Complete mobile TV middleware solutions
Thin Multimedia, Inc. (TMI) provides Mobile TV solutions for both DVB-H™ and T-DMB™. These middleware solutions enable the simultaneous transmissions of multiple television, radio, and video channels for mobile handsets.
thinDVB-H™
thinDVB-H™ is the DVB-H (Digital Video Broadcasting – Handheld) middleware solution from TMI. thinDVB-H™ enables the simultaneous transmission of multiple television and radio channels for mobile handsets. It also includes and Electronic Programming Guide services and a multimedia player. This solution uses terrestrial broadcasting networks to deliver the highest quality viewing and listening experience for mobile users.
thinT-DMB™
thinT-DMB™ is the T-DMB (Terrestrial – Digital Media Broadcasting) middleware solution from TMI. thinT-DMB™ is fully compliant with the ETSI standards (TS 102 427 and TS 102 428). It includes a multimedia player and additional data services, including an Electronic Programming Guide (EPG) and Transport Protocol Experts Group (TPEG). thinT-DMB™ is a system based on Eureka 147, a Digital Audio Broadcasting (DAB) standard that uses broadcast channels to deliver TV, audio, video, and data to mobile handsets.
Why Thin Mulitmedia's MobileTV solutions?
Thin Multimedia has developed a one-stop shop for MobileTV solutions to chipset makers and handset makers.
TMI’s MobileTV packages consist of
- MobileTV middleware
- Multimedia Player
- Video and Audio Codec support (H.264, VC-1 and eAAC+,AAC, BSAC)
- Technical supports
TMI’s solutions enable customers to rapidly deploy MobileTV solutions.
Premium features of TMI’s thinDVB-H™ and thinT-DMB™:
- Fast Channel Switching (1 - 2 seconds)
- PVR (Personal Video Recorder) support
- Search function in Electronic Services Guide (ESG) and Electronic Programming Guide (EPG )
- Preview on ESG
- Picture in Picture
- Interactivity
- Ad integration
- Seamless handover
- Time shifting
- Support BiM (Binary MPEG format for XML)
- Conditional Access System (CAS) and Digital Rights Management (DRM) adaptation layer