Europe’s most influential broadcasting industry event, IBC 2024 is currently taking place in Amsterdam, Netherlands. At the event, SEEDER is showcasing its cutting-edge software-defined IP intelligent broadcasting system solutions at booth 9C05.
At booth 9C05, SEEDER provides a hands-on demonstration of how its IP, studio automation, and robotic camera systems enhance broadcasting efficiency and quality.
SEEDER has in-house developed an ST2110 standard IP ultra-high-definition video input/output middleware on a general X86 computing platform. This system enables frame-level precision control for IP encoding, IP decoding, and IP transmission equipment, with support for control protocol parsing and conversion between systems. It allows seamless SDI and IP conversion, supports unified processing for SRT and NDI, and is optimized for lightly compressed formats aimed at high-end production. The packet loss rate is controlled to less than one part per million, with microsecond-level clock synchronization accuracy. SEEDER’s solution offers lower hardware and software costs compared to leading international products.
Key technologies on display include a distributed IP system architecture, software-defined functionality, unlimited source switching, and looped preview monitoring. Utilizing a standard X86 platform with CPU, GPU, and 100G network cards, SEEDER integrates switchers, video servers, recorders, delay units, multi-format converters, CG graphics, VR/AR graphics, and VideoWall graphics. This, combined with a mature studio automation system, ensures that broadcast-grade production systems are easy to deploy, maintain, and back up, while delivering efficient, high-quality content creation.
Visitors to SEEDER’s booth will experience how the company’s solutions improve broadcasting workflows and overall production quality, offering a comprehensive broadcast-grade IP solution. Whether you are looking for innovative new technologies or ways to optimize your existing systems, SEEDER’s booth is a must-visit highlight at IBC 2024.