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LOGifyer B1 SE

Compact data logger for ADAS and AD sensor data acquisition

Efficient entry into synchronous data acquisition of camera, radar, and lidar sensors

The LOGifyer B1 SE is a compact data logger for the synchronous acquisition and validation of camera, radar, and lidar sensor data in ADAS and autonomous driving development projects. As an entry-level solution within the LOGifyer product family, the system is specifically designed for application scenarios with moderate data rates and clearly defined sensor setups.

The focus is on reduced system complexity while ensuring reliable data acquisition and precise time synchronization. Thanks to the combination of preconfigured hardware and the integrated LOGifyerOS, the LOGifyer B1 SE is ready for immediate use without any additional integration steps.

Why choosing the LOGifyer B1 SE?

Key Features

Quick Setup

 

The data logger is designed as a preconfigured system solution and enables an immediate start to sensor data acquisition without additional setup or integration processes.

Designed for typical sensor setups

 

Optimized for entry-level and midrange camera, radar, and lidar systems—without oversized hardware or unnecessary system resources.

(g)PTP Time Synchronization with XTSS

 

This product supports the b-plus Time Synchronization Service XTSS. All Ethernet interfaces are (g)PTP-capable, ensuring synchronous data acquisition across multiple sensor sources.

Robust system architecture for field deployment

 

Designed for stable operation under temperature and vibration stress—suitable for vehicle testing and realistic validation scenarios.

Software platform for immediate operational readiness

The system is based on the proprietary LOGifyerOS, which has been specifically designed to meet the requirements of sensor data acquisition in the automotive environment.

The software enables structured operation and supports immediate commissioning without the need to integrate additional external systems. In addition, a virtualization environment is available that allows application-specific functions to be executed directly on the logger.

This makes it possible to move data processing or customer-specific extensions closer to the data source and to design system architectures efficiently.

Typical application areas in sensor data validation

The LOGifyer B1 SE is particularly suitable for:

  • Data acquisition and validation of ADAS and AD sensor systems
  • Use in early development phases
  • Setup of test vehicles with a defined sensor configuration
  • Research and evaluation projects
  • Extension of existing logging infrastructures
Positioning within the LOGifyer Product Family

The LOGifyer B1 SE is positioned as an entry-level solution below higher-performance systems. The focus is on clearly defined logging tasks where a balanced ratio of functionality, system complexity, and cost is decisive.

In contrast to high-end loggers designed for maximum data rates, the LOGifyer B1 SE specifically addresses scenarios in which efficiency, rapid availability, and reduced system requirements are the key priorities.

Technical Spezification and Functions

The LOGifyer B1 SE offers a clearly structured interface and system architecture for multi-channel sensor data acquisition:

  • 4× 10‑Gigabit Ethernet ports (gPTP-capable) for high-bandwidth sensor connectivity
  • 2× 1‑Gigabit Ethernet ports (gPTP-capable) for additional device integration
  • Support for removable storage media for flexible storage of large data volumes
  • Synchronous recording of camera, radar, and lidar data
  • Compact design for integration into test vehicles
  • Robustness against temperature and vibration stress

LOGifyer B1 SE

16152

Processor & Main Memory

4/8 Intel® Core™ i7

32 GB RAM

128 GB internal SSD

Intel® HD Graphics

Logging Storage

U.2 NVMe SSD

System data throughput

12 Gbit/s

Ethernet

2x 10GBase-T, RJ45

5x 1000Base-T, RJ45

1x 1000Base-T, RJ45

USB

4x USB3.1, Gen1

TSN Timesync Backbone

XTSS TSN timesynchronization

PCIe Backbone

42 Lane switch based PCIe subsystem

Operating temperature

@full performance

-25°C - +70°C

FAQs

Häufig gestellte Fragen

The LOGifyer B1 SE is a compact data logger designed for the synchronous recording and validation of camera, radar, and lidar sensor data. It is intended for ADAS and autonomous driving development environments and enables reliable data acquisition for moderate bandwidth requirements.

The LOGifyer B1 SE is particularly suited for use cases with clearly defined sensor setups and without the need for maximum data rates. Typical applications include validation tasks, early-stage development, research projects, and test vehicles with a manageable number of sensors.

In contrast to high-performance logging systems, the LOGifyer B1 SE is deliberately designed as a compact and focused solution. The emphasis is not on maximum data throughput or scalability, but on a balanced combination of functionality, system complexity, and cost.

Yes, the data logger is designed as a preconfigured system solution. With the integrated LOGifyerOS, no additional system integration is required, enabling immediate deployment.

The LOGifyer B1 SE supports the use of removable storage media. This allows efficient handling and flexible management of large data volumes during operation.

The data logger supports the synchronous recording of camera, radar, and lidar data. The available Ethernet interfaces enable parallel integration of different sensor types.

All Ethernet interfaces of the LOGifyer B1 SE are (g)PTP-capable. This ensures precise time synchronization between connected sensors, which is essential for accurate data analysis and validation.

The system includes:

  • 4x 10 Gigabit Ethernet ports
  • 2x 1 Gigabit Ethernet ports

All interfaces are (g)PTP-capable and designed for synchronous sensor data acquisition.

LOGifyerOS serves as the software foundation of the system, enabling structured operation and immediate usability. It also provides a virtualization environment that allows customer-specific applications to run directly on the logger.

Yes, the system is designed for operation under demanding conditions and offers high resistance to temperature variations and vibrations. This makes it suitable for use in test vehicles and real-world validation scenarios.

For more information reach out to our product experts

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