TLA6400 Series of Logic Analyzers The Perfect Blend of Performance, Ease of Use, and Affordability

1. TLA6400 Series of Logic AnalyzersThe Perfect Blend of Performance, Ease of Use, and Affordability

2. TLA6400 Logic Analyzer Series

3. Introducing the TLA6400Front Panel and Instrument Connectivity • PC Characteristics • Operating System: Microsoft® Windows® 7 Ultimate, 64-bit • Processor Intel® Core i3-2120, 3.3 GHz, 3M Cache • Chipset Intel® Q67 chipset • 4 GB DDR3 Dedicated Front Panel Buttons Large 15 inch display with optional touch screen • Back Panel • 4 USB 2.0 Ports • 2 10/100/1000 Ethernet (RJ45) • 2 External Video Ports 3 USB 2.0 Ports

4. Introducing the TLA6000Side View 2 GHz iCapture (Analog Mux) Outputs CD/DVD R+W Drive Probe Connections

5. Introducing the TLA6000Back Panel Removable Hard Disk Signal In/Out • Computer I/O Connectors • USB: (2) USB3 + (2) USB2 • LAN: (2) 10/100/1000 • Video: (1) DVI-D and (1) VGA • 2 Serial Ports • PS/2 • Audio Trigger In/Out

6. Flexible Probing Options General Purpose – P5910 Mictor – P5934 Dmax – P5960 • 17 single-ended channels • Meets many different debug needs • Ships with Logic Probe Accessory Kit • Fits both 0.100 in and 2mm square pins • 1.0 pF Loading • 34 single-ended channels • Quickly connect to many channels in a small footprint • Connect to legacy designs • 1.2 pF Loading • 34 single-ended channels • Best Signal Integrity and quick reliable attachment • 0.7 pF Load

7. Competitive Comparison

8. TLA6400 Logic Analyzer SeriesAddressing your Digital Debug Challenges • “Measure digital signal timing on increasingly faster signals” • “Eliminate the need to double-probe signals to look at digital and analog” • “Capture fast synchronous buses” • “Make it easier to use” • “Validate setup/hold performance of digital logic devices” • “I want to get the best performance I can that fits my limited budget”

9. TLA6400 Series of Logic AnalyzersPerformance and Ease of Use Needed to Validate Today’s Digital Systems

10. MagniVu™ High Speed Digital Acquisition • Acquire fine signal detail for 128k points with flexible trigger settings • 40ps (25 GS/s) on all channels • Essential for precision timing measurements • Setup/hold • Clock delay • Signal skew • Glitch MagniVu acquisition acquired at 40 ps resolution Main acquisition acquired at 612.5 ps resolution

11. Usable Long Record Length • Up to 64 Mb Record Length • 2 Mb Standard • No compromises. Available on all channels and in all acquisition modes • Powerful Search/Filter quickly finds data of interest

12. Quickly Isolate Events of InterestDrag and Drop Triggering • 7 Drag and Drop Triggers • Complement: • Easy Trigger Library • Power Trigger Builder Easily Modify settings of Drag and Drop Trigger

14. Drag and Drop Triggering

15. Analyze System OperationDrag and Drop Measurements • 18 Built-in measurements, such as: • frequency • period • pulse width • edge count • Statistics: • min/max • average • standard deviation 3 types of measurement gating: display, cursors, or full record

17. Automated LA Data Measurements

18. TLA6400 Series of Logic AnalyzersSignal Integrity Toolkit – Helping You Find those Tough SI Problems

19. Debugging Signal Integrity Problems • Signal integrity problems have many potential causes: • Race conditions • Termination errors • Driver errors • Timing Violations • Crosstalk • Hard to isolate; infrequent occurrence • Signal integrity problems often manifest as glitches Glitch

20. Signal Integrity Debug MethodologyTLA6400 Locating the Problem • Problem Solving: Macro view  Micro view • Look at the whole system, then trace to the source of the problem Monitor Suspected Buses Identify Potential Problem Signals View Detailed Timing of Problem Signals View Analog Characteristic of Problem Signals

21. Monitor Suspected Buses Glitch Trigger and Glitch Capture Select Trigger on glitch from Easy Trigger library Define signals to monitor – you can monitor as many as you want simultaneously!

22. Identify Potential Problem Signals Glitch Highlighting Glitches highlighted in red Examine the lines: Focus on where the problems are (highlighted in red) Red flags indicate potential areas of problem

23. View Detailed Timing of Problem SignalsMagniVu High Resolution MagniVu channels show the exact details of glitch See digital details with MagniVu acquistion

24. View Analog Characteristic of Problem SignalsiCapture and iView • iCapture • Enables simultaneous digital and analog acquisition through a single probe • Route signals of interest to oscilloscope • iView • Adds external oscilloscope into logic analyzer • Displays automatically time-correlated analog and digital data in a single logic analyzer display • Allows the logic analyzer to trigger the oscilloscope at exactly the right time to capture the glitch

25. World’s Only Logic Analyzer AND Oscilloscope ProbeiCapture • Three simultaneous measurements through the same logic analyzer probe • 25 GHz high resolution timing • 667 MHz state clock • 2 GHz analog measurements • Quick check on health of analog signal • Easy checking of logic analyzer threshold voltages • See signal integrity problems

26. 2 GHzAnalogMux 40 ps Glitch Det. 136 Ch Logic Analyzer Probe 1.6 GS/s Deep Timing at 64 Mb 25 GS/sSampler TLA 40 ps MagniVu Timing at 128Kb TLA6400 Oscilloscope Analog Measurements 4 Ch One Logic Analyzer Probe: Three MeasurementsComplete Signal Visibility 25 GHz timing simultaneous with deep timing and 2 GHz analog mux Through the logic analyzer probe

27. TLA6400 Series of Logic AnalyzersOrdering Information

28. TLA6400 Series: Key Specifications

29. TLA6400 Ordering Information

30. Standard Accessories

31. Optional Accessories Spare Removable Hard Drive Rack Mount Kit K4000 LACART

32. P5900 Probe Ordering Information P5934 P5910 P5960

33. Thank You