MeyerPro uses AJA fiber converters for Microsoft Ignite remote production

The successful execution of high-bandwidth remote workflows for Fortune 500 events underscores the shifting reliance on fiber and IP-based backhaul over traditional satellite services. As corporate productions increasingly demand broadcast-level QC and lower latency, the integration of 12G-SDI and fiber-to-baseband conversion becomes a prerequisite for multi-site collaboration. This workflow bridges the gap between on-site physical capture and remote cloud-adjacent production hubs, reflecting a broader ecosystem move toward SMPTE ST 2110 standards. Watch for MeyerPro’s planned global expansion in late 2026 as a signal of increasing demand for specialized, high-capacity remote event technical services.

MeyerPro's deployment of AJA FiDO fiber Mini-Converters at Microsoft Ignite reflects a broader pattern of AV integrators relying on fiber-based signal transport for multi-site corporate events. AVNetwork reported that MeyerPro architected a video infrastructure spanning the Moscone Convention Center and Microsoft's Seattle studio, using AJA's 12G-SDI and 3G-SDI fiber converters to maintain signal integrity across the long-distance transmission path. The project required zero dropped frames across a 30-camera production, a reliability threshold that pushed MeyerPro to place FiDO converters in the final transmission chain as a standard practice regardless of event scale.

AJA Video Systems has positioned its FiDO line as a compact, rack-friendly solution for exactly this class of problem. Sound & Video Contractor highlighted the FiDO product family's role in the MeyerPro Ignite workflow, noting that the converters handled both 4K LED wall feeds within the venue and HD signals destined for remote QC in Seattle. The dual 12G-SDI output design on the FiDO-12G allowed MeyerPro to loop a confidence feed back to the on-site engineer while simultaneously passing the primary signal to the transmission team, a redundancy pattern that is becoming common in high-stakes corporate productions where a single frame error can trigger costly reshoots or streaming interruptions.

The Ignite project also illustrates how fiber-to-baseband conversion fits into hybrid production architectures that combine on-site switching with remote post-production. The FS4 units handled Proc Amp color correction on Microsoft Teams stream inputs, stabilizing signals that arrived with timing inconsistencies. Cole Miller noted in the AJA case study that SMPTE ST 2110 network-based infrastructure is the direction he expects the industry to move, suggesting that fiber conversion tools like FiDO will serve as transitional building blocks as AV teams migrate from baseband SDI to IP-native workflows.