ATSC 3.0, also known as NextGen TV, is the latest standard for over-the-air television broadcasting. Built on an Internet Protocol (IP) backbone, it enables the delivery of higher quality video and audio, advanced interactive services, enhanced emergency alerts, and a range of new broadcast experiences.
With trials and commercial deployments underway across large parts of the Americas, ATSC 3.0 represents a significant growth opportunity for television and set-top box manufacturers.
To help manufacturers bring ATSC 3.0 enabled products to market quickly, efficiently, and cost-effectively, DTVKit provides a complete ATSC 3.0 protocol stack in source code form. This approach allows manufacturers to focus their engineering resources on product differentiation rather than core standards integration.
DTVKit’s ATSC 3.0 software stack is a Linux-based solution supporting multi-tuner configurations. It implements ATSC 3.0 standards and both MMT & ROUTE protocols with software demultiplexing. The architecture is modular and extensible, featuring a porting layer for integration with various frontends and platforms. Additionally, it is extendable to integrate with the Android TIF framework.
DTVKit’s ATSC 3.0 software stack is a Linux-based solution supporting multi-tuner configurations. It implements ATSC 3.0 standards and both MMT & ROUTE protocols with software demultiplexing. The architecture is modular and extensible, featuring a porting layer for integration with various frontends and platforms. Additionally, it is extendable to integrate with the Android TIF framework.
With the introduction of ATSC 3.0 (NextGen TV), ATSC 1.0 will gradually become a legacy broadcast standard. However, this transition will take time. ATSC 1.0 services are expected to remain widely deployed for many years, and device manufacturers will need to continue supporting them throughout the transition period.
To meet this requirement, DTVKit provides a full ATSC 1.0 software stack, enabling manufacturers to maintain compatibility in televisions and set‑top box (STB) products alongside next‑generation features.
DTVKit’s ATSC 1.0 stack is built on a modular architecture that supports both single‑ and multi‑tuner configurations. It implements the core ATSC A/53 standard, featuring robust MPEG‑2 transport stream demultiplexing and essential broadcast services such as channel scanning, SI/PSIP parsing, and electronic programme guide (EPG) support.
A flexible porting layer ensures seamless integration across a wide range of frontends, chipsets, and operating platforms. Lightweight, stable, and optimised for embedded environments, the DTVKit ATSC 1.0 stack is well suited for long‑term deployment in broadcast‑ready TV and STB products.
As a member of the DTVKit community, we’ve benefited greatly from the collaborative environment and extensive support network. Using DTVKit protocol stack covering DVB/ATSC/ISDB and its complete suite of television service middleware services, we’ve been able to overcome numerous challenges.
“DTVKit’s DVBCore software played a crucial role in the development of the Saorview Connect box, enabling the addition of PVR functionality to the product. The open-source nature of the platform allowed us to customize and optimize our solution in partnership with the product manufacturer, leading to the successful launch of the PVR feature.”
“During the design phase of our 5th-generation set-top box, Fetch TV sought a reliable DVB front-end software solution. DTVKit’s DVB Core software was highly recommended to us and played a critical role in the development of our Gen 5 set-top box.”
“As a founding member, we’ve seen first-hand the power of DTVKit’s shared-source model. It enables us to build scalable, standards-based DVB solutions while reducing time-to-market and development costs.
The collaborative ecosystem ensures we can innovate quickly and respond to real-world deployment needs. DTVKit remains a key part of our Smart TV strategy—and we’d recommend it to any company seeking flexible, future-ready software.”
“DTVKit has always been a steady and reliable partner for EKT. With an open mind and a willingness to share ideas, knowledge and plans for the future, DTVKit has always shown a true partnership.”
“The robust features and ease of integration provided by DTVKit enabled us to meet our promise to Saorview Connect viewers with a USB PVR solution that prioritised ease of use and reliable operation. We were thrilled with the results and highly recommend DTVKit to any organization looking to innovate in the digital TV space.”
“The DTVKit solution was not only simple to integrate but was also backed by prompt and effective support from the DTVKit team. This responsiveness helped us save costs and accelerate our time-to-market.”
“DTVKit has been a reliable and strategic partner for OBS. The shared-source model, combined with a collaborative developer community, provides a strong foundation for building flexible, cost-effective, and compliant DVB solutions. Their responsiveness and shared focus on quality and innovation have helped us accelerate product development while maintaining reliability.”
“Joining DTVKit allowed us to focus on what makes us different and know that we can rely on a sound partner for a lot of our core technology.”
“Thanks to its robust feature set and seamless integration, DTVKit enabled us to achieve a timely product launch. We’re extremely pleased with the results and wholeheartedly recommend DTVKit to any organisation looking to innovate in the digital TV space.”
“As a founding member, we saw the value in creating a sustainable, shared resource for DVB software. DTVKit gave us access to a robust, standards-based stack—one we could help shape and contribute to. It aligned perfectly with our mission to deliver high-quality Smart TV software without being tied to expensive, proprietary frameworks.”
“We joined DTVKit as we saw a need for a solution that was stable and mature, but where we could also gain a competitive edge. Such solutions are best acquired externally of your organisation, and DTVKit proved to be a great resource.”
“DTVKit has enabled us to reduce time-to-market, lower development costs, and improve platform scalability. It allows us to input into the future roadmap, based on real-world deployment needs. Our clients benefit from this agility and insight—getting to market faster with more resilient, future-ready solutions.”
DTVKit gives you access to a powerful, production‑proven suite of broadcast components — DVB, DVB‑NIP, DSM‑CC, HbbTV 2.0.4, CI Plus 1.4 and 2.0, plus ATSC 1.0 and 3.0.
As a member, you’re not just downloading code; you’re tapping into a shared pool of software components used in millions of devices worldwide. Everything is delivered as full source code, ready for you to integrate, customise, and build on.
Once your membership is confirmed and onboarding is complete, you’ll receive immediate access to the full DTVKit source code repository and documentation. Members are usually up and running within a few days.
Membership gives you unlimited, royalty‑free access to the entire codebase. Use it, modify it, ship it – without per‑unit fees or runtime charges. This model keeps costs predictable and empowers you to innovate freely, without commercial restrictions holding you back.
Yes. The stack is continuously maintained and improved, with updates driven by:
evolving DVB, ATSC, and HbbTV standards
security and performance enhancements
real product feedback from active members
Every improvement strengthens the entire community and you benefit from the collective momentum.
DTVKit is designed to be flexible. It already supports Android TV, RDK, and hybrid white‑label platforms, and can be ported to Linux or other embedded systems.
Members choose DTVKit because it adapts to their roadmap, not the other way around.
No. DTVKit is fully independent.
We align with DVB and ATSC standards to ensure compliance and interoperability, but you don’t need to join those organisations to use our software. Membership with DTVKit alone gives you everything you need to build compliant broadcast products.
DTVKit provides a complete ATSC 3.0 protocol stack in source code form. This approach allows manufacturers to focus their engineering resources on product differentiation rather than core standards integration.
