LEO General Solution

Types of Satellites:

LEO, MEO, GEO: Satellites come in Low Earth Orbit (LEO), Middle Earth Orbit (MEO), and Geosynchronous Earth Orbit (GEO), differing by their distance from Earth.

Challenges in SATCOM:

Traditional SATCOM has struggled with high costs, limiting its widespread use and business potential.

Technological Breakthrough of SWaRT:

RF innovation: At SWaRT, we have redefined SATCOM with advanced RF technology, reducing costs and enhancing accessibility.
Patented Solutions: Our technology is not only groundbreaking but also unique, supported by multiple patents.

LEO UT Cost Reduction:

Up to 60%: Specifically targeting Low Earth Orbit User Terminals (LEO UT), SWaRT achieves cost reductions of up to 60%.

Solutions of SWaRT

Ground solution

Maritime solution

5G FR2

Spring Bouquet

Solutions of SWaRT

Maritime Communication

Satellite communication is inherently designed to resolve challenges in deploying large-scale ground stations, particularly in aviation and maritime contexts. Enhancing maritime communication capabilities significantly improves naval military performance and extends to unmanned vessels. In modern military warfare, it's not just about the might of weaponry but also a technological battle in wireless communication.

Moreover, satellite communication is crucial for commercial applications, including bulk carriers and container ships, enhancing overall automation and surveillance systems.

In collaboration with shipyards, SWaRT has introduced a communication system that links ships with each other and with satellites. Utilizing custom communication protocols and our specialized array design, we meet the current demands for wireless ship communication while reducing costs by over 50%.

Spring Bouquet

Solutions of SWaRT

Ground communication

Low Earth Orbit Ground Stations: These are essential in a wide range of scenarios, from urban to jungle environments, indoor to outdoor settings—anywhere satellite internet connectivity is required. Satellite communication not only boosts data transmission speeds but also reduces latency significantly. It addresses historical issues of signal loss or inadequate throughput in communication structures, ultimately enhancing work efficiency, video conferencing speeds, and overall quality of life.

To meet these demands, SWaRT has developed a dual-linear polarized Ku-band phased array antenna. Combining innovative lens technology with unique design approaches, we've successfully minimized form factors, improved array antenna characteristics, and reduced overall costs.

Spring Bouquet

Solutions of SWaRT

5G FR2

5G FR2 offers wider bandwidth, improved network throughput, and reduced network latency, addressing the limitations of 4G networks. However, the majority of 5G communication currently relies on FR1 protocols. The industry is now pondering the transition to FR2. The primary challenge lies in the high cost of chipsets for phased array antennas, resulting in significantly higher prices for 5G FR2 products compared to 4G network equipment. This has made a successful transition
challenging.

At SWaRT, our core technology focuses on optimizing antenna arrays to address market concerns regarding 5G FR2. We collaborate with 5G chipset design partners to reduce the number of antenna chips, effectively lowering costs. By combining 5G FR2 antenna arrays with specially crafted lens materials to reduce chipset
requirements, we're working towards the mass production of outdoor 5G FR2 base stations in the near future.

LEO General Solution

LEO General Solution

Solutions of SWaRT

Ground solution

Maritime solution

5G FR2

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