CORE TECHNOLOGY
KREEMO is advancing wireless systems with our cutting-edge Transparent Antenna Technology—a groundbreaking innovation that integrates high-performance antennas seamlessly into modern display devices.
Our Antenna-on-Display (AoD) solution enables mmWave communication systems to achieve superior beamforming capabilities without compromising the visual quality of display screens,
offering an elegant combination of optical transparency and robust wireless performance.
Our transparent antenna technology is engineered for next-generation devices such as smartphones, tablets, smartwatches, and smart glasses, where maximizing screen real estate is critical.
With over 88% optical transparency and wideband frequency operation, KREEMO's AoD solution maintains excellent visual clarity while providing highly efficient, polarization-reconfigurable radiation patterns.
This makes it ideal for applications requiring unobstructed display functionality, high data throughput, and reliable connectivity.
Our Reconfigurable Intelligent Surface (RIS) technology enables energy-efficient wireless communication while supporting our broader goal of carbon neutrality.
RIS technology dynamically alters the electromagnetic environment, improves signal quality, and reduces power consumption in wireless systems.
This allows for more sustainable, eco-friendly networks that deliver superior performance with minimal environmental impact.
By leveraging RIS, we can optimize the energy efficiency of wireless infrastructure and reduce signal loss, significantly cutting down the overall power required for wireless.
This results in reduced operational costs for network providers and, more importantly, aligns with our mission to lower the carbon footprint across the entire supply chain—from manufacturing to end-user operation.
KREEMO's RIS technology exemplifies our belief that cutting-edge innovation and sustainability can and should go hand in hand, paving the way for a carbon-neutral future in wireless.
Together, KREEMO's Transparent Antenna and RIS technologies are shaping the next generation of wireless solutions that meet the performance demands of 5G, 6G, and beyond, while promoting a cleaner, more sustainable planet.
As global demand for faster, high-capacity wireless grows, KREEMO is at the forefront of addressing these challenges with our advanced millimeter-wave (mmWave) antenna design solutions.
mmWave technology, which operates at frequencies between 24 GHz and 300 GHz, is key to unlocking the potential of next-generation networks, including 6G, satellite communications, and radar systems.
However, designing antennas at these high frequencies presents unique challenges that require innovative approaches to performance, integration, and scalability.
KREEMO’s mmWave antenna design leverages cutting-edge materials and fabrication techniques to deliver wideband, high-gain antennas capable of supporting the intense data rates and high precision required for mmWave communications.
Our designs incorporate phased arrays, beam steering, and hybrid analog-digital beamforming technologies to ensure optimal signal coverage, reliability, and adaptability in dynamic environments.
By addressing challenges such as high path loss, limited coverage, and signal interference, our solutions provide industry-leading performance for devices ranging from mobile handsets to infrastructure systems.
Our expertise in mmWave antenna design positions KREEMO as a leader in the evolution of wireless technology, providing innovative solutions that not only meet the challenges of today but also pave the way for future advancements.
At KREEMO, we are pioneering the development of a next-generation wide beam coverage antenna solution that addresses the critical challenges of limited beam-scanning angles in millimeter-wave (mmWave) communication systems.
Our innovative Stackable Patch Antenna (SPA) technology redefines the scope of beamforming with near-spherical coverage, making it ideal for a variety of mmWave applications, including mobile devices, 5G infrastructure, and autonomous systems.
Our SPA-based systems maximize coverage across multiple axes, fulfilling stringent 3GPP specifications for mmWave communication.
By placing two SPA packages in strategic locations within a device or infrastructure, we enable near-isotropic beam coverage—significantly enhancing connectivity in complex environments
and improving transmitted/received power performance in real-world scenarios.
KREEMO’s wide beam coverage antenna technology is revolutionizing mmWave communication, offering unprecedented flexibility, scalability, and integration potential for the wireless systems of tomorrow.
As the demands on wireless and radar systems intensify, the need for high-performance antenna architectures like phased arrays has become more critical than ever.
At KREEMO, we are at the forefront of meeting these challenges with our advanced beamforming control technology, designed to enhance performance, reduce power consumption, and achieve unprecedented accuracy in dynamic environments.
Our beamforming technology leverages the latest advancements in semiconductor solutions to overcome the limitations of traditional mechanically steered antennas.
By utilizing phased array designs, KREEMO enables fast, precise steering of multiple beams, ensuring low latency, enhanced reliability, and flexibility in delivering simultaneous data streams.
This innovation allows our solutions to adapt instantly to new communication demands, block unwanted signals, and reduce the probability of intercept,
making them ideal for applications in 6G and 5G, satellite communications, military radar, and autonomous vehicles.
With KREEMO, the future of beamforming technology is now—powering next-generation connectivity and radar systems with unparalleled precision and efficiency.
Please contact to KREEMO sales for more details
