Neurealm spearheaded the firmware development and integration of high-performance video post-processing IPs for a Tier 1 semiconductor leader. The project focused on providing a viable alternative to HDR10 technology by porting advanced software modules to specific target subsystems. By developing custom plugins and architectural frameworks, Neurealm demonstrated a complete end-to-end video pipeline across both Linux and Android platforms.

Business Context

The client, a global semiconductor company specializing in ICs for the automotive and consumer electronics sectors, required a robust alternative to standard HDR10 for their Set-Top Box (STB) System-on-Chips (SoCs). Key business drivers included:
Platform Versatility: The need for a unified solution that functions seamlessly across Linux-GStreamer and Android Stagefright frameworks.
Ecosystem Integration: Creating a standardized Library API mechanism to allow for easy integration into existing STB software stacks.
Compliance: Ensuring the new video IPs were compatible with industry-standard media frameworks and compliant with established protocols.

Solutions

Neurealm architected a dual-platform solution centered on custom plugin development and framework optimization:
Custom GStreamer Development: Designed and developed specialized GStreamer plugins and custom pipelines to demonstrate the video use case on Linux.
OMX Compliance: Built custom plugins that are fully OMX (OpenMAX) compliant, ensuring standardized hardware abstraction.
Android Framework Customization: Modified the Android NU framework and Stagefright components to support the proprietary post-processing IPs.
Target Porting: Successfully ported complex software modules directly to the target subsystem, ensuring optimized performance on the STB SoC hardware.