CCA 9110. The launch of the CCA 9110 is more than just a technological milestone; it reflects our strategic vision for product development. Our engineering team has crafted a forward-looking roadmap for the entire CCA product line, focusing on continuous innovation and expansion to meet evolving market demands. The CCA 9110’s exceptional performance and speed set it apart. This powerful, responsive platform can seamlessly support ADAS development all the way to Level 5 autonomous driving. Whether you’re developing advanced driver assistance systems or pioneering full autonomy, the CCA 9110 is your reliable partner on the road to the future.
Technical Enhancements
More Interfaces
Up to 8 x 10G Ethernet SFP+
Up to 4 x 10/25G Ethernet SFP28
4 x 2.5 G Ethernet
1 x 100G Ethernet (optional)
Datarate
64 Gbit/s
Max. write performance
40 Gbit/s
Datarate in complex application
Typical mix. of small and large messages, written to MDF, multiple write groups
Trigger Lead Time
~80s @ 40 Gbit/s
~160s @ 20 Gbit/s
1. Design with a Focus on Long-Term Sustainability
The modern architecture of the CCA 9110 is designed to meet both current and future demands. All components were meticulously chosen to ensure long-term availability, thereby facilitating sustainable product support. Its advanced hardware design offers significant capacity for future firmware enhancements, which may include new features and functionalities.
2. This product offers seamless backward compatibility
Its full compatibility with previous systems allows for seamless upgrades without extensive modifications. This approach not only reduces hardware adaptation costs but also minimizes the need for system reconfiguration. Seamless integration into existing infrastructures helps reduce downtime significantly.
3. Protecting your investment over the long term
The strategic product positioning and long-term support commitment ensure that investments in the CCA 9110 will be protected for years to come. The combination of backward compatibility with existing systems and a forward-looking design establishes a solid foundation for sustainable business operations.
4. Integration that is flexible and scalable
Extended interfaces, a wide input voltage range, and a highly flexible software architecture simplify integration into a variety of system environments. Comprehensive documentation and support from the development team ensure smooth implementation, even in complex scenarios.
For many years, renowned automotive manufacturers and suppliers have equipped their test fleets with ViGEM data loggers for comprehensive data recording in vehicles. Whether for testing new vehicle functions in endurance tests or for the validation of complete vehicles in field operational tests (FOT). The efficient utilization of the test vehicles and the rapid availability of the collected data to the development departments opens up enormous potential for reducing development costs and helps to shorten the time-to-market of innovative mobility concepts.
Data Collection
Comprehensive and top quality reference data are crucial for the development of advanced driver assistance systems and autonomous driving functions . This data is needed both to train artificial intelligence using machine learning and also to validate the entire data acquisition chain in HIL or SIL testing after any change to algorithms, hardware or software.
Complete Vehicle Valdidation
Vehicle network architecture is changing. Following the transition from the classic architecture to domain architecture, now zone-based architecture is about to be introduced. Our Dataloggers are ideal solutions for adapting flexibly to the new architectural requirements due to the principle of Distributed Data Logging and the reliably high recording rates.
Mobile Data Handling
For the efficient utilization of test vehicle fleets and to ensure fast data transfer, ViGEM provides robust, encryptable removable data storage devices. The Mobile Data Handling by ViGEM is based on the fast, uncomplicated exchange and vehicle-independent dispatch of the robust removable data storage devices to the next ingest station.
Data Center
Secure, end-to-end processes from data collection, data storage, data transfer to data analysis. At the end of a test drive, the ViGEM removable data storage devices can be quickly and easily exchanged and the encrypted data sent to the data center. The sophisticated concept of Mobile Data Handling ensures the secure storage and transfer of your valuable data.
Comparison
| CCA 7010 | CCA 9010 | CCA 9110 | |
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Datarate in typical application Typical mix. of small and large messages, written to MDF, multiple write groups |
10 Gbit/s | 25 Gbit/s | 40 Gbit/s |
| Max. write performance | 13 Gbit/s | 32 Gbit/s | 64 Gbit/s |
| RAM | Up to 128 GB | Up to 256 GB | Up to 512 GB |
| Trigger Lead Time | ~45s @ 5 Gbit/s | ~120s @ 13 Gbit/s | ~160s @ 20 Gbit/s |
| Capacity Storage Device | 3.8…15.3 TB | 16…122 TB | 16…122 TB |
| Operating Temperature | -30°C to +70°C | -15°C to +65°C | -20°C to +65°C |
| Size | 86 x 315 x 310 mm, 19" 2U rack compatible | 19” 3U | 19” 3U |
| Typical Power | ~70 W @ 10 Gbit/s | ~200 W @ 25 Gbit/s | TBD |
| Supply voltage | 12V/24V automotive, 48V on request | 12V automotive | 12V/24V automotive, 48V on request |
| Compatible Ingest Device | Copy Station CCA CS701 | Copy Station CCA CS10 | Copy Station CCA CS10 |
| Interfaces | Up to 8 × 10G Ethernet SFP+ | Up to 6 x 10G Ethernet SFP+ | Up to 8 x 10G Ethernet SFP+ |
| Up to 2 x 10G/25G Ethernet SFP28 | Up to 4 x 10/25G Ethernet SFP28 | ||
| Up to 25 × 10 / 100 / 1000Base-T Ethernet | 20 x 1000Base-T Ethernet | 20 x 1000Base-T Ethernet | |
| 15 x 100Base-T1 Ethernet | 15 x 100Base-T1 Ethernet | ||
| 6 x Wake Line | 6 x Wake Line | 8 x Wake Line | |
| 2 x CAN FD | 4 x CAN FD | 4 x CAN FD | |
| 2 x USB 3.0 host | 2 x USB 3.0 host | 4 x USB 3.0 host | |
| 2 x USB 2.0 host | |||
| 4 x 2.5 G Ethernet | |||
| 1 x 100G Ethernet (optional) | |||
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Docker/Virtual Machine for user applications |
Linux | Linux/Windows | Linux/Windows |
| Key Features |
Recording features: PCAP, VPCAP, MDF4 Timestamp synchronization NTP, GPS, PTP (IEEE 1588-2019) or gPTP (IEEE 802.1AS-2011) Triggered recordings lead and follow-up time possible Recording protocols ASAM CMP, PLP, Autosar-DLT, SOME/IP, ASAM XCP, IP camera (RTSP/RTP) |
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| Additional Features |
Seamless integration of Capture Modules for GSML 2/3, FPD-Link III/IV, ASA-ML, CAN FD, FlexRay, LIN, 100Base-T1, 1000Base-T1 and 2.5GBase-T1 Ethernet Cascading with other CCA data loggers for higher data rates Parallel data streaming via Ethernet Configuration via web interface, LUA scripting Data transfer protocols SMB, NTFS, FTP, AWS S3 |
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In the fast-evolving world of autonomous driving and advanced driver assistance systems (ADAS), success depends on more than just cutting-edge technology — it requires a reliable partner who understands the road ahead. At ViGEM, we offer more than high-performance data loggers: we provide a long-term collaboration built on trust, innovation, and scalability.
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- Immediate access to high-performance data loggers for ADAS/AD applications
- Quick integration into test vehicles
- Reliable data capture for immediate testing needs
- Expert consultation for selecting the right data logger
- Firmware updates with extended features
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- Lossless and sustained data recording over extended testing periods
- Efficient data management via swappable storage and readout stations
- Custom configurations through engineering services
- Training and technical support for optimal product use
- Additional hardware variants and peripheral devices
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- Strategic and validation partnership for future ADAS/AD development
- Co-development of innovative data logging solutions
- Early access to emerging technologies
- Scalable solutions to handle increasing data volumes
- Evolutionary development of the software platform