XS-NEO
Software-based studio server for flexible ingest and playout
Combining reliability, flexibility and scalability for all your studio requirements
Rock solid software server
XS-NEO®, a member of the EVS studio server family, provides flexible software-based ingest and playout in a wide variety of popular codecs. Hosted on the high-performing and compact EVS PMX2 processing platform, the software-defined server supports ingest in multiple formats and codecs concurrently, which are definable on a per channel basis. Supported input types are uncompressed SDI or IP and compressed SRT and NDI. Reliable Playout for XDCam media directly from central storage is controllable through VDCP-over-IP allowing for easy integration into automated broadcast operations. XS-NEO® is the ultimate software defined video server that delivers EVS-built reliability, combined with unequalled flexibility and scalability for all of your current and future requirements.
Core benefits
EVS-built reliability for your peace of mind
EVS has taken the core benefits of its iconic XT server technology and implemented an innovative software-defined approach for high flexibility combined with EVS-built reliability.
Accommodates any requirement
As well as supporting multiple formats and codecs and allowing on the fly changes per channel and flow, XS-NEO® is also designed to work within both SDI and IP infrastructures.
Highly scalable operations
As a stack-and scale model and fully integrated into the VIA Media Asset Platform, XS-NEO® enables a new level of channel support and scalability to match your business evolutions.
PMX2 processing module
Video I/O board with 8x HD-SDI/3G-SDI/12G-SDI OR 2x25Gbps connectivity
Optimized Linux operating system
32 core CPU
5x 1.6TB SSD drives RAID array OR 5x 3.2TB SSD drives RAID array
GPU board
64GB RAM
2x onboard 1-Gbps Ethernet ports
2x 10Gbps Ethernet ports for file transfer
4x USB 3.0 ports at the back, 1x at the front
VIA Ingest app
Control and schedule live feeds
Control of XS-NEO
HTML 5 web interface
Frame accurate multi-camera ingest
Confidence and progress monitoring