Empower your edge computing with ADLINK, a leading company enabling edge solutions. Leverage AMD's high performance, secure integration, and power efficiency advantages for a wide range of edge, networking, and edge systems with x86 core architecture. Experience superior processing and graphics performance with ADLINK's utilization of AMD Ryzen™ Embedded series, powered by Radeon™ RX, perfect for industrial, medical, automation and gaming applications.
Experience the future of edge computing with our comprehensive offering, which includes the Ampere Altra-based COM-HPC module, a developer platform and/or dev kit. Dive in now to unleash superior performance, energy efficiency, and optimized TCO in applications including but not limited to industrial automation, autonomous vehicles, transportation, healthcare, video surveillance, and energy management.
Based on Arm architecture, ADLINK also collaborates with Ampere, NXP, MediaTek, Qualcomm, and Rockchip in module computing development and value-added solutions across varied industries, including smart manufacturing, autonomous driving, robotics, AMR, drone, transportation, logistics, retail, infotainment, healthcare, security, and more.
With plug-and-play tools, development kits, and all-encompassing systems, ADLINK and Arm empowers developers to accelerate and realize their innovations.
ADLINK is a Titanium member in Intel® Partner Alliance. From modular computing to system-ready use cases, ADLINK works closely with Intel to provide scalable, interoperable solutions that accelerate your intelligent device deployment with end-to-end analytics.
Utilizing Intel-based modules, ADLINK accelerates your products’ time to market with edge AI platform development support while addressing diverse industry pain points, such as in networking, smart manufacturing, autonomous driving, AMR, transportation, healthcare, retail, and infotainment.
ADLINK Technology and MediaTek are strategic partners that deliver innovative and powerful solutions for edge computing and edge AI applications. Leveraging MediaTek's flagship, power-efficient Genio platform SoCs and ADLINK's expertise in embedded and rugged designs, they provide high-performance, energy-efficient, and reliable modules and platforms in accomplishing various IoT use cases, such as smart home, human-machine interface, multimedia, industrial IoT, and robotics.
To fulfill industry-specific requirements, ADLINK is able to efficiently develop edge AI platforms, AI smart cameras, medical platforms, and AI portable GPU accelerators based on NVIDIA Jetson modules, the NVIDIA IGX platform,
and RTX Embedded GPUs for applicable industries, including smart manufacturing, autonomous driving, autonomous mobile robots (AMR), robotics, transportation, healthcare, logistics, retail, infotainment, AI development, professional graphics, and gaming.
Utilizing NXP's i.MX 8 and i.MX 9 series technology, ADLINK offers edge-connected solutions to assist medical, test & measurement, automation, and smart city customers reduce TCO. This combination of NXP's technology with ADLINK's R&D experience in edge computing provides versatile and dynamic solutions for critical applications.
Qualcomm Technologies’ portfolio of leading robotics and drones solutions is driving next-generation use cases, including autonomous deliveries, mission critical use cases, commercial and enterprise drone applications and more.
Among them, the Qualcomm QRB5165 solution is designed to help build consumer, enterprise or industrial robots with 5G connectivity, on-device AI and machine learning, superior computing, and intelligent sensing capabilities. By adopting Qualcomm QRB5165, ADLINK’s module will enable the proliferation of 5G in robotics and intelligent systems.
Empower your edge computing with ADLINK, a leading company enabling edge solutions. Leverage AMD's high performance, secure integration, and power efficiency advantages for a wide range of edge, networking, and edge systems with x86 core architecture. Experience superior processing and graphics performance with ADLINK's utilization of AMD Ryzen™ Embedded series, powered by Radeon™ RX, perfect for industrial, medical, automation and gaming applications.
Experience the future of edge computing with our comprehensive offering, which includes the Ampere Altra-based COM-HPC module, a developer platform and/or dev kit. Dive in now to unleash superior performance, energy efficiency, and optimized TCO in applications including but not limited to industrial automation, autonomous vehicles, transportation, healthcare, video surveillance, and energy management.
Based on Arm architecture, ADLINK also collaborates with Ampere, NXP, MediaTek, Qualcomm, and Rockchip in module computing development and value-added solutions across varied industries, including smart manufacturing, autonomous driving, robotics, AMR, drone, transportation, logistics, retail, infotainment, healthcare, security, and more.
With plug-and-play tools, development kits, and all-encompassing systems, ADLINK and Arm empowers developers to accelerate and realize their innovations.
ADLINK is a Titanium member in Intel® Partner Alliance. From modular computing to system-ready use cases, ADLINK works closely with Intel to provide scalable, interoperable solutions that accelerate your intelligent device deployment with end-to-end analytics.
Utilizing Intel-based modules, ADLINK accelerates your products’ time to market with edge AI platform development support while addressing diverse industry pain points, such as in networking, smart manufacturing, autonomous driving, AMR, transportation, healthcare, retail, and infotainment.
ADLINK Technology and MediaTek are strategic partners that deliver innovative and powerful solutions for edge computing and edge AI applications. Leveraging MediaTek's flagship, power-efficient Genio platform SoCs and ADLINK's expertise in embedded and rugged designs, they provide high-performance, energy-efficient, and reliable modules and platforms in accomplishing various IoT use cases, such as smart home, human-machine interface, multimedia, industrial IoT, and robotics.
To fulfill industry-specific requirements, ADLINK is able to efficiently develop edge AI platforms, AI smart cameras, medical platforms, and AI portable GPU accelerators based on NVIDIA Jetson modules, the NVIDIA IGX platform,
and RTX Embedded GPUs for applicable industries, including smart manufacturing, autonomous driving, autonomous mobile robots (AMR), robotics, transportation, healthcare, logistics, retail, infotainment, AI development, professional graphics, and gaming.
Utilizing NXP's i.MX 8 and i.MX 9 series technology, ADLINK offers edge-connected solutions to assist medical, test & measurement, automation, and smart city customers reduce TCO. This combination of NXP's technology with ADLINK's R&D experience in edge computing provides versatile and dynamic solutions for critical applications.
Qualcomm Technologies’ portfolio of leading robotics and drones solutions is driving next-generation use cases, including autonomous deliveries, mission critical use cases, commercial and enterprise drone applications and more.
Among them, the Qualcomm QRB5165 solution is designed to help build consumer, enterprise or industrial robots with 5G connectivity, on-device AI and machine learning, superior computing, and intelligent sensing capabilities. By adopting Qualcomm QRB5165, ADLINK’s module will enable the proliferation of 5G in robotics and intelligent systems.
For DDS enthusiasts, this forum was created by and for OpenSplice DDS users. Complementary to our website this is the place to discuss and learn about OpenSplice DDS and interact with its ever-growing development and user community. The OpenSplice DDS Forum includes Sections:
About DDS
Using OpenSplice DDS
Understanding OpenSplice DDS
Related Community Projects such as SIMD, CamelOS, DDS Touchstone and RESTful DDS.
Contributing a Test Build
If you would like to help expand the list of supported platforms for the DDS Community Edition by providing additional platform build and test capability please see the instructions on contributing an automated build.
Reporting Bugs in DDS Community Edition
If you have identified a bug with the DDS Community Edition please report a problem or search for an issue at theDDS Community Edition Bugzilla page here. Always make sure you are using the latest available version of theDDS Community Editionwhen reporting a bug. We can only provide free best effort support for this version. See the DDS Community Edition download pagefor the latest version. Consider asking on the OpenSplice DDS Forum list to see whether your bug is already known to other users or the OpenSplice DDS development team.
Contributing to DDS Community Edition Development
We welcome contributions from any member of the community who wish to help develop the DDS Community Edition by fixing bugs, contributing new features, or producing additional tests, examples, or documentation. By submitting comments, suggestions, code, code snippets, techniques (including that of usage) and algorithms (collectively "Submissions"), submitters acknowledge that they have the right to do so, that any such Submissions are given freely and unreservedly, and that they waive any claims to copyright or ownership. In addition, submitters acknowledge that any such Submission might become part of the copyright maintained on the overall body of code that comprises the DDS Commmunity Edition and Vortex OpenSplice DDS software. By making a Submission, submitters agree to these terms. Moreover, submitters acknowledge that the incorporation or modification of such Submissions is entirely at the discretion of the moderators of the DDS Community software project or their designees. In any of the below cases you will need to sign and return a contributor agreement document. Please see the section that deals with these below.
Contribute a DDS Community Edition Build
If you are interested in being involved in extending the platform support of DDS Community Edition then please Contact Us.
Related Projects
There are an increasing number of projects building cool technology around the DDS Community Edition. Below is a list of the projects we know about, but should your project be missing from the list please let us know and we will add it right away.
If you are interested in getting involved with the DDS Community Edition to contribute to either its roadmap or start a technology incubator we have a full list of cool things to do available here.
Escalier
Escalier is a Scala language binding for DDS currently targeting DDS Community Edition. The beauty of Escalier is that it takes advantage of the nice features provided by the Scala language to provide a very concise and elegant API for DDS. Escalier promotes a reactive programming style for DDS applications and in upcoming releases will provide a complete Functional Reactive Programming framework for writing DDS applications. Escalier defines a Scala API for the OMG Data Distribution Service (DDS) Standard. Escalier is currently implemented on top of the Open Source DDS implementation OpenSplice. http://code.google.com/p/escalier/