Television and audio broadcast

Providing world wide support in broadcast

Specifically designed to meet the requirements for the seamless reception of TV and Audio Broadcast signals, the Ensigma Broadcast solutions support the broadest range of TV and Audio standards in the market today, providing world-wide support.

Unique digital TV hardware architecture

Ensigma Digital TV demodulation IP platform provides a generic architecture that supports multiple TV standards. Proven and efficient unique hardware architecture combines multiple programmable processing engines, along with hardware accelerators for common high-throughput operations such as error correction and filtering. 

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Ensigma digital radio platform

The Digital Radio IP provides flexible configurations to provide both standalone channel decode functionality or combined with audio decode functionality for a complete and contained system. The demodulation standards are implemented in software while utilising the hardware accelerator features within the hardware platform.

Creating individual broadcast solutions

Ensigma’s broadcast solutions enable a single IP core to be configured for multiple products, increasing time to market and reducing design costs all round. The unique and flexible architecture and multiple solutions can be configured to precisely support the broadcast protocols required. Meaning a flexible and configurable solution designed for your needs.

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Digital TV Demodulation

Ensigma Digital TV demodulation IP platform provides a generic architecture that supports multiple TV standards. Unique hardware architecture combines multiple programmable processing engines, along with hardware accelerators for common high-throughput operations such as error correction and filtering.

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Digital Radio

The Digital Radio platform provides a generic architecture that allows support for the multiple audio broadcast standards in the market today. Proven and efficient platform support tools allow multiple channels of different standards to use the same hardware concurrently.

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