R e c o n f i g u r a b l e I n t e l l i g e n t S u r f a c e
G e t Q u o t e / S o f t w a r e / C o m m u n i t y
Setting various coding on Y.RIS to manipulate electromagnetic
waves, generating beams of diverse configurations through
reflective mechanisms, thus facilitating the dynamic modulation
of electromagnetic wave propagation. The astute reconfiguration
of wireless propagation environments serves to amplify
both the capacity and coverage of wireless networks, presenting
a viable avenue for extending the reach of indoor signal ranges.
A Reconfigurable Intelligent Surface (RIS), is a novel technology in the field of wireless communications and signal processing. It involves deploying a planar array of passive elements, such as antennas or metamaterial-based units, that can be electronically controlled to manipulate the characteristics of wireless signals in real-time.
Improve the coverage and signal strength in areas with poor reception
Manage interference and mitigate signal blockages. By shaping the reflected signals, it’s possible to create nulls or reduce unwanted signal interference in certain directions.
Add a layer of security and privacy to wireless communications. By dynamically changing the signal’s propagation characteristics, it can make it more challenging for eavesdroppers to intercept or decode the transmitted information.
By optimizing signal paths, RIS can potentially reduce the power needed for communication. This is especially relevant for battery-constrained devices.
Improve spectral efficiency by optimizing the use of available frequency bands.
Enable advanced beamforming techniques that allow the creation of customized signal patterns for specific users or areas.
1.Enhance edge coverage 2.Interference Management 3.Privacy and Security 4.Energy Efficiency 5.Spectrum Efficiency 6.Beamforming
Solution for wireless communication development
Ultra-low power consumption
|Dimension||12 x 12 cm2||549.5 x 314.3 mm2||Larger area: Tile-like stitching.|
|Number of Elements of single panel||20 x 20||255×143|
|Operation Frequency||29.2~29.6 GHz||28 GHz|
|Bandwidth||400 MHz||2.33GHz (≥160°)
|Liquid Crystal Driving||0~8V||0~8V||(11-Bits Max.)|
|Reflection Coefficient||-4~-19 dB||>-9 dB|
|Power Consumption||< 500 mW||Including driving board.|