One-stop Shop Solution for 5G mmWave O-RAN RU
POSTED ON June 28, 2022 BY TMYTEK
Total solution provider from design, materials, and manufacturing to testing.
The phased array antenna is an essential technology for 5G/B5G and 6G mmWave devices while the Antenna-in-Package (AiP) is a critical component for product commercialization.
TMYTEK is capable of designing various types of antennas that integrate with beamformer chips to fulfill different applications in 28/39/60 GHz bands. The breakthrough system design aims to achieve high EIRP, and a well-balanced thermal and power efficiency to provide the best cost structure for ecosystem players.
As a solution integrator, TMYTEK offers a steady product that can be rapidly deployed with a certified signal. And by carefully selecting and optimizing components, it offers powerful and efficient beamforming and steering capabilities.
8x8 tile-based phased array antenna with scale flexibility
TMYTEK is capable of facilitating the phased array antenna with the best total cost of ownership. With TMYTEK’s capabilities and Taiwan’s manufacturing supply-chain management, TMYTEK AiP is ready for 8x8 tile-based phased array antenna design, verification, and manufacturing based on 5G mmWave O-RAN RU.- n257, n258, n261 ready
- Dual-polarization
Low-PHY integration-ready
To realize a mosaic structure, it needs to form a large array by assembling standard AiP modules and integrating the up/ down converter of IF to RF circuits into the package. O-RAN opens up opportunities for the radio access network ecosystem where TMYTEK is in a position to provide a low-PHY integration-ready AiP solution for all scales of mmWave RU.- U/D converter integrated with dual-mode operation
- IF mode (2-8 GHz)
- IQ mode (baseband, Low PHY, DC-1.5 GHz))
High performance EIRP with an energy efficient design
TMYTEK’s phased array antenna system design and integration offer extraordinary performance in EIRP. With experience and process know-how, TMYTEK provides an energy-efficient solution with low power consumption and stable operations.- High EIRP & linearity
- 64/67 dBm (Single pol./dual pol.) @P1dB
- 57/60 dBm (Single pol./dual pol.) @3% EVM of 800 MHz 64-QAM OFDM
- Energy-efficient & low power consumption
- 0.35 W power consumption per channel @57 dBm EIRP