980 Protocol Analyzer General Presentation. Quantum Data Inc Big Timber Road Elgin, IL USA Phone: (847)

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Elizabeth Walton
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1 980 Protocol Analyzer General Presentation

2 980 Protocol Analyzer For HDMI 1.4a & MHL Sources

3 Key Features and Benefits Two 980 products offered: Gen 2 provides full visibility into HDMI protocol, timing, control and auxiliary data at speeds up to 2.25Gb/s (TMDS rate): Max resolution: 1080p format at 60Hz frame rate Max pixel clock: 165MHz; e.g. 1080p at 60Hz frame rate at 24-bit color Max TMDS rate: 2.25Gb/s (per TMDS pair); e.g. 1080p at 60Hz frame rate at 36-bit color Gen 3 provides full visibility into HDMI & MHL protocol, timing, control and auxiliary data at speeds up to 2.97Gb/s (TMDS rate): Max resolution: 4K x 2K format at 30Hz frame rate Max pixel clock: 297MHz; e.g. 4K x 2K 30Hz frame rate at 24-bit color Max TMDS rate: 2.97Gb/s (per TMDS pair; e.g. 4K x 2K 30Hz frame rate at 24-bit color or 198MHz formats (pixel clock) at 36-bit deep color (12-bit/component) Enables you to analyze HDMI & MHL protocol details with precise time stamps. - Ensure data island packets such as AVI infoframe, ACR, GCP, etc packets have expected values. - Discover root cause of HDMI interoperability problems. Note: Competitive instruments based on commercial silicon chips cannot capture all packets and do not provide precise time stamps. More

4 Key Features and Benefits (partial list) Pass-Through monitoring modes: Passively monitor unencrypted protocol and auxiliary data up to 165MHz (up to 297MHz for Gen 3). Encrypted Link Analyzer (optional) enables monitoring of protocol data for encrypted content transmitted between an HDMI source and an HDMI sink up to 165MHz (up to 297MHz for Gen 3). Monitors EDID and HDCP transactions Identify the root cause of HDCP authentication failures. Real Time mode monitoring Enables you to view all protocol and auxiliary data in real time. Flags changes in the data as data is collected in real time. Provides special tests for video timing, AVmute, Audio sampling rates Enables you to detect intermittent timing and ACR anomalies.

5 Key Features and Benefits (Optional Compliance Tests) Optional compliance tests Supports HDMI source compliance tests in Sections 7.4 through 7.8 (including Test ID Kx2K test with Gen 3 ) Supports HDMI EDID compliance tests in Sections 8.2 and 8.5. Operates as a controller for HDMI sink compliance tests in Sections 8.2 and 8.5 through 8.8 of the HDMI 1.4a CTS. Supports MHL source compliance tests in Section 3 of MHL Compliance Test Specification. Operates as a controller for MHL sink compliance tests in Section 4 of MHL Compliance Test Specification. Ideal solution for self-testing and pretesting. Enables you to get your product to market quicker by avoiding submission delays at the ATC. And reduces expenses of submission to ATC.

980 Manager is a PC Application to Manage the

data. Identifies protocol and timing errors.

6 980 Manager is a PC Application to Manage the 980 Provides user-friendly depiction of the captured data. Enables you to quickly find specific protocol data. Identifies protocol and timing errors. Allows you to save captures for dissemination to other subject matter experts.

7 980 s Front Panel Color Touch Display

8 View Incoming Video even HDCP Encrypted Content Video w/ HDCP

9 View General Control Packets

10 View AVI Infoframe Packets

11 View Audio Infoframe Packets

12 View Source Product Descriptor Packets

13 View 3D Metadata in Vendor Specific Infoframes Side-by-Side Quincunx 3D metadata shown.

14 View 3D Metadata in Vendor Specific Infoframes Frame Packing 3D metadata shown.

15 View Vendor Specific Infoframe on Event Plot

16 View 3D Metadata and Timing Information Side-by-Side Quincunx 3D timing and metadata shown.

17 View Thumbnails of Captured 3D images Side-by-Side Quincunx 3D images shown.

18 View Audio Clock Regeneration Packets

19 View Audio Sample Packets

20 View Audio Channel Status Blocks

21 View Vertical and Horizontal Sync Data

22 View AVmute and Encryption Enable and Disable

23 Decodes Auxiliary Data such as HDCP Transactions

24 Analysis Modes

25 Capture and Decode Data in Two Modes Direct Connect, Emulation Mode: Emulates an HDMI sink device. Captures all video data, infoframe and data island data including when content is encrypted with HDCP. Pass-Through Monitoring Modes; Two methods: Encrypted Link Analyzer Monitors HDCP encrypted content between an HDMI source and an HDMI sink. Operates at speeds up to 165MHz for MHz ( Gen 2 ) and 297MHz for MHz ( Gen 3 ). Passive Monitoring Monitors HDCP unencrypted content between an HDMI source and an HDMI sink. Operates at speeds up to 165MHz for MHz ( Gen 2 ) and 297MHz for MHz ( Gen 3 ).

26 Direct Analysis Mode Configuration

27 Pass-Through Monitoring Modes Encrypted Link Analyzer Monitors HDCP encrypted content between an HDMI source and an HDMI sink. Collects all protocol, metadata and auxiliary data even when content is encrypted MHz Gen 2 operates at speeds up to 165MHz MHz Gen 3 operates at speeds up to 297MHz. Passive Monitoring Mode Fully monitors HDCP unencrypted content between an HDMI source and an HDMI sink. Collects all video, protocol, metadata and auxiliary data if content is unencrypted. Collects all video, protocol, metadata and auxiliary data up until encryption is enabled. Collects HDCP, EDID and timing data once encryption is enabled MHz Gen 2 operates at speeds up to 165MHz MHz Gen 3 operates at speeds up to 297MHz.

28 Pass Through Analysis Modes

29 Capturing Data

30 Determine What Data to Capture Capture Control Panel Goal: Capture only data that you need to capture more quickly and efficiently. Steps: 1: Select Type of data to capture from pull-down 2: Fine tune selection with check boxes

31 Define the Trigger Condition Step 1: Select trigger condition. Step 2 (optional): Select Match for more specific trigger conditions such as a specific value in an infoframe.

32 EDID Configuration

33 Built-in EDID Editor Utility to Create EDIDs Provision 980 Rx with a specific EDID such as an EDID from a known-good display.

34 Built-in EDID Editor Utility to Create EDIDs Create custom EDIDs for use in testing.

35 Examining the Captured Data

36 Decoded Data Depicted on Timeline in Event Plot

37 View Data Type in Relation to Other Related Data Examples: View AVmute in relation to VSYNC. AVmute in relation to encryption enable pulse. AVmute in relation to pixel clock changes.

38 Set Markers to Determine Time Between Events Examples: View time between encryption enable pulse and Hsync.

39 Navigate from Event Plot panel to Data Decode panel Synchronize Event Plot and Data Decode. Then navigate from Event Plot high level view to Data Decode detail view.

40 Post-Capture Filtering and Searching

41 Post-Capture Filters to Limit the Data Displayed Limit the data displayed to enhance clarity. Example: Filter out all data except audio related packets. Data island packets.

42 Post-Capture Filters to Limit the Data Displayed Control packets.

43 Post-Capture Filters to Limit the Data Displayed DDC Packets.

44 Post-Capture Filters to Limit the Data Displayed Other packets such as video, CEC, channel status blocks. Trigger event.

45 View Capture Statistics for each Packet Type View the number of packets of each type specifically for each type or each group.

46 Search Through Captured Data Search example: Search for Audio Clock Regeneration Packet. Shown both in Event Plot and Data Decode panels.

47 Timing Analysis

48 Timing Analysis Timing Analysis: View general video format parameters. Flags deviation from known-standard format. View Frame statistics and parameters. View Line Statistics and parameters. Indicates if frames are encrypted.

49 Timing Analysis 4K x 2K (297MHz) resolution Timing Analysis: 4k X 2K (297MHz) capture with Gen 3 version of 980. View general video format parameters. View Frame statistics and parameters. View Line Statistics and parameters.

50 Video Analysis

51 Video Analysis - View Incoming Video Frames

52 Video Analysis - View Incoming Video Frames

53 View Pixel Values Video Analysis: Move cursor around video frame to view component values. Displays video mode. Synchronize with Data Decode window.

54 Video Analysis - View Incoming Video Frames (4K x 2K)

55 View Pixel Values for 4K x 2K format Video Analysis: Move cursor around video frame to view component values. Displays video mode. Synchronize with Data Decode window.

56 Audio Analysis

with channel status blocks, audio infoframe, audio

57 Audio Analysis - Identify Anomalies in Audio Data Audio Analysis: Check consistency of sampling rate with channel status blocks, audio infoframe, audio sample packets and pixel clock. Verify rate of ACR packets.

58 AVMute Test

59 AVMute Set and Clear Events AVmute: Checks Vsync, Vtotal, Hactive, Hsync and frame duration, during AVmute.

60 Exporting and Importing Captured Data

61 Import Captured Data that has been Saved Import captured data: Import data from previous captures taken at other locations.

62 Send Decode Files to Associates for Further Analysis Export captured data: Enable subject matter experts from other locations to examine data.

63 Real Time Monitoring Mode

64 Real Time Mode for Viewing Data When Collected Real Time Mode: View incoming video images even when content protected with HDCP.

65 Real Time Mode for Viewing Data When Collected Real Time Mode: Check basic video data for incoming video such as video identification code, resolution, video type and sampling mode, frame rate and scanning mode. View specific pixel values in RGB or YCbCr.

66 Real Time Mode for Viewing Data Collected (e.g. 4K x 2K) Real Time Mode: Check basic video data for incoming video such as video identification code, resolution, video type and sampling mode, frame rate and scanning mode. View specific pixel values in RGB or YCbCr.

67 Real Time Mode Viewing HDMI Metadata Real Time Mode: View infoframes such as AVI, Audio, Vendor Specific, etc as they are being collected. View other data islands such as General Control Packets.

68 Real Time Mode Viewing HDMI Metadata Real Time Mode: Set reference data to enable comparisons of data from subsequent frames to a reference set of data.

69 Real Time Mode Viewing HDMI Metadata Real Time Mode: Changes in the data from the reference data are highlighted.

70 Real Time Mode - Viewing DDC Traffic Real Time Mode: View DDC data such as EDID and HDCP transactions. View details of each transaction for example BCAPS register contents.

71 Encrypted Link Analyzer (optional)

72 Encrypted Link Analyzer What is it? A proprietary solution for monitoring, capturing and analyzing encrypted data between a source and a sink. Operates at speeds up to 165MHz for MHz ( Gen 2 ) and 297MHz for MHz ( Gen 3 ). Emulates a single HDCP session between source and sink. Enables developers to investigate HDMI interoperability between source and sink with encrypted content. Configuration:

73 Encrypted Link Analyzer Supported in both modes: In Real Time mode. Monitors HDCP encrypted protocol and auxiliary data between an HDMI source and an HDMI sink. Enables developers to investigate HDMI interoperability while content is encrypted by viewing the metadata In Capture mode. Collects HDCP encrypted protocol and auxiliary data between an HDMI source and an HDMI sink. Monitor downstream HDMI sink device for symptoms and initiate a capture when the symptoms occur.

74 Encrypted Link Analyzer In Real Time Mode Encrypted Link Analyzer (Real Time mode): Enable the Encrypted Link Analyzer Monitor HDCP statistics

75 Encrypted Link Analyzer Real Time Mode Encrypted Link Analyzer (Real Time): Monitor encrypted content in real time. Examples: - HDCP transactions - Vendor Specific Infoframe - Video & timing data

76 Encrypted Link Analyzer Capture and Store Encrypted Link Analyzer (Capture and Store): Enable the Encrypted Link Analyzer Monitor display for behavior. Initiate manual capture of data when problem is observed.

77 Command Line Interface

78 Command Line Scripting Command Line: Initiate a capture through command line.

Create Linux compatible scripts to analyze data.

79 Command Line Scripting Command Line: Access the Linux command line for direct access to decoded data. Create Linux compatible scripts to analyze data. Example view N & CTS values of the Audio Clock Regeneration packets.

80 The Quantum Data 980 Protocol Analyzer your solution, to identifying and resolving HDMI & MHL interoperability problems.

quantumdata TM G Protocol Analyzer / Generator Module for HDMI Testing Deep Analysis and Compliance Testing up to 600MHz

quantumdata TM G Protocol Analyzer / Generator Module for HDMI Testing Deep Analysis and Compliance Testing up to 600MHz quantumdata TM 980 18G Protocol Analyzer / Generator Module for HDMI Testing Deep Analysis and Compliance Testing up to 600MHz Important Note: The name and description for this module has been changed