MulticoreWare Inc. revealed that it has a broad collaboration with Uhnder to help drive both software and hardware development of Uhnder’s radar technology. This collaboration entails MulticoreWare operating offshore development centers (ODC) for Uhnder and working with Uhnder and its customers on radar related development and support.

Uhnder is developing the first digital automotive Radar-on-Chip (RoC). The Uhnder RoC operates at 76-81 GHz and uses Digital Code Modulation (DCM) that offers 4D High Contrast Resolution (HCR), which delivers range and accuracy not possible with other solutions currently on the market.

MulticoreWare offers development, porting and optimization of computation-intensive algorithms running on Multicore CPUs (Central Processing Unit), DSPs (Digital Signal Processing) and GPUs (Graphical Processing Unit). The Uhnder ODC at MulticoreWare continues to hire dedicated engineers for Uhnder to perform chip development, DSP software development, algorithm development and testing associated with the Uhnder Radar-on-Chip.

“Because of MulticoreWare’s flexibility and agility, plus their ability to quickly scale, we’re able to work with them on high-value projects that span the gamut from chip to hardware to software to testing.” said Manju Hegde, CEO and Cofounder of Uhnder,

MulticoreWare’s complementary ecosystem supports Uhnder’s activities across the board. In addition to the ODC operations, MulticoreWare has collaborated in several key product development efforts. MulticoreWare has a proven track record in object detection and tracking using radar data through traditional imaging algorithms and neural network-based algorithms.

“Our team in India has delivered world class software solutions for video compression and Image processing use cases. As we scale, our current team, as well as new additions will have the opportunity to work on exciting frameworks for Sensor data processing frameworks and deep learning” said AGK Karunakaran, CEO and Cofounder of MulticoreWare, Inc.

Benjamin May, MulticoreWare’s Business Unit Head for Autonomous Vehicle and Automotive (AVA) said, “We are excited to support Uhnder and continue to augment their very talented engineering team long term as we scale together and bring on new customers”

How does Uhnder’s Digital RoC benefit Auto Industry (Refer the Visual Depiction –attached)

  • Uhnder’s Digital Radar on Chip (RoC) are new generation of radar chips capable of achieving unprecedented levels of performance in the new mmWave automotive radar band of 76 GHz to 81 GHz.
  • Uhnder’s Digital Radar detects a rich, 4D environment.
  • A single Radar-on-Chip (RoC):

o   Detects and tracks thousands of objects.

o   Predicts what they will do next.

o   Does this at 50+ frequency per second (fps) with unprecedented resolution.

  • Sensors based on Uhnder’s digitally coded modulation (DCM) technology easily exceed current requirements for Advanced Driver Assistance Systems (ADAS) for the first three levels of autonomy, which are being planned for production automobiles today, and will scale to the much more stringent requirements as the industry transitions to full autonomy.
  • Uhnder’s digitally coded modulation (DCM) technology is a leap above currently deployed technology and vastly improves corresponding safety features such as AEB and Collision Avoidance.
  • Uhnder achieves this by implementing DCM on complementary metal-oxide-semiconductor (CMOS) technology, combined with advanced digital processing techniques borrowed from cellular communications.
  • Sensors using DCM can effectively see and detect objects and potential threats sooner and with more precision – fundamental to improving vehicle safety, saving lives, and reducing costs by billions of dollars.
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