Increase maximum speeds: State to 4 Gb/s (2.5 GHz) and timing to 10 GHz
Manual Quick Start Guide USB
Qty: 1Increase acquisition Memory Depth to 16 Mb
Increase maximum speeds: State to 4 Gb/s (2.5 GHz) and timing to 10 GHz
Manual Quick Start Guide USB
Qty: 1Increase maximum speeds: State to 4 Gb/s (2.5 GHz) and timing to 10 GHz
Manual Quick Start Guide USB
Qty: 1Manual Quick Start Guide USB
Qty: 1Increase acquisition memory depth to 16 Mb
IIncrease maximum state speed to 700 MHz
Manual Quick Start Guide USB
Qty: 1Increase acquisition Memory Depth to 16 Mb
Increase maximum speeds: State to 4 Gb/s (2.5 GHz) and timing to 10 GHz
Manual Quick Start Guide USB
Qty: 1Increase maximum speeds: State to 4 Gb/s (2.5 GHz) and timing to 10 GHz
DDR/2/3/4 Listing Decoder, fixed perpetual license
Increase acquisition memory depth to 4 Mb
Manual Quick Start Guide USB
Qty: 1Content is AI-generated. Verify critical details with manufacturer-provided resources.
The U4164A is a logic analyzer module designed for use in Keysight AXIe chassis such as the M9502A portable 2-slot chassis and Digital Test Console chassis like the U4002A. It is also compatible with 16850-series logic analyzers and supports remote access over networks as well as offline analysis on Windows computers for debugging and validation of digital systems.
The U4164A supports two primary sampling modes: timing mode for asynchronous sampling using an internal sampling clock, and state mode for synchronous sampling using the device under test's clock signal. Timing mode is ideal for timing diagrams and signal integrity analysis, while state mode captures data synchronously with the system clock for functional analysis of processor buses.
The U4164A offers advanced triggering capabilities including sequence steps with boolean expressions, edges, ranges, flags, counters, and timers. It supports storage qualification for selective data capture, multiple trigger branches, and cross-module triggering. Engineers can specify triggers using quick draw-box triggers in the waveform window, simple pattern-based triggers, or complex multi-step advanced trigger sequences.
The U4164A provides analysis through multiple synchronized display modes: waveform display for timing diagrams with overlay and chart views, listing display for state table data, compare display for reference data comparison, source display for correlating captured data with source code, and protocol viewer for packet analysis. Markers allow precise time and sample interval measurements between data points.
Yes, the U4164A includes a protocol viewer for analyzing packet-level data from communication buses. It provides packet summary views, detailed single-packet inspection, event color coding for quick identification, and customizable column properties. The protocol viewer window supports filtering and searching within decoded packet streams to help engineers verify protocol compliance and debug bus-level communication issues.
The U4164A supports multiple export formats including standard CSV files for spreadsheet analysis, module-specific CSV files with detailed channel information, and module binary ALB format files for efficient storage. Configuration files can be saved in ALA or XML formats, preserving both instrument setup and captured data. Data import modules allow loading data from external sources for analysis within the logic analyzer environment.
The U4164A features configurable memory depth and channel count with trade-offs between the two parameters. Users can allocate more memory per channel for longer captures of fewer signals, or use more channels with reduced memory depth for wider bus monitoring. Transitional timing mode can further extend effective memory depth by storing data only when signal transitions occur rather than at every sample clock.
Yes, the U4164A supports remote access over the network, allowing engineers to connect to logic analysis systems from a separate Windows computer. The software includes a system browser for discovering available analyzers, system-in-use comments for team coordination, and a built-in chat function for communicating with other connected users. Password protection can be configured for secure remote access to shared instruments.