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General| Type | Server |
|---|---|
| Video Standard | HD |
| Audio | Embedded |
| Input/Output | SDI, AES/EBU, Analog |
| Storage | Internal |
| Supported Codecs | XDCAM HD, AVC-Intra |
| Network Interfaces | Gigabit Ethernet |
| Networking | Ethernet |
| Connectivity | SDI, Ethernet |
| Control Interfaces | Ethernet |
| Power Supply | Redundant power supply |
| Weight | Approximately 25 kg |
| Model | EVS XT[2] |
Information furnished for informational use only, subject to change without notice. EVS is not responsible for inaccuracies.
Encourages user feedback for documentation improvement. Reports of errors or inaccuracies can be sent via email.
Highlights sections updated to reflect new and updated features for Multicam version 10.03.
Description of the XT[2] server for high-resolution applications with third-party controllers and EVS applications.
Details on using the XT[2] server as a low-resolution proxy server for browsing purposes.
Instructions for checking equipment upon receipt for damage and completeness.
Provides physical dimensions for various components of the XT[2] system.
Specifications for the 19-inch rack mountable Video Disk Recorder Main Frame.
Details and dimensions for the XT-HDX component.
Specifications for the XT[2] Remote Control Panel.
Specifications for the 10-inch touch screen video monitor.
Specifications for the 18-inch touch screen video monitor.
Specifications for the keyboard used with the XT[2] system.
Specifications for the tablet device used with the XT[2] system.
Instructions for initial installation and board checks within the Video Disk Recorder unit.
Covers safety, compliance standards, and operating environment requirements for the equipment.
Details safety requirements and certifications met by the equipment.
Lists Electromagnetic Compatibility (EMC) standards the equipment complies with.
Provides warnings regarding modifications that could void compliance and potential interference.
Explains the meaning and directives indicated by the CE marking on the product.
Information on power supply connections, types, and environmental conditions.
Details on optional secondary power supplies for cold swap and hot swap configurations.
Emphasizes the importance of proper grounding for electrical safety.
Guidelines for adequate ventilation and proper rack mounting procedures.
Table detailing hardware consumption figures for various XT[2] configurations.
Provides detailed specifications for the XT[2] server's video and audio capabilities.
Technical specifications related to video formats, interfaces, channels, and reference signals.
Specifications for audio input/output channels, processing, and embedded audio.
Details supported video codecs, bitrates, and encoding options for the XT[2] server.
Shows recording capacity in hours for different drive arrangements and bitrates.
Lists the various SMPTE standards supported by the XT[2] server.
Defines maximum bitrate values for simultaneous playback on XT[2] servers.
Information on Avid DNxHD and Apple ProRes codecs integration and compatibility.
Guide to understanding bitrate tables for Avid DNxHD and Apple ProRes on XT[2] servers.
Diagram and details of the 6U back plane for the XT[2] in Multicam mode.
Overview of the XT[2] 4U back plane configurations.
Details the 4U back plane with optional AES on BNC connector.
Details the 4U back plane with optional AES on multi-pin connector.
Information on connecting GPI inputs to the XT server.
Wiring for Relay to Opto Inputs (GPI 1-4) on the XT server.
Wiring for Relay to TTL Inputs (GPI 5-8) on the XT server.
Wiring for TTL to TTL Inputs (GPI 5-8) on the XT server.
Defines functions, types, and settings for GPI outputs.
Details the MTPC GPIO connector and its pin assignments.
Pinout description for the SUB-D 25-pins male GPIO connector.
Hardware specifications for Relay outputs, Opto inputs, and CMOS I/O.
Pinout and technical specifications for the RS422 connector.
Information on internal audio modules and pin assignments for audio connectors.
Details the internal audio module with AES/EBU and Analogue Balanced capabilities.
Pin assignment details for AES and Analogue DB15 connectors.
Guide to connecting multiple EVS video servers on the XNet network.
Diagram illustrating network connectivity without an EVS XHub SDTI hub.
Diagram illustrating network connectivity with an EVS XHub SDTI hub.
Essential conditions and parameters for setting up and operating the XNet network.
Step-by-step guide for starting and establishing the XNet network connection.
Discusses XNet performance metrics and common troubleshooting scenarios.
Explains the function of the Gigabit connection for transferring video and audio to external systems.
Describes the process of backing up clips from an XT[2] server using the Gigabit connection.
Details the methods for restoring clips to an XT[2] server via the Gigabit connection.
Information on supported switches for Gigabit Ethernet networks.
Lists and describes switches validated for use with EVS Gigabit Ethernet workflows.
Comparison of different Gigabit switches based on features and setup requirements.
Provides supplementary information regarding switch features and compatibility.
Explains the mechanism for redundant IPDirector serial links for failover.
Details the boards and their slot configurations for 6U and 4U frames.
Slot configurations for the XT[2] 6U frame.
Slot configurations for the XT[2] 4U frame.
Description of video and reference boards, including the COHX board.
Detailed description of the COHX board, its modules, and versions.
Explanation of jumper settings on the COHX base module.
Description of LEDs on the COHX base module with genlock functionality.
LED indicators for CPU, PLAY, PVID, and TF status on COD modules.
Details the connectors on the COD A and COD B modules for SD and HD modes.
Diagrams showing channel assignments for 2-ch, 4-ch, and 6-ch XT[2] servers.
Channel assignment mapping for the 2-channel XT[2] server configuration.
Channel assignment mapping for the 4-channel XT[2] server configuration.
Channel assignment mapping for the 6-channel XT[2] server configuration.
Description of the Audio Codec board as an interface between COHX and HCTX boards.
Explanation of LED indicators and connectors on the Audio Codec board.
Overview of RAID controller boards, including HCTX and RCTL boards.
Detailed description of the HCTX board, its modules, and jumper settings.
Instructions for setting jumpers on the HCTX board controller module.
Description of LEDs on the XNet, CTL, and GBE modules of the HCTX board.
Details the SDTI and Gigabit Ethernet connectors on the HCTX board.
Information on Gigabit connectors requiring Jumbo Frames support.
Description of the RCTL board controller on disk arrays with HCTX boards.
Explanation of LED status indicators on the RCTL board and disk canisters.
Information on the XT-HDX external disk storage, its connection, and requirements.
Steps for installing and operating the XT-HDX with the XT[2] server.
Description of how disks are organized within the XT-HDX into 3 RAIDs of 5 disks.
Explanation of LED status indicators on disk canisters and the XT-HDX rack.
Details the LED status for device operational and error conditions.
Procedure for safely replacing a disk in the XT-HDX storage.
Description of the MTPC board's function and types used in XT[2] servers.
Overview of the MTPC board's role in controlling video hardware and peripherals.
Details the A2/A3 and A2/A4 MTPC boards and their components.
Description of the multiviewer board option for XT[2] servers and its connectors.
LED information for the multiviewer board.
Explanation of board configuration jumpers for the multiviewer.
Details the Remote Reset jumpers and their function for system reset.
Information on memory hole activation and BIOS parameter adaptation.
Contact information for EVS offices in North and Latin America.
Contact information for EVS offices in the Asia and Pacific regions.
Contact information for EVS offices in Europe, Middle East, and Africa.
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