The device has been optimised as a new addition to the Automotive Data Logger family for SDVs, advancing the latest evolution of PM-200, and represents the latest innovation in capturing high-speed automotive Ethernet, ensuring vehicle safety by freedom from interference on communication level.
In addition, it supports the logging of traditional interfaces, including CAN FD, LIN, and FlexRay, making it a versatile tool for modern automotive testing.
The PM-350 is a high-performance automotive data logger with extensive user experience through optimised onboard keypad and display, and easily expandable through a variety of capture modules.
Equipped with two NVMe M.2 SSDs, each one offering up to 4TB of industrial-grade storage, the PM-350 ensures high recording rates while minimising power consumption.
The PM-350 introduces a new hot-swap feature allowing users to seamlessly exchange SSDs during active sessions without disrupting operations or risk of data loss.
"The launch of the PM-350 marks a significant milestone in our commitment to advancing automotive data logging technology. This device sets a new standard for capturing high-speed Automotive Ethernet, ensuring vehicle safety by freedom from interference on the communication level and for exchanging SSDs with a hot swap feature for seamless operation. We are confident that the PM-350 will empower our customers to achieve unparalleled performance and flexibility in their software-defined vehicle testing and fleet management operations", said Lars Schöffel, Product Manager Data Logger TTTech Auto.
Fully programmable with an open API and diagnostic protocol support, its software-defined device configuration enables remote data analysis and distribution, enhancing agility and reducing testing costs.
Key Benefits:
- High-speed data logging via Automotive Ethernet 100/1000Base-T1
- Capturing data via Ethernet up to 10GBase-T
- Precise, synchronised data capture with centralised timestamp resolution below 100 ns
- Uninterrupted flexibility with hot-swappable removable storage
- Robust diagnostics with standard protocols like DLT over IPv4 and IPv6
- Fast data analysis and sharing through Remote Data Logger & Fleet Management
- Cascading multiple devices with unique timestamps
