Connect to media networks
Bring JPEG XS video and PCM audio onto ST 2110 networks with transport functions beyond the codec.
SMPTE ST 2110 defines how separate video, audio and other professional media streams are transported and synchronized over IP networks.
ST 2110 IP Suite for JPEG XS is media transport IP for FPGA and SoC designs, providing real-time JPEG XS video and PCM audio transport, with full compatibility with IPMX media transport specifications. Hardware handles packetization, media timing, transmit traffic shaping, receive buffering and codestream recovery. Sender, Receiver and combined configurations are available with RTL, drivers, SDP tools and integration examples.

Bring JPEG XS video and PCM audio onto ST 2110 networks with transport functions beyond the codec.
Hardware buffering, scheduling and shaping control bursts in outgoing video traffic.
Handle network jitter, reordering and duplicate packets to deliver ordered media downstream.
RTL, drivers, SDP tools and interface examples reduce work on low-level integration.
The Suite connects to the platform Ethernet MAC/PCS/PHY through an Ethernet frame interface that includes MAC headers and excludes FCS.

For FPGA and SoC-based IPMX solutions, the Suite provides network transport for JPEG XS video and PCM audio, serving as the media transport core of a complete IPMX system.
Its ST 2110-22 transport, media timing and traffic shaping provide the core foundation for JPEG XS Broadcast applications, with project-specific integration of Broadcast timing, control and ancillary data functions.
For a complete product design combining JPEG XS codecs, time synchronization and NMOS control, explore our IPMX FPGA solution.
The current version supports one 4K60 channel or four 1080p channels, with performance customization available for project requirements. Video format, compression parameters, link bandwidth and buffering determine system capacity together. Available media configurations on 1GbE / 10GbE depend on the actual bit rate and protocol overhead.
End-to-end latency includes JPEG XS encoding/decoding, ST 2110 transport processing, network transit and HDMI output processing. It is measured in source video line periods and varies with system configuration and network conditions.
| Standard / specification | Role in the Suite |
|---|---|
| SMPTE ST 2110-22 | Transport framework for constant bit rate JPEG XS compressed video |
| RFC 9134 | RTP payload format for JPEG XS |
| Relevant SMPTE ST 2110-10 mechanisms | Common network, RTP and media timing functions |
| ST 2110-21 (NCM) | Compressed video network traffic constraints and shaping requirements referenced by ST 2110-22 |
| SMPTE ST 2110-30 | PCM digital audio transport |
| Relevant VSF TR-10 specifications | IPMX media transport, timing and description conventions |
| SDP | Video, audio and connection parameter descriptions |
| Item | Configuration |
|---|---|
| Product role | Sender, Receiver or a combined configuration |
| Video transport | The current version supports one 4K60 channel or four 1080p channels with constant bit rate JPEG XS transport, codestream packetization and progressive scan; performance can be customized for project requirements |
| Audio transport | PCM, with sample rate, bit depth, channel count and packet time selected for the application |
| Media interfaces | JPEG XS codestream, PCM audio, frame markers and metadata |
| Network transport | Integrates with 1GbE / 10GbE network interfaces; configurable for unicast or multicast operation |
| End-to-end latency | Systems integrating the ST 2110 IP Suite can achieve HDMI-input-to-HDMI-output latency as low as 32 lines in a low-latency configuration |
| Monitoring and options | Operating, buffer and error statistics; feedback and retransmission available by configuration |
| Control interface | AXI4-Lite, registers, status and interrupts |
| Memory interface | AXI4 external memory access and transmit / receive buffers |
| Time interface | External time input, synchronization status and media reference events |
| FPGA platform | Adaptation to the target FPGA, operating frequency and system interfaces; contact us for resource utilization and platform selection information |
Share your video format, audio requirements, network link rate and FPGA platform. BergLogic can provide product information, configuration guidance and integration support.
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