Broadcasting & Media – “Real-Time Data Transfer for Media Workflows”

Enhance Media Workflows with FPGA-Based High-Speed Interfaces

Live broadcasting, 4K/8K content editing, and media archiving demand extreme I/O speed with zero tolerance for delay. Our IP cores are designed to deliver uncompromised performance for your high-throughput video applications.

✅ Zero-latency video streaming
✅ Scalable NVMe storage for raw media
✅ USB3.0 integration for fast external transfer

Top IP Cores for Media

10G TCP/IP: Live content transmission
NVMe-IP: 4K/8K raw footage storage
USB3.0-IP: External SSD & Camera interface

FPGA IP Use Cases for Broadcasting Robots

Robotic PTZ & Cable-Cam Systems

IP Used: NVMe-IP + UDP-IP
Capture high-frame-rate RAW video directly to SSD, while UDP-IP pushes live video to vision mixers. Sub-frame latency ensures joystick commands feel instant—even on busy LANs.

Autonomous AI Studio Dollies

IP Used: TOE-IP + TLS 1.3-IP
Camera motion, LIDAR, and focus metadata are streamed via TOE-IP for real-time feedback. Remote directors stay connected securely with TLS 1.3, all without taxing the CPU.

Drone-Based Live Streaming

IP Used: QUIC-IP + AES-GCM-IP
Enable drones to hop between 5G and Wi-Fi seamlessly. QUIC-IP handles network jitter in real-time, while AES-GCM-IP encrypts video and telemetry to comply with rights agreements.

Virtual Production Robot Arms

IP Used: NVMe-IP + TOE-IP + AES-GCM-IP
During takes, video is recorded locally. Between takes, TOE-IP transfers content over LAN, all while AES-GCM keeps every byte protected from leaks.

Success Stories & Application Example

Key factors

Real-time AV data recording/playback capability
High performance and multi channel 4K/HD data recording with NVMe SSD
Industry leading low FPGA resource usage NVMe Host Controller

Key factors

High performance and Low FPGA Resource Usage for portable application
Proven SATA Host solution on FPGA device
Simple User Interface, Easy integrate with customer system