A prebuilt, fully tested, and shipped 5G kit to jump‑start your projects. Each kit arrives ready to deploy with open‑source 5G software preinstalled and validated end‑to‑end with commercial smartphones. Designed for researchers, academics, and rapid prototyping teams, our kits remove integration overhead so you can focus on experiments, algorithms, and use‑case development.
What’s included
Complete hardware stack assembled and configured (radio, baseband compute, antennas, power).
Open‑source 5G core and RAN software preinstalled and tuned for the supplied hardware.
Validation with commercial phones and example user equipment profiles.
Essential cables, mounts, and a compact transport case for safe shipping.
Basic test scripts and sample applications to reproduce validation results.
Key benefits
Time savings: no assembly or low‑level integration required — deploy in hours instead of weeks.
Research readiness: software and hardware validated with commercial handsets so experiments reflect real‑world behavior.
Extensible: open‑source stack and documented interfaces let you modify protocol layers, add edge compute, or integrate sensors and drones.
Reproducible results: preconfigured test suites and known good baselines speed troubleshooting and publication.
Portable and compliant: shipped with regulatory and safety notes to assist in field and lab use.
Services we provide (optional)
Custom hardware selection and procurement for specialized frequencies or form factors.
Onsite or remote installation, configuration, and acceptance testing.
Documentation and hands‑on training tailored to your research team.
Ongoing support, maintenance, and software updates to keep your platform current.
Ideal for
Academic labs building 5G experiments or curriculum.
Research teams prototyping low‑latency, edge, or UAV use cases.
Startups and innovators needing a reliable 5G testbed without the integration overhead.
Get going faster with a validated, research‑ready 5G kit that lets you spend less time on setup and more time on discovery.
A prebuilt, fully tested, and shipped 5G kit to jump‑start your projects. Each kit arrives ready to deploy with open‑source 5G software preinstalled and validated end‑to‑end with commercial smartphones. Designed for researchers, academics, and rapid prototyping teams, our kits remove integration overhead so you can focus on experiments, algorithms, and use‑case development.
What’s included
Complete hardware stack assembled and configured (radio, baseband compute, antennas, power).
Open‑source 5G core and RAN software preinstalled and tuned for the supplied hardware.
Validation with commercial phones and example user equipment profiles.
Essential cables, mounts, and a compact transport case for safe shipping.
Basic test scripts and sample applications to reproduce validation results.
Key benefits
Time savings: no assembly or low‑level integration required — deploy in hours instead of weeks.
Research readiness: software and hardware validated with commercial handsets so experiments reflect real‑world behavior.
Extensible: open‑source stack and documented interfaces let you modify protocol layers, add edge compute, or integrate sensors and drones.
Reproducible results: preconfigured test suites and known good baselines speed troubleshooting and publication.
Portable and compliant: shipped with regulatory and safety notes to assist in field and lab use.
Services we provide (optional)
Custom hardware selection and procurement for specialized frequencies or form factors.
Onsite or remote installation, configuration, and acceptance testing.
Documentation and hands‑on training tailored to your research team.
Ongoing support, maintenance, and software updates to keep your platform current.
Ideal for
Academic labs building 5G experiments or curriculum.
Research teams prototyping low‑latency, edge, or UAV use cases.
Startups and innovators needing a reliable 5G testbed without the integration overhead.
Get going faster with a validated, research‑ready 5G kit that lets you spend less time on setup and more time on discovery.
