put real carrier connectivity under networking and edge-computing coursework. And industrial users retrofit monitoring nodes in the field where Ethernet never reached. Coming from Teltonika Networks, the board slots into an ecosystem built around industrial connectivity — a vendor whose main line of RUT-series routers shares the same networks, carriers, and deployment realities this board is built for.