Hyperspace R-Logger
High-speed Data Logger
for Autonomous Driving Perception
What Is Hyperspace R-Logger?
Hyperspace R-Logger is a highly programmable and configurable platform providing a high throughput of radar data streams.
The logger can be customized to perform radar signal analysis and processing or to log raw data on a target/host device.
Our platform can log data from a variety of sensors to enable sensor fusion.
Hyperspace R-Logger Benefits:
- Low-latency (~10 ns) streaming of raw/processed radar data
- Logging data to internal storage or transferring it to the host PC/device
- Streaming data from multiple sensors (camera, radar, lidar)
- Radar data analysis and processing
- Highly customizable platform
Why Choose NOVELIC
NOVELIC is the world’s leading self-sustaining provider of mmWave radar sensors, perception solutions, and full-stack embedded systems. In 10+ years of working on pioneering projects for imaging radar, lidar, and camera sensors, we saw the need for a custom logging solution and made Hyperspace R-Logger. We have extensive knowledge in the areas of embedded software, PCB design, radar data processing, antenna and mechanical design. Partner with us to accelerate the development of autonomous driving perception systems and achieve product-market fit.
Hyperspace R-Logger Architecture
Hyperspace R-Logger Radar Data Logger
Features
Fully Customizable
Hyperspace R-Logger supports different types of interfaces (SPI, I2C, CAN, LIN, Gigabit Ethernet, USB 3.0, SATA 3, SFP+, etc.). Data can be logged to internal storage (SSD) or streamed to the host device.
Real-Time, Low-Latency Data Streaming
Real-time data streaming via 1 Gbps Ethernet or USB 3.0 interfaces. The latency between packet arrival and packet processing is reduced to ~10 ns.
Sensor Fusion
The logger can collect data from camera, radar, and lidar sensors or any combination of the three. This allows for sensor fusion that greatly improves system redundancy and decision-making.
Radar Data Analysis and Processing
Hyperspace R-Logger enables real-time radar signal processing using 1D and 2D FFT (Fast Fourier Transform) as well as 1D and 2D CFAR (Constant False Alarm Rate). R-Logger can perform basic data analysis to ensure data integrity and validity, such as CRC (Cyclic Redundancy Check) or plotting for anomaly visualization.
Desktop Application
A Python-based desktop application for radar configuration and status monitoring of the logger platform. The application is compatible with Windows and Linux (Ubuntu) OS.
System Monitoring
Hyperspace R-Logger has system monitoring IPs that can be used to monitor system parameters including temperature, pressure, voltage, and current.
On-board Storage
R-Logger has internal SSD for storing raw data streams. Currently enables up to 55 minutes of recording time based on a test configuration with 1 TB SSD and maxed throughput at ~2.4 Gbps.
Remote Updates
Hyperspace R-Logger can be remotely updated over Ethernet/USB interface using Trivial File Transfer Protocol (TFTP). This allows for automatic updates and easy addition of new functionalities to the platform.
Hyperspace R-Logger Brief Overview
Fully Customizable Solution
Low-latency Streaming
