Kistler Group Launches New KiBox Data Acquisition System
The KiBox Lab 5280A introduces 16 input channels and enhanced sampling rates for high-frequency data collection.
Updated on Oct. 30, 2026 in Data Centers
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Kistler Group has released the KiBox Lab 5280A, a new data acquisition system designed to integrate signal conditioning, filtering, and digital connectivity. The device features 16 input channels and utilizes passive cooling for laboratory operations.
Why it matters
The system streamlines data management by combining multiple processing tasks into a single platform. It supports advanced timing protocols and provides flexible integration options through a REST API.
The system offers a maximum frequency bandwidth of 300 kilohertz and sampling rates reaching 2.5 million samples per second per channel. It features a 240-gigabyte internal solid-state drive and supports IEEE 1588 Precision Time Protocol.
The players
Kistler Group
Based in Winterthur, Switzerland, this company specializes in measurement technology for pressure, force, torque, and acceleration.
The details
The device provides a charge input range of plus or minus 1 to 3 million picocoulombs and includes plus or minus 10-volt analog outputs. Users can manage the system via a browser-based interface, with stored data saved in the MDF4 format.
Timeline
October 30, 2026: Kistler Group introduced the KiBox Lab 5280A.
The Tech Race
The adoption of the MDF4 storage format follows an industry trend toward standardized high-speed data files. This move improves compatibility with existing analysis software, marking a departure from proprietary data silos.
Engineers and researchers gain a more capable platform for high-speed signal processing compared to the previous model. The inclusion of a REST API allows for easier integration into automated laboratory workflows and existing software environments.
The takeaway
This release expands the capability for high-frequency monitoring in demanding technical environments. Users should note that future modules are planned to support piezoresistive sensors, extending the utility of the current platform.
Further reading
Find more details on emerging infrastructure in the Data Centers section.
More information
View technical specifications and documentation on the Kistler product information page.
Source note: This article includes information reported by Military & Aerospace Electronics.
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