The plastic-based system, which is much lighter than copper, uses one-tenth of the energy of copper and less than fiber-optic cable. In addition, it can be connected by hand with tape, because it uses millimeter waves rather than nanometer waves (optical fiber) and eliminates the need for heat splicing or welding.
- Automotive: 100 percent wireless system delivers strong 360° signal and ultra-low energy consumption, which is essential in moving vehicles and that require multiple high-speed connections; not affected by vibration.
- Aeronautics/space applications: ultra-low power consumption is essential because of limited power supply; low weight is suitable for space missions.
- Telemedicine: robotics allows remote treatment, e.g., dentists working with patients in a clinic from a distant office; no cable kinking.
- Lab research: manipulation of robotic arms in enclosed containers, e.g., glove boxes, protects researchers from dangerous materials and eliminates electromagnetic interference that could affect findings.
- Industry 4.0, no cable kinking, no electromagnetic interference.
- Telecommunications: Reduces cost, power consumption and need for physical/cable links to meet data deluge in data centers. For 5G, need to transfer info from base station to emitting antenna at ultra-low cost.
"H-Link is a highly versatile and adaptable robotic system for multiple applications that use high-data-rate communication for performing scientific, industrial and medical tasks," said Didier Belot, an RF and mmWave design senior expert at CEA-Leti. "For example, in addition to allowing scientists to perform chemistry experiments or jobs in confined spaces and protected biology work with viruses and bacteria in gloveboxes, the system allows remote microand nanotechnology development and remote nuclear material manipulation."
- H-Link will be featured during the Leti Innovation Days virtual event, June 22-23.
- Register here: www.leti-innovation-days.com/