E4887A

E4887A

Keysight

E4887A High-Resolution HDMI TMDS Signal Generator Platform

Подробнее

по запросу

Описание - E4887A

Загрузить техническое описание

Precise characterization of HDMI Sink devices with new E4887A HDMI TMDS Signal Generator Platform

To learn more about HDMI, please view here.

More color depth and better resolution increase the bit rate of HDMI™ interfaces of the currently released HDMI 1.3 specification. To ensure proper interoperability even with long cables the re-quirements for HDMI sink and source devices are becoming harder and specifications getting tighter.

The E4887A HDMI TMDS Signal Generator Platform includes three configurations that meet individual test needs:

1) An economical HDMI high-speed tester starting at 740 Mb/s up to 3.4 Gb/s, offering stimulus and debug for all HDMI rates (E4887A-003). Users can test the jitter tolerance, simplify connections to plug adapters, and generate video formats at fast transition times and low jitter.

2) The standard compliant and characterization tester for all data rates up to 3.4 Gb/s offers fast pass/fail testing including characterization for combined and separate jitter tolerance testing.

3) The high-resolution HDMI TMDS signal generator for in-depth characterization and compliance testing (E4887A-007), allowing the addition of devices up to 7 Gb/s that have already been introduced, stated into the Compliance Test Specification and used by most Authorized Test Centers.

The Keysight E4887A HDMI TMDS Signal Generator Platform is a flexible, expandable platform that can evolve to suit future test needs. It provides fully automated test with the N5990A test automation platform from the Keysight solution partner BitifEye. The standardized test reports allow comparison and exchange between the Authorized Test Center, research and development divisions, and all other users of the N5990A test automation software platform.

For more information on the N5990A Test Automation Platform please visit: Automated Compliance and Device Characterization Tests

Keysight provides source testing based on Keysight’s DSO80000 Series Real-Time Oscilloscopes which is compliant to the current revision of the HDMI specification. For more information please visit: N5399A HDMI Electrical Performance Validation and Compliance Software

HDMI TDR tests are covered by the 86100C Digital Communication Analyzer Platform. For more information visit: 86100C Infiniium DCA-J Wide Bandwidth Oscilloscope with TDR module

HDMI cable tests are covered by the 5071C Network Analyzer. For more information visit: E5071C ENA RF network analyzer

The use of the E4887A TMDS Signal Generator can be easily extended to other high-speed gigabit technologies. Simply upgrade the E4887A with generators and analyzers of the flexible ParBERT 81250 System. For more information visit: ParBERT 81250

For more information on the overall Keysight HDMI solution, please visit: www.Keysight.com/find/hdmi

For more information on HDMI please visit: http://www.hdmi.org

HDMI Press Releases

Key Benefits

  • Flexible and expandable platform to growth with future test needs
  • Full automated support by N5990A Test Automation Platform
  • Excellent signal performance with low intrinsic jitter and fast transition times
  • Separate and combined jitter tolerance testing for clock and data

Timing Specifications for E4887A-007

  • Frequency range: 620 Mb/s up to 7 Gb/s
  • Skew between data channels: 20 ps typ.
  • Delay accuracy ±10 ps ±20 ppm relative to zero-delay placement
  • Relative delay accuracy ±2 ps ±2% typ.

Output Specifications for E4887A-007

  • Output: Differential or single ended, 2.4 mm(f)
  • Output amplitude / resolution: 0.1 Vpp to 1.8 Vpp / 5 mV
  • Transition Times (20% to 80%): <20 ps
  • Intrinsic Jitter: 9 ps peak to peak typ

Available configurations:

  • E4887A-007 High resolution HDMI TMDS Signal Generator up to 7 Gb/s
  • E4887A-037 Standard and Compliant tester up to 3.4 Gb/s
  • E4887A-003 Economic high-speed tester up to 3.4 Gb/s

Скачать

10 других товаров в этой категории: