RecordLab with MicroN
"That the five MicroN frames can be used as a decentralized 60x60 3G video router system with distributed intelligence and future expansion options demonstrates how flexible the MediorNet MicroN device is within the production environment," said Markus Maschke, CEO at RecordLab. "We needed a simple, intuitive, and scalable system that facilitates fast plug-and-play use. MediorNet is already being used in the NEP Group – now we can ensure optimum networking of systems even for larger productions. High flexibility and functions offered by the MicroN device were also key to our purchase decision, and we appreciate the lightweight, compact design of the unit. In the end, following extensive evaluation of possible solutions, we found the Riedel MicroN device to be a sustainable and future-oriented solution well-suited to our mobile operations."
The MicroN features 12 SD/HD/3G-SDI inputs and outputs, two MADI optical digital audio ports, a Gigabit Ethernet port, two sync reference I/Os, and eight 10G MediorNet high-speed links, all in a single RU. Riedel supplied RecordLab with five MicroN units, two of which are installed in the OB vehicle and three in portable stage boxes. The MicroN fiber network gives RecordLab the capacity for 12 bidirectional HD signals — plus MADI, sync, and Gigabit Ethernet — between the vehicle and each stage box.
The MicroN system is 3G-capable and makes use of eight redundant meshed 10G high-speed links per frame to serve as an 80G media distribution network device. The Riedel product also includes integrated real-time processing capabilities such as embedding/de-embedding, frame store, frame sync, and sample rate conversion.
"For our partner RecordLab, it was important to have a modular solution that could provide both a compact design and powerful functionality," said Tobias Claus, key account manager, broadcast, at Riedel Communications. "MicroN allows a MediorNet system to be extended quickly and conveniently as needed. Thus, companies including RecordLab can readily accommodate even extreme peaks in their production requirements."