Synaptics IncorporatedIts first CTS tactile sensing module gains support in NVIDIA's Isaac Sim robotics simulation framework, advancing its Physical AI and humanoid robotics story.
Synaptics Incorporated announced that its first CTS tactile sensing module, powered by the SN6012T controller, is now supported within NVIDIA's Isaac Sim robotics simulation framework, letting developers prototype and validate contact and force interactions for dexterous robotic hands, grippers, and other Physical AI systems. The CTS module and Synaptics' Astra Edge AI processors integrate with NVIDIA Holoscan to unify touch, vision, and motion data, which could simplify how robotics teams design and test human-object interactions before deploying physical hardware. Synaptics' narrative projects $1.6 billion in revenue and $21.2 million in earnings by 2029, requiring 9.4% yearly revenue growth and a $512.0 million earnings increase from -$490.8 million today, and yields a $130.33 fair value, a 34% upside to its current price. The most optimistic analysts were assuming about US$1.7 billion in 2029 revenue and US$190 million in earnings, leaving investors to weigh whether the CTS Isaac Sim integration strengthens the Physical AI and humanoid robotics story or highlights how early and uncertain that market still is.
Synaptics IncorporatedIts first CTS tactile sensing module gains support in NVIDIA's Isaac Sim robotics simulation framework, advancing its Physical AI and humanoid robotics story.
NVIDIA CorporationSynaptics' CTS tactile sensing module and Astra Edge AI processors now integrate with NVIDIA's Isaac Sim and Holoscan, expanding NVIDIA's robotics simulation ecosystem.