Peltbeam Inc. develops mmWave 5G network repeaters that enhance signal strength and extend coverage in densely populated urban areas where line-of-sight challenges exist. Their technology mitigates network congestion by offloading traffic from heavily utilized base stations, ensuring reliable high-speed connectivity for various applications.
Funding
$3.5M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
In densely populated urban areas, 5G mmWave networks often suffer from signal degradation and limited coverage due to line-of-sight obstructions and network congestion. This can result in unreliable high-speed connectivity, hindering the performance of applications that rely on consistent and robust 5G access.
Solution
Peltbeam Inc. offers a comprehensive 5G mmWave network repeater solution designed to enhance signal strength, extend coverage, and increase network capacity in challenging urban environments. Their mmWave repeaters amplify and redirect 5G signals, overcoming line-of-sight limitations and ensuring reliable connectivity in previously underserved areas. By strategically placing these repeaters, Peltbeam mitigates network congestion by offloading traffic from heavily utilized base stations, optimizing network resources, and improving overall network performance. The solution incorporates hardware, systems, and cloud software, leveraging patented technologies to deliver maximum throughput with low latency.
Target Audience
Peltbeam's primary customers include mobile network operators, municipalities, and enterprises seeking to enhance 5G coverage and capacity in urban areas, as well as military and public safety organizations requiring reliable communication in complex environments.
Features
- mmWave repeaters amplify and redirect 5G signals to overcome line-of-sight challenges.
- Strategic repeater placement extends 5G coverage to densely populated urban areas.
- Network congestion mitigation through traffic offloading from overloaded base stations.
- Low-latency signal amplification and redirection for maximum throughput.
- Cloud-based software for remote management and optimization of repeater networks.
- Mesh networking capabilities for efficient and dynamic data flow distribution.
- Optimized infrastructure utilizing existing 5G deployments.