Sundance Multiprocessor Technology Ltd.

Sundance Multiprocessor Technology Ltd. Sundance Multiprocessor Technology Ltd. Typically, the applications which benefit include real-time control, robotics, image processing and pattern recognition.

SUNDANCE and Signal Processing

High-performance computers and Digital Signal Processors (DSPs) are increasingly being used to address a diverse range of automation tasks. Digital signal processing brings the benefits of increased efficiency, higher quality and lower running costs to many manufacturing and industrial organisations. has a leading role in the marketing and development of sophisticat

ed products which meet the myriad requirements of system builders. The Sundance range of boards and modules offers a fast turn-around and economical means of solving end-user requirements. Sundance products are typically either board level, or conform to defined module and carrier standards. In each case, they are designed to be used either as stand-alone solutions, or in multi-processor systems. Benefits to the user include:

Ease of design – Commercial Off-The-Shelf (COTS) products remove the expense and risk of in-house development
Flexibility – A common format makes it simpler to tailor the system configuration to application requirements
Expandability – Systems can be easily expanded and functionality is increased by the addition of more boards
Cost – Boards can be re-used, and components of installed systems can be upgraded and changed without the expense of replacing the entire system. Specifically, many of Sundance’s products conform to the TIM (Texas Instruments Module) standard for the TMS320C4x (‘C4x) and TMS320C6x (‘C6x) DSPs. Custom Designed Solutions

Many companies choose to focus on what they offer to the customer by way of solutions and skills. System providers and niche market OEMs often sub-contract their computer hardware design. If your application has unusual requirements, Sundance has the skills and resources to specify, design, manufacture and test a custom solution for you. Once the basic engineering concept has been agreed, Sundance will rapidly develop an ‘optimised’ system or board to meet your performance, size or environmental constraints. Our design engineers will help you to develop a specification that meets your requirements, whilst making every effort to ensure that your product conforms to appropriate industry standards. By doing so, your product will be re-useable in future system-building applications. As a result, you will enjoy the benefits of both compatibility and an optimised solution, along with a fast, cost-effective route to market. All designs are implemented using surface mount technology, resulting in lower costs, compactness, increased reliability and lower power consumption. Areas OF Expertise

Sundance business strategy is based on its skills in the following key areas:

Digital Signal Processing
The design and manufacture of efficient and reliable systems, using leading-edge DSPs, is a complex and demanding task. The Sundance team of engineers has many years’ experience in designing a range of DSP architectures. Digital Video Interfaces
Digital cameras offer significantly higher quality images than traditional analogue cameras. This is especially advantageous when they are used as inputs for DSPs. Sundance has developed a range of digital video capture systems. Re-configurable Computing Hardware
Sundance makes extensive use of Field Programmable Gate Arrays (FPGAs), as these products enable rapid prototyping and development. In addition, they allow standard products to be tailored to meet specific customer requirements. Multi-processing
In many applications, parallel architectures are the only method of achieving a viable solution. Sundance has been designing both large and small parallel systems since the company’s formation. Quailty Control and Management System

As a modern enterprise, Sundance maintains an integrated quality management system that coordinates the requirements of quality processes, environmental protection, industrial health and safety as laid down by the ISO9001:2008 standard. Our first products were designed for the parallel processing market. The product portfolio included PC add-in boards and modules. Sundance rapidly developed and built a wide range of processor modules and boards. The range included many special purpose modules and allowed Sundance to act as a ‘one-stop’ shop for system designers and manufacturers. Today, the Sundance product range includes modular systems based on the Texas Instruments TMS320C6x (‘C6x) range of processors as well as the Xilinx Virtex FPGA. Many products are now in their second or third generation, having been enhanced in response to customer demand.

Sundance is now a supplier of Red Pitaya products — a range of compact, open-source FPGA-based instruments that deliver ...
03/10/2025

Sundance is now a supplier of Red Pitaya products — a range of compact, open-source FPGA-based instruments that deliver high-performance signal acquisition, test & measurement, and control in a credit-card-sized form factor.

Why engineers are choosing Red Pitaya:

- FPGA-driven architecture for low-latency, real-time performance
- Seamless integration into lab and production workflows
- An open ecosystem that accelerates prototyping without vendor lock-in

Use cases range from spectrum analysis and SDR to advanced control systems, making it a versatile tool for both R&D and production environments.

More info: https://www.sundance.com/red-pitaya/

At FPGA Horizons 25, Mike Purday and Bradley Williams will be on hand to discuss how Red Pitaya’s flexible FPGA platforms are empowering engineers to build faster, smarter systems.

The VF365 is a 3U OpenVPX module that combines the Intel® Arria® 10 SoC FPGA with Texas Instruments KeyStone Multicore D...
16/09/2025

The VF365 is a 3U OpenVPX module that combines the Intel® Arria® 10 SoC FPGA with Texas Instruments KeyStone Multicore DSP technology, delivering an ultra-high bandwidth processing platform.

Key Features:
🔸 Dual-core ARM Cortex-A9 MPCore processor @ 1.2 GHz
🔸 Up to 8-core TI KeyStone DSP @ 1.25 GHz
🔸 Up to 4GB DDR3L and 64MB QDRII+ memory
🔸 Supports 40G Ethernet and VITA 57 FMC site for flexible I/O
🔸 Available in air- and conduction-cooled configurations

Ideal for applications in Radar, SIGINT, EW, SDR, Networking, and Video processing.

🔗 Learn more: https://hubs.ly/Q03BWBNs0

EMC³: Empowering Embedded AI and Vision Projects The   carrier board, when combined with the KRIA-K26 SoM, offers a robu...
09/09/2025

EMC³: Empowering Embedded AI and Vision Projects
The carrier board, when combined with the KRIA-K26 SoM, offers a robust solution for embedded AI and vision processing. Designed in a PC/104 form factor, it supports up to eight MIPI camera interfaces and two USB3.0 Type-C camera inputs.

Key Specifications:
🔸 PCIe/104 “OneBank” compatibility
🔸 Supports AI inference with low latency
🔸 Dual 1 Gb Ethernet connections for data transfer
🔸 Onboard SATA connector for large data storage
🔸 Wireless connectivity via 802.11 b/g/n WiFi module

Ideal for robotics, industrial automation, and vision-based applications.

🔗 Discover EMC³: https://hubs.ly/Q03BWz250

In modern contested airspace, electronic defense systems like Saab’s IDAS must detect and respond to threats within mill...
03/09/2025

In modern contested airspace, electronic defense systems like Saab’s IDAS must detect and respond to threats within milliseconds—all while meeting tight SWaP and reliability demands.

Our application example with our customer Saab shows how OpenVPX-based embedded computing platforms, such as the VF370 module from our partner Etion Create, help meet these stringent requirements through modularity, performance, and rugged design. Learn how proven technologies support high Technology Readiness Levels (TRL) in mission-critical airborne applications.



https://hubs.ly/Q03GDHvz0

PXIe720: Advancing Test and Measurement Systems The   is a powerful, flexible, and expandable PXIe module fully compatib...
02/09/2025

PXIe720: Advancing Test and Measurement Systems
The is a powerful, flexible, and expandable PXIe module fully compatible with PXI™-5 and ANSI-Vita-57.4 FMC+ carrier standards.

Highlights:
🔸 Built around the AMD/Xilinx XCKU060 FPGA
🔸 8GB of DDR4 memory
🔸 10Gb Ethernet and PCIe Gen3 x4 interface
🔸 Onboard QSPI flash supports multi-boot
🔸 JTAG enables real-time debugging
🔸 FMC+ site for expansion and White Rabbit precision timing via SFP+ fibre

Ideal for signal processing, data acquisition, and quantum computing research.

🔗 Learn more: https://hubs.ly/Q03BWCbl0

At Sundance, we believe innovation should be practical, scalable, and dependable. That’s why every board we design and e...
26/08/2025

At Sundance, we believe innovation should be practical, scalable, and dependable. That’s why every board we design and every module we manufacture is built to deliver reliable performance under pressure — whether it’s in a lab, in the field, or at 30,000 feet.

🔬 We combine:

🔸 Advanced R&D in FPGAs, DSPs, and multiprocessor platforms
🔸 Industry standards like PXIe, PC/104, and OpenVPX
🔸 Customizable platforms to fit your unique needs
🔸 Longevity and lifecycle support for peace of mind

From proof-of-concept to deployment, Sundance is proud to support engineers and developers with hardware that doesn’t just perform — it excels.

Let's shape the future of embedded systems together.

https://hubs.ly/Q03BWx4p0

Custom Hardware. Collaborative Engineering. Scalable Innovation. At Sundance, we go beyond off-the-shelf. Whether you're...
19/08/2025

Custom Hardware. Collaborative Engineering. Scalable Innovation.

At Sundance, we go beyond off-the-shelf. Whether you're building advanced AI/ML systems, rugged edge computing, or signal intelligence platforms, our team delivers:

🔹 Custom SoM + Carrier board design
🔹 OEM & ODM support from concept to deployment
🔹 Expertise across PXIe, PC/104, and OpenVPX standards
🔹 Long-term lifecycle and field-proven reliability

We work closely with engineers, researchers, and OEMs to turn ideas into embedded solutions that last.
Let’s build what’s next — together.

https://hubs.ly/Q03BWBww0

Newly announced by dPict Imaging, the DP-801S is an SDI interface module enabling real-time 12G (4K60) video streaming f...
12/08/2025

Newly announced by dPict Imaging, the DP-801S is an SDI interface module enabling real-time 12G (4K60) video streaming for Sony 4K block cameras.

- Real-time conversion of camera HDMI up to 4K60 to 12G SDI

- Provides communication and power to the camera

- Supports all Sony FCB blocks, including new FCB-ER9500

Full information available in the Sundance store:
https://store.sundance.com/product/dp-801s/

How compact can performance really get? At Sundance, we’re constantly exploring how to deliver more computing power in l...
12/08/2025

How compact can performance really get?

At Sundance, we’re constantly exploring how to deliver more computing power in less space—and the VCS³ is a great example of that mission in action.

Built around the AMD Zynq UltraScale+ MPSoC, the VCS³ is a single-board computer that merges high-performance ARM processing with FPGA flexibility. It’s a reliable choice for engineers and innovators working in:

🔸 Industrial automation
🔸 Robotics and smart systems
🔸 Edge AI and inference
🔸 IoT device control

All while staying incredibly compact, energy-efficient, and robust.
Curious to see if the VCS³ fits your build?

Let’s talk: [email protected]

Explore more: https://hubs.ly/Q03BWBvt0

Modularity is just the starting point—modern defense systems also need adaptability to keep up with rapidly evolving dem...
07/08/2025

Modularity is just the starting point—modern defense systems also need adaptability to keep up with rapidly evolving demands like AI, sensor fusion, and quantum-resilient encryption.

OpenVPX extends far beyond traditional slot-based modularity to enable dynamic reconfiguration, software-defined hardware, and high-performance data handling. From FPGA-driven bandwidth allocation to future-proof I/O and thermal designs, learn how today's platforms are built to evolve with tomorrow’s challenges.

Curious how this works in practice? Then dive into our latest blog and explore the next generation of OpenVPX innovation.
https://hubs.ly/Q03BM58R0

OpenVPX is transforming the future of defense and aerospace computing. 🚀 Its modular, scalable architecture—built on fle...
31/07/2025

OpenVPX is transforming the future of defense and aerospace computing. 🚀 Its modular, scalable architecture—built on flexible modules, backplanes, and slot profiles—lets engineers design rugged, high-performance systems without compromising on size, weight, or power. The key? Making smart early choices on modules, backplane topologies, cooling methods, and high-speed protocols like PCIe or Ethernet to ensure maximum performance and future-ready scalability.

Sundance and its partner Etion Create are raising the bar with SWaP-optimized OpenVPX modules packed with FPGAs, AI accelerators, and DSPs—perfect for radar, EW, SIGINT, and other edge-intensive applications. Built to VITA and SOSA standards, these solutions are rugged, interoperable, and built to last in the most demanding missions.

Read now our full blog about high-performance architectures based on OpenVPX.
https://hubs.ly/Q03zPDqD0

What makes embedded systems in defence, aerospace, and energy both powerful and future-proof? In mission-critical enviro...
24/07/2025

What makes embedded systems in defence, aerospace, and energy both powerful and future-proof?
In mission-critical environments, it's not just about raw performance—it's about interoperability, reliability, and long-term support.
In our latest blog, we are breaking down how this open VITA standard is reshaping everything from military command systems to space technology and even global energy infrastructure. Learn more about:
✔️ What OpenVPX actually is
✔️ Its modular architecture and system-level benefits
✔️ How it compares to other standards like PXIe, COM Express, and PC/104
✔️ An intersting use case in high-voltage power transmission (HVDC)
Whether you're building for harsh environments or designing systems that must last decades, this is a standard worth understanding.
👉 Dive into the blog to see why OpenVPX is at the heart of next-gen embedded systems.
https://hubs.ly/Q03yJfyL0
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Address

Chesham
HP51PS

Opening Hours

Monday 9am - 5pm
Tuesday 9am - 5pm
Wednesday 9am - 5pm
Thursday 9am - 5pm
Friday 9am - 5pm

Telephone

+44 1494 793 167

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