intoPIX

  • TITANIUM SDK · INTOPIX  · v2.0 2026

    The IPMX & ST 2110 SDK for
    x86-64 workstations & servers 
    ​— ultra-low-latency video streaming, no dedicated NIC required

    Ultra-low-latency JPEG XS streaming over standard Ethernet and local networks — no dedicated ST 2110 NIC required. IPMX-certified, GStreamer-based, CPU or GPU-accelerated. Runs on any COTS x86-64 hardware, from a laptop to a rack server.

    WHAT IT DELIVERS

    Sub-frame latency
    Sink / Source

    HD · 4K · 8K · any format 8K

    1G / 2.5G / 10G Ethernet

    STANDARDS

    RTP - UDP - IP - SDP

    PTP IEEE 1588

    JPEG XS High & TDC

    IPMX / VSF TR-10

    SMPTE ST 2110

    NMOS IS-04/05/09/11

    Start your free rial
    Contact our engineers

    SDK

    AT A GLANCE

    < 5ms
    SOURCE TO SINK

    Up to 8
    VIDEO STREAMS PER HOST/CLIENT

    8K
    Max RESOLUTION

    IPMX
    INTEROP TESTED

    REGULAR RELEASES

WHY TITANIUM SDK

One SDK. IPMX and ST 2110. Any x86-64 hardware.

The only SDK that delivers full IPMX and SMPTE ST 2110 compliance on standard COTS x86-64 hardware — CPU, GPU, and integrated NIC — with the intoPIX line-based framework and JPEG XS pipeline that make sub-frame latency possible on software.

Line-based framework — not frame-based

Unlike H.264/H.265-based SDKs, the Titanium SDK processes video line-by-line through its JPEG XS pipeline — the same approach used in FPGA hardware. This is what makes sub-frame, sub-5 ms latency achievable in software on a standard CPU.
No dedicated ST 2110 NIC required

Runs from integrated 1G / 2.5G Ethernet — the port already on your workstation or server. No proprietary hardware. Scale up to PCIe 10G/25G NICs when you need higher density.
IPMX-certified — not just ST 2110

Most ST 2110 SDKs stop at broadcast. Titanium is IPMX VSF TR-10 certified (EBU interop, January 2026), covering NMOS IS-04/05/11, PEP encryption, non-PTP timing, and full IPMX ecosystem interoperability.
GStreamer-native, developer-friendly

Delivered as compiled GStreamer plugins with reference pipelines for ST 2110, IPMX, video, audio, NMOS, PTP, and PEP. JPEG XS codec included - no third party codec integration required. Note: third-party GStreamer plugins are typically not optimised for ultra-low latency — engineering services available.
Wavelet scalability — MAIN + PROXY

Generate a PROXY qHD stream alongside the 4K MAIN from a single encode pass. Receivers subscribe independently via NMOS — no re-encode, no extra bandwidth beyond the PROXY itself.
GPU acceleration — optional, not required

Add NVIDIA GPU acceleration for JPEG XS encoding and decoding to boost stream density. Multi-process CPU architecture ensures high performance even without a discrete GPU.

Any IP network. Zero compromise on latency.

The Titanium SDK is designed for developers building professional video applications — whether you are in broadcast, ProAV, or any market where latency, quality, and standards compliance matter.

TRANSPORT

RTP over UDP/IP — standard Ethernet, any switch

No proprietary hardware, no special cabling. Stream compressed HD, 4K, 8K over the same network your other equipment uses. Runs on the integrated NIC of any Windows or Linux workstation or server.

QUALITY

Visually lossless on any content — 4K, 8K, HDR

JPEG XS High and TDC profiles deliver visually lossless quality at any resolution and bit depth. No blocking artefacts, no motion blur — same visual quality as uncompressed, at a fraction of the bandwidth.

LATENCY

Sub-frame, glass-to-glass

Line-based JPEG XS processing — not frame-buffered — delivers latency that H.264/H.265-based pipelines cannot match. Suitable for live production monitoring, real-time collaboration, and any workflow where delay is visible.

FUTURE-PROOF

Everything included — your secret sauce stays yours

Full SMPTE ST 2110 and IPMX compliance is built in the SINK & SOURCE from day one. If a broadcast or ProAV customer requires certified interoperability, you are already there — no re-architecture required.

Live production monitoring

Cloud & server workflows

Medical imaging

Simulation & visualisation

Virtual production

Any 1G / 2.5G / 10G network

STANDARD

IPMX / VSF TR-10 — full implementation

JPEG XS High + TDC compressed video, NMOS IS-04/05/09/11 discovery and control, PEP/HKEP encryption, RTCP non-PTP timing. Interoperability tested with several deployed equipments, and the wider AIMS ecosystem.

KEY DIFFERENTIATOR

IPMX on COTS — no dedicated NIC

Build IPMX-compliant software applications on any Windows or Linux x86-64 workstation. 

IPMX software endpoints

AV-over-IP applications

NMOS-controlled workflows

New to IPMX, or want to understand how it compares to SMPTE ST 2110? Read our IPMX & ST 2110 guide →

STANDARD

SMPTE ST 2110 — full stack on on x86-64

ST 2110-22 compressed video, -30 audio (AES67), -21 traffic shaping (N and W), -10 ANC. PTP IEEE 1588 / SMPTE 2059 follower. ST 2110-20 uncompressed optional., ST 2022-7 dual-path redundancy, ...

BRIDGE THE STUDIO TO THE WORLD

JPEG XS wavelet efficiency on software

Hardware-quality JPEG XS on x86-64. MAIN + PROXY streams, downscale at decoder, GPU acceleration. Run 8× 1080p or 2× 4K60 streams on a single server — direct replacement for uncompressed ST 2110-20 workflows.

Live production

Contribution encoding

Multiviewer & monitoring

Cloud playout

Virtual production

New to SMPTE ST 2110, or want to understand how it compares to IPMX? Read our IPMX & ST 2110 guide →

Standards & compatibility:

    2110

SYSTEM ARCHITECTURE

Inside the Titanium SDK

A GStreamer-native pipeline delivering JPEG XS encode/decode, Ultra-Low-Latency ST 2110 / IPMX transport, NMOS control, and PTP synchronisation — all in compiled libraries that integrate into your x86-64 application.

Titanium SDK Reference architecture . Third-party GStreamer plugins for media I/O are typically not optimized for ultra-low latency. Contact us about engineering services to integrate Titanium into your specific pipeline.

TECHNICAL SPECIFICATIONS

Full specification reference

Video
 Compressed Standard SMPTE ST 2110-22 / IPMX (incl. RFC 9135)
Codec JPEG XS High / TDC, with optional dual-stream: full-resolution + qHD proxy. Customizable bit-rate control and bandwidth optimization
 Resolutions 720p · 1080p · 2160p · 4320p  · Custom
 Frame rates Progressive & Interlaced - Any fps - 24 / 30 / 60 / 120 fps
 Color YCbCr · RGB
 Chroma 4:2:0 · 4:2:2 · 4:4:4
 Bit depth 8 / 10 / 12-bit
Uncompressed 
 SMPTE ST 2110-20 (optional)
Networking & Protocols
 TransportRTP over UDP/IP · Unicast & Multicast
· SMPTE 2110 · IPMX (VSF TR10)
 Synchronous TimingPTP IEEE 1588 / SMPTE ST 2059 follower
 Asynchronous TimingRTCP-based system timing (non-PTP networks)
Stream Description and Control ManagementSDP (Session Description Protocol)  · NMOS, including:
IS-04 Discovery & Registration
IS-05 Connection Management
IS-09 System Parameters
IS-11 Stream Compatibility
 Traffic shapingSMPTE ST 2110-21 Narrow (N), Wide (W), Async
 Encryption AES128 Encryption  · PEP - VSF TR10-13  (option)
StreamsUnlimited concurrent streams
Performance
LatencySub-frame · line-based intoPIX framework
End-to-end target<5ms Source to Sink - excluding 3rd party Media I/O
ON INTEGRATED NIC
2.5G (TYPICAL)
 720p / 1080iUp to 8 streams
 1080p Up to 4 streams
 4K60 Up to 2 streams
 8K1 stream

=> Higher stream density on Linux and with PCIe 10G/25G NIC.

Audio
 StandardSMPTE ST 2110-30 / IPMX VSF TR-10-3 / AES67
 Channels2 to 8, 16 or more (multi-channel) 
 FormatPCM digital / 24-bit / AES67
Sample rate44.1 kHz, 48 kHz, 96 kHz
Platform & Development
 OSLinux & Window
Architecture
x86-64 (AMD & Intel)
 APIC/C++ · GStreamer plugins
 FrameworkintoPIX low-latency Gstreamer
 NICIntegrated 1G/2.5G · PCIe up to 10G
GPUNVIDIA / AMD (optional)
 CPUMulti-core · multi-process
 Services Engineering & integration services

LICENSING

Tailored to your use case

Titanium SDK is available as TX (sender), RX (receiver), or combined licences for Windows and Linux. Packages are configured around your application — resolution, stream count, OS, and optional GPU acceleration or PEP security. Start with a 1-month evaluation trial, then move to a production licence sized to your needs.

Sender applications

Screen capture, camera ingest, contribution encoding, virtual production output — TX licence with JPEG XS encoder, ST 2110 / IPMX transmitter, NMOS registration, and SDP generation.

Receiver applications

Monitoring, multiviewer, playout, display wall, recording — RX licence with JPEG XS decoder (High + TDC), ST 2110 / IPMX receiver, NMOS subscription, and synchronisation.

Combined workflows

Transcoding, processing, gateway, or any application that both receives and sends — TX + RX combined licence. Optional GPU acceleration and PEP encryption add-ons available for both.

All packages include compiled GStreamer libraries, reference pipelines, and TitaniumViewer / TitaniumShow test licences. Contact us to discuss the right configuration for your project.

ENGAGEMENT PROCESS

From evaluation to production in 4 steps

 1 

1-month trial

Validate compatibility, performance, and latency on your hardware..

 2 

Requirement check

Does the SDK meet your specs? Proceed to production — or assess custom features.

 3 

Custom features

If on our roadmap, proceed directly. Otherwise we assess feasibility and estimate effort.

 4 

Production license

Commercial licensing, integration support, and deployment assistance.

 + 

Engineering services

Need help optimising for ultra-low latency? intoPIX offers software design services beyond the SDK.

Ready to integrate the Titanium SDK?

Start with a 1-month evaluation trial — or talk to our engineers about your specific use case, hardware, and performance requirements.

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RELATED PRODUCTS

Complete the Titanium ecosystem

FPGA SoC

Titanium FPGA SoC EDK

ST 2110 / IPMX for AMD Zynq Ultrascale+ — the smallest FPGA SoC design, over integrated 1G GigE.
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ARM SOC

Titanium SoC EDK

For ARM64 SoCs including Nvidia Jetson, Qualcomm, NXP and other ARM platforms — leveraging software codec acceleration.
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TURNKEY APPLICATIONS

Titanium Apps

TitaniumViewer and TitaniumShow for Windows — IPMX certified, ideal for testing your SDK integration or deploying AV-over-IP workflows.
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CODEC SDK

FastTicoXS SDK

Standalone JPEG XS encoder/decoder SDK for x86-64, ARM64 & GPUs — integrate JPEG XS into any application without the full ST 2110 / IPMX stack.
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