WirelessHD Announces Publication of Wireless DTCP Content Protection Specification for High Definition Content
First content protection scheme for transmission of wireless high-definition content released by DTLA and approved by content providers.
WirelessHD today announced that the Digital Transmission Licensing Administrator (DTLA) has approved and published a new supplement to the Digital Transmission Content Protection (DTCP) Specification for the Use of WirelessHD. The release of this new supplement represents the first approved, standard content protection method for the distribution of high definition content.
In addition, such approval suggests new flexibility for manufacturers and consumers in so far as DTCP permits both streaming and copying of high-definition content from device to device. Earlier this year, WirelessHD announced DTCP as the content protection method of choice for WirelessHD transmissions. DTCP enables not only direct display, but also the distribution of high definition (HD) content. This content, whether from Blu-ray discs, satellite, cable, or Internet broadcast may be securely sent over WirelessHD signals. The use of DTCP enables both the wireless display of this content in the newest generation of LCDÂ’s and Plasmas and the managed copying of this content to digital video recorders (DVR) and portable media players (PMP). This supplement to the DTCP specification provides the technical details for the use of DTCP with WirelessHD-enabled consumer electronics and personal computing products.
The DTLA administers the DTCP, which assures that only legitimate content delivered to a source device via another approved copy protection system, such as the DVD Content Scrambling System, will be protected. DTCP is a cryptographic protocol that protects audio and video content from tampering and enables managed copying of licensed content over high-performance digital networks such as WirelessHD.
WirelessHD representatives have been working closely with DTLA to ensure requirements were met and approved as rapidly as possible. This newly approved use of DTCP is based on satisfying the concerns of the Motion Picture Association of America (MPAA) and the major studios about unauthorized and illegal copying of protected content. This approval removes any barriers to implementation of WirelessHD in consumer electronics and personal computing products.
In addition, such approval suggests new flexibility for manufacturers and consumers in so far as DTCP permits both streaming and copying of high-definition content from device to device. Earlier this year, WirelessHD announced DTCP as the content protection method of choice for WirelessHD transmissions. DTCP enables not only direct display, but also the distribution of high definition (HD) content. This content, whether from Blu-ray discs, satellite, cable, or Internet broadcast may be securely sent over WirelessHD signals. The use of DTCP enables both the wireless display of this content in the newest generation of LCDÂ’s and Plasmas and the managed copying of this content to digital video recorders (DVR) and portable media players (PMP). This supplement to the DTCP specification provides the technical details for the use of DTCP with WirelessHD-enabled consumer electronics and personal computing products.
The DTLA administers the DTCP, which assures that only legitimate content delivered to a source device via another approved copy protection system, such as the DVD Content Scrambling System, will be protected. DTCP is a cryptographic protocol that protects audio and video content from tampering and enables managed copying of licensed content over high-performance digital networks such as WirelessHD.
WirelessHD representatives have been working closely with DTLA to ensure requirements were met and approved as rapidly as possible. This newly approved use of DTCP is based on satisfying the concerns of the Motion Picture Association of America (MPAA) and the major studios about unauthorized and illegal copying of protected content. This approval removes any barriers to implementation of WirelessHD in consumer electronics and personal computing products.
