EVS XT3 8 channels – Slow Motion Server

The XT3 supports 8 simultaneous channels via SDI, 3G-SDI, HD-SDI, and IP (fiber/Ethernet). For 4K/60fps capture at full bitrate (up to 1.5 Gbps per channel), confirm your source cameras output 3G-SDI or higher; standard HD-SDI limits you to HD resolution. You'll need multiviewer/control via Ethernet, storage interface (confirm modular architecture specs with your integrator), and appropriate SDI cabling/routing infrastructure. IP ingest requires network planning for bandwidth isolation. Have your system integrator validate the exact channel/format mix before procurement.

The XT3 is specified for multi-channel record and playback with real-time editing simultaneous operations. However, the exact ratio of record vs. playback channels depends on bitrate load and storage subsystem configuration. Recording all 8 channels at 1.5 Gbps per channel (12 Gbps aggregate) while replaying concurrently will consume significant I/O and storage throughput. Confirm the exact record/play mixing limits with EVS based on your bitrate profile before finalizing workflow design.

The XT3 offers advanced metadata tagging and searchability built into the timeline-based editing workflow, enabling operators to mark incidents and generate clips on-the-fly during live events. Integration into downstream systems (graphics, newsroom control, playout) depends on API support and control protocol compatibility—confirm whether your existing newsroom automation (iNews, Grass Valley Ignite, etc.) is supported. Metadata export formats and real-time clip delivery to playout servers require validation with your systems integrator.

The XT3 supports IP input/output via fiber and Ethernet connectivity. ST 2110 support depends on installed firmware and option configuration; this is not explicitly confirmed in base specifications. If ST 2110 compliance is critical for your all-IP broadcast infrastructure, confirm compatibility directly with EVS and verify firmware version support. Standard Ethernet ingest is available, but bandwidth management for multi-channel 4K streams over standard network infrastructure requires careful planning and potential network segmentation.

Storage is described as configurable modular architecture, but specific drive types, RAID options, hot-swap capability, and redundancy levels are not detailed in base specs. Before purchase, clarify: RAID configuration (5, 6, or mirroring), hot-swap disk support, rebuild time for failures, and backup/failover options. OB van and mission-critical live applications demand redundant storage design. Confirm spare parts availability and mean-time-to-recovery (MTTR) with your integrator and vendor support agreement.

Recording 8 channels at 4K/60fps generates substantial heat and power draw. While verified specs confirm 8-channel I/O and up to 1.5 Gbps per channel, cooling requirements, power consumption (watts), rack units, and operating temperature limits are not specified here. OB van and confined spaces demand exact thermal/power data. Consult EVS datasheets for PSU wattage, cooling exhaust planning, and standard rack configuration (likely 3–4 RU). Undersizing cooling in a van causes throttling and dropped frames during critical live coverage.

The XT3 includes integrated networking for IP-based broadcast environments and support for real-time ingest and replay control. However, compatibility with specific CCU/RCP hardware (Sony, Grass Valley, etc.) and third-party replay controllers depends on control protocol support (Ethernet, serial, proprietary APIs). Confirm whether GPI/GPIO and industry-standard control interfaces are available. Your broadcast integrator must validate control surface drivers and any custom protocol bridges needed for seamless operator workflow.

Live production servers like the XT3 require regular firmware updates for stability, format support, and security. Wear items typically include storage drives and power supplies; confirm spares availability and planned replacement intervals with your support contract. The XT3 has been in market for several years; firmware updates are ongoing. Establish a firmware update strategy before deployment—test in staging before applying to production. Maintain a vendor support agreement covering firmware access, critical patch notifications, and spare parts allocation.

The XT3 maxes out at 8 simultaneous I/O channels; scaling beyond this requires additional XT3 units networked together or migration to a larger EVS platform (LSM, Mosart, or newer models). Upgrading from HD to 4K/60fps is possible within a single XT3 via firmware and option boards, but bitrate per channel (up to 1.5 Gbps) may limit simultaneous channel count at higher resolutions. Confirm upgrade licensing and any IP control/failover requirements for multi-unit synchronization before committing to your architecture.

Yes. Our used and ex-demo units undergo a full functional inspection — sensors, video outputs, control signals, optics and mechanics — including a colorimetry and sensitivity test. Each product is tested by our technicians and comes with a 90-day warranty. Contact us for the specific warranty terms of the unit you are interested in.