HDCP 2.3 Embedded Security Modules on DisplayPort/USB Type-C

Overview

The Embedded Security Modules (ESMs) for High- Bandwidth Digital Content Protection 2.3 (HDCP 2.3) are complete solutions that provide designers with a robust, standards-compliant implementation of the HDCP content-protection technology on HDMI 2.0/2.1 and DisplayPort 2.0/1.4 and USB Type-C interfaces.

The HDCP ESMs include an authentication engine and a content encryption/ decryption engine that can support multiple content ports. The robust security architecture provides a hardware Root-of-Trust, secure boot, and runtime tamper protection for the HDCP ESM firmware, DCP key management and system renewability. Only minimal interaction is required from the host processor to control the ESMs.

Benefits

  • Fully compliant with HDCP 2.3 specification
  • Certified Transmitter/Receiver/Repeater solutions for HDMI and DisplayPort interfaces
  • Complete self-contained security modules meet strict robustness rules
  • Highly flexible and configurable solutions for SoCs/ASICs/FPGAs
  • 1, 2 and 4-port
  • Single or multi-protocol: HDMI 2.1/2.0, DisplayPort 2.0/1.4, USB Type-C
  • Support for firmware upgrades
  • Complete solutions with Synopsys TRNGs, and HDMI/DisplayPort controllers

Applications

  • Consumer electronics
  • Digital TVs and displays
  • Set-top boxes
  • Media devices
  • Docking stations
  • Automotive infotainment
  • Smartphones and tablets

Deliverables

  • Synthesizable RTL developed in compliance with the IEEE 1364 Verilog-2005 standard
  • Verilog integration testbench
  • Integration firmware for Tx and Rx integration testing
  • Sample synthesis script and constraints
  • Sample simulation script
  • Software Application Programming Interface (API)
  • Sample applications for Tx/Rx/Repeater operation
  • ESM integration test image (Tx and Rx)
  • Firmware User Guide
  • Databook
  • Hardware User Guide
  • Hardware Installation Guide

Technical Specifications

Maturity
Available on request
Availability
Available
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Semiconductor IP