Lineeye Co Ltd
Lineeye LE-650H2 USB 2.0 Protokollanalysator
Lineeye LE-650H2 USB 2.0 Protokollanalysator
SKU: LE-650H2
Verfügbarkeit für Abholungen konnte nicht geladen werden
Key Features
Overview
Professional USB 2.0 Protocol Analysis Solution
The Lineeye LE-650H2 is a hardware-based USB protocol analyzer designed for engineers developing and debugging USB 2.0 devices and drivers. This compact aluminum-housed analyzer provides comprehensive monitoring capabilities for USB 1.1 and 2.0 communications, automatically detecting High-Speed (480 Mbps), Full-Speed (12 Mbps), and Low-Speed (1.5 Mbps) operation modes.
Featuring continuous data recording up to 10GB on PC hard drives, the LE-650H2 enables engineers to capture extensive USB traffic without interrupting real-time analysis. The analyzer includes intelligent packet translation with class-specific decoding for standard device requests, descriptors, and various USB device classes including HID, Mass Storage, and Communications.
The device offers real-time VBUS power consumption monitoring with voltage, current, and power measurement capabilities. Advanced triggering and filtering functions allow precise capture of specific events, whilst statistical analysis features provide comprehensive transfer rate and data volume reporting. The LE-650H2's non-intrusive design connects seamlessly between USB hosts and devices via standard USB cables.
For enhanced functionality, engineers can upgrade to the LE-650H2-A Advanced model, which extends recording capacity to 40GB and supports high-speed VBUS logging capabilities.
Why Engineers Choose The Lineeye LE-650H2 USB 2.0 Protokollanalysator
Efficient USB Debugging
Long-Term Data Capture
Power Consumption Analysis
Der Lineeye LE-650H2 ist ein hardwarebasierter USB-Analysator, der große Datenmengen auf der Festplatte/SSD des PCs aufzeichnen, die Übersetzung bei jeder Klassendecodierung anzeigen und den VBUS-Stromverbrauch messen kann. Der Analysator erkennt automatisch die High/Full/Low-Geschwindigkeit von USB2.0/1.1 und startet die Messung durch einfaches Drücken der Leertaste des PCs. Das kostengünstige Gerät ist einfach zu bedienen, indem es an den USB-Anschluss des PCs angeschlossen wird, und eignet sich zum Entwickeln/Debuggen der Firmware/des Treibers und zum Studium des USB-Standards.
Frequently Asked Questions
Have a Question?
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What are the PC system requirements for using the LE-650H2?
The LE-650H2 requires Windows 7/8.1/10/11 (32-bit or 64-bit), Core 2 Duo processor or later (Core i series recommended), 1GB RAM minimum, USB 2.0 port, and sufficient hard drive space for data logging. The analyzer connects via USB 2.0 and requires no additional power supply.
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Does the LE-650H2 support USB hub analysis and split transactions?
Yes, the LE-650H2 can analyze traffic through USB hubs and identifies split transactions (SSPLIT/CSPLIT) used in mixed-speed environments. It displays hub-specific descriptors and requests, making it suitable for analyzing complex USB topologies and hub-related communication issues.
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What filtering options are available for analyzing large USB datasets?
The analyzer provides real-time hardware filtering to capture only relevant traffic, plus software display filters to hide unnecessary packets (SOF, NAK transactions, specific addresses/endpoints). Advanced search functions allow filtering by packet types, data content, device requests, and statistical analysis of transfer patterns.
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How does the LE-650H2 handle high-speed USB traffic without data loss?
The LE-650H2 features 128MB internal capture memory and direct recording to PC storage via USB 2.0 connection. The hardware buffer prevents data loss during sustained 480 Mbps traffic bursts, whilst the analyzer can simultaneously display real-time analysis without interrupting the capture process.
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What triggering capabilities does the LE-650H2 offer for capturing specific events?
The analyzer supports up to 16 sequential triggers including packet triggers (specific token/data/handshake combinations), error triggers (CRC/PID errors), bus state triggers (reset/suspend/disconnect), external triggers via 10-pin connector, and VBUS triggers based on voltage/current thresholds. These can be combined for complex capture scenarios.
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Can the LE-650H2 measure USB device power consumption?
Yes, the LE-650H2 includes real-time VBUS monitoring capabilities that measure voltage (0-8V), current (-0.9A to 1A), and power consumption of connected USB devices. The power data is displayed graphically and can be logged alongside USB communication data for comprehensive power analysis.
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Which USB device classes can the LE-650H2 decode and analyze?
The analyzer provides detailed decoding for standard device requests, HID class-specific requests, Mass Storage/Bulk-Only Transport, Communication Device Class (CDC), Audio class, Printer class, USBTMC, Video class, Hub class, and Wireless controller protocols. It automatically identifies device classes during enumeration and applies appropriate decoding.
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What is the maximum continuous recording capacity of the LE-650H2?
The standard LE-650H2 supports continuous recording up to 10GB on the PC's hard drive or SSD. For applications requiring extended recording, the LE-650H2-A Advanced model provides up to 40GB recording capacity with additional VBUS high-speed logging capabilities.
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How does hardware-based analysis differ from software-based USB analyzers?
Hardware-based analyzers like the LE-650H2 operate independently from the host computer's USB stack, providing true non-intrusive monitoring. Unlike software analyzers that can affect system performance and miss low-level events, the LE-650H2 captures all USB traffic including bus resets, suspend/resume events, and timing-critical transactions without interference.
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What USB speeds does the LE-650H2 support for protocol analysis?
The LE-650H2 automatically detects and analyzes High-Speed (480 Mbps), Full-Speed (12 Mbps), and Low-Speed (1.5 Mbps) USB 2.0/1.1 communications. It seamlessly switches between these modes without manual configuration, making it suitable for testing various USB device types and hub configurations.