• LCD Display
• Front panel Rx and Tx DUT connections
• Rotary dial for selection of desired video resolution
• Calibrated HDMI output level for both TMDS and FRL output
• Support for multiple TMDS and FRL link rates

  FRL Resolution	Link Rate
  3840x2160p60	6 Gbps 4-Lane
  3840x2160p60+eARC	12 Gbps 4-Lane + 98Mbps eARC
  TMDS Resolution	Link Rate
  720x480p60 8-bit	27 MHz
  720x480p60 12-bit	41 MHz
  1920x1080p60 8-bit	148 MHz
  1920x1080p60 10-bit	185 MHz
  3840x2160p24 8-bit	297 MHz
  3840x2160p60 8-bit	594 MHz

• ITU-R BT.1729 Test Pattern with moving element
• Optional Monitor output for Pre-Test display of test pattern
• Rugged Low Noise Construction
• Supplied with 2-meter golden cable and reference scan from actual EMI chamber
• Shielded Ethernet port for field upgrades
• 12V 2A DC power

• Required by Keysight and Tektronix’s for their Electrical MOI test
• Generates and receives eARC Data Streams
• Supports HDMI 2.1 eARC Transmitter devices
• Supports HDMI 2.1 eARC Receiver devices
• Comprehensive coverage of HDMI 2.1 CTS eARC Protocol tests
• Windows PC GUI application with USB connection
• Individual and Batch test modes
• Built-in CDF generator or load from Excel file
• Detailed log with summary report to help root cause issues
• Supports eARC audio transfers including
  • Uncompressed 2-channel and multi-channel LPCM streams
  • Compressed Dolby© and DTS© multi-channel streams
  • User supplied audio streams
• Supports capture and display of eARC control channel information including:
  • Timing of common mode channel activity
  • Decoding of eARC control channel messages
• Validates ARC fall-back mode

The SL-870 supports comprehensive operational testing of the eARC standard.

• Common Mode Protocol Tests
• Audio Tests
• Capability and Other Tests

Supports capture and display of common mode control structures and messages.

The SL-870 generates the most common audio streams for compliance with CTS test suite. User-supplied audio can also be input to or extracted from the eARC stream via the SL-870’s extensive I/O via the following back panel connectors:

• RCA S/PDIF
• TOSLINK optical S/PDIF
• I2S
• HDMI

• Generates audio and video patterns for HDMI 2.0a and MHL 3.x, and analyzes video timings
• Features one HDMI input, two HDMI outputs, and one MHL micro-USB output
• Supports High Dynamic Range (HDR)

• Handheld size
• Rechargeable Li-Poly battery, up to 4-hour life-cycle
• 4.3 inch Color Touch Screen Display
• Selects, controls, and monitors testing

• Verifies Scrambling setting for HDMI 2.0a devices and systems
• Verifies Clock Ratio setting for HDMI 2.0a devices and systems

• Monitors external DDC bus between source and sink devices
• Monitors input and output ports’ DDC bus activities

• Reads EDID from TV
• Edits EDID contents
• Programs EDID into HDMI input port

HDMI CEC Compliance Test Suite (CTS)

• HDMI CTS: Fully compliant test cases (HDMI CEC CTS v1.4) that allow compliance testing on the DUT
• Summary Report for CTS Test: Itemizes each test case and records the test results

HDMI CEC Debug, Simulation and Emulation Suite

• HPD and 5V dialog to set and to read physical address
• CEC Command Message History: Captures all CEC commands and determines the interaction among different CEC devices on the same bus line
• Saves and loads CEC command message history including pulse graph
• CEC Command Pulse Graph: Shows each CEC command in digital waveform, along with timing analysis information
• Built-in CEC Checking Tool: Checks validity of any CEC command, highlights timing violation as well as incorrect CEC commands, shows meaning of operands
• Detailed CEC Command Logging: Allows software developers to examine the DUT behavior with other CEC devices with the capability to record all CEC commands from various CEC devices on the same bus line
• Pulse Editor: Allows timing modification to any CEC command so the developers can test the timing tolerance for specific CEC commands on a DUT
• Follower Auto Response Programming: Sets the tool to respond to certain CEC commands
• Customized Scripting Interface: Allows developers to come up with unique test cases for specific CEC testing requirements
• Sending all specified CEC commands via menue from any CEC logical address to any CEC logical adress
• Min, max, random and user-defined bit timing setting for start bit, bit timing, acknowledge and AOM
• Pass-through mode logs all CEC commands on the CEC bus without interaction
• Ethernet Connection: Uses either DHCP mode for easy connection within corporate network, or fixed IP mode for direct connection between Explorer and a PC