Meet Enclustra at Embedded Computing Conference

Get your embedded update at Embedded Computing Conference on June 6, 2023, 9:00 – 18:00 CET.

It's time to get your yearly embedded update! Take the chance and meet the embedded community and the FPGA experts from Enclustra on June 6, 2023 @Embedded Computing Conference in Winterthur. Get loads of brand-new information and know-how directly from the industry and research. For example, what to keep in mind when designing vision systems.

Vision systems are relevant today in a wide and diverse range of industries. They include not only fundamental image and video processing tasks but also more sophisticated computer vision operations that increasingly rely on machine learning. However, this ever-increasing functional importance carries with it a corresponding increase in system complexity.

In the presentation "Key Considerations in FPGA-based Vision Systems", Harry Commin – FPGA Lead Engineer at Enclustra – shows some of the key engineering considerations that should be kept in mind when designing and implementing a modern FPGA-based vision system. He also shares thoughts and experiences regarding the effective management of large interdisciplinary vision projects.

Get all the details and see you tomorrow - it's free: Embedded Computing Conference

Enclustra

Everything FPGA.

At Embedded World, Enclustra is introducing the brand new Andromeda System-on-Module (SoM) product family. It’s the next generation of modular and scalable FPGA System-on-Chip (SoC) based form factor. It supports three sizes: S (40×56 mm), M (52×66 mm), and L (80×64 mm) with 2 to 6 high-speed connectors supporting up to 780 I/Os.

Two AMD-Xilinx Zynq UltraScale+ MPSoC based modules are already available: The Andromeda XZU90 and the Andromeda XZU65. Three more are in development: The Andromeda XZU30 in the compact S form factor (40×56 mm), the Andromeda XZU70, as well as the Andromeda XRU50, based on the AMD-Xilinx ZU48DR RFSoC device.

Join the big Andromeda Launch on March 15^th, 17:00 at booth 2-501/Exhibitor forum. Enjoy a free beer and nibbles afterwards.

There is less than one week before Embedded World 2023 starts in Nuremberg, Germany. Be part of the excitement and discover how FPGA-based systems can transform your business. Visit Enclustra at booth 2-436 to see the largest portfolio of FPGA-based System-on-Modules, based on AMD-Xilinx, Intel, and Microchip devices.

With almost 20 years of FPGA system design experience and a team of over 100 employees, Enclustra can help you to jump-start your project. We support you in every area of FPGA-based system development. Be it high-speed hardware, HDL firmware, embedded software, specification support, implementation, prototype production, or any combination of the above. Our expertise enables us to create the best experience for you.

Do you need a free ticket to the event? Just send us an email at info@enclustra.com.
We can't wait to see you there!

 *The conditions of participation can be viewed at our booth.

At Embedded World, Enclustra is introducing the brand new Andromeda System-on-Module (SoM) product family. It’s the next generation of modular and scalable FPGA System-on-Chip (SoC) based form factor. It supports three sizes: S (40×56 mm), M (52×66 mm), and L (80×64 mm) with 2 to 6 high-speed connectors supporting up to 780 I/Os.

Two AMD-Xilinx Zynq UltraScale+ MPSoC based modules are already available: The Andromeda XZU90 and the Andromeda XZU65. Three more are in development: The Andromeda XZU30 in the compact S form factor (40×56 mm), the Andromeda XZU70, as well as the Andromeda XRU50, based on the AMD-Xilinx ZU48DR RFSoC device.

Join the big Andromeda Launch on March 15th, 17:00 at booth 2-501/Exhibitor forum. Get all the details and see the amazing features of the Andromeda family. Take the chance to win an Enclustra Design-in Kit, meet the Enclustra team with a free beer and nibbles.

Real-time video processing with latencies <100 µs: FPGAs have it covered.

A lot of video applications require low latency from glass to glass – that is from the sensor to the display. Examples are medical surgery robots, live streaming, or production lines. To showcase the speed and power of the FPGA technology, Enclustra has developed an ultra-low latency video demo, based on the Enclustra Mercury+ XU8 module.

The demo compares three variants of the same video pipeline: implemented with Software, High-Level-Synthesis (HLS) and VHDL. Running at 1920×1080 pixels @30 FPS, the FPGA-based solutions has a latency of <100 µs. The software solution reaches only 11 FPS and has a latency of 76 ms.

The software implementation uses 275% of the CPU load on the ARM Quad-Core Cortex-A53 in the Xilinx Zynq UltraScale+ MPSoC ZU7EV device. The FPGA variant only uses 0.5% – even using a Sobel filter with a 7×7 kernel instead of the smaller 3×3 kernel in software. The full potential of the FPGA can only be unleashed by an HDL/VHDL implementation: Optimized by the FPGA experts at Enclustra, it uses almost 4 times fewer FPGA resources than the HLS variant – while still providing the exact same performance.

And the best of all: Thanks to the modularity of the Enclustra portfolio, the development services team was able to port the demo in only one day of work to the brand new Andromeda XZU65 SoM.

Can't wait to see it life? Join us at Embedded World, booth 2-436 and connect with our experts.

Save the date and join us! Enclustra will present its services, System-on-Modules and solutions, from March 14 to 16, 2023 at  Embedded World 2023. View Enclustra's extensive portfolio of customer-tailored, ready-to-use and zero-maintenance SOMs, based on Xilinx, Intel and Microchip FPGAs at the world's largest trade fair and congress dedicated to embedded technologies. 

Experience how easily you can integrate the FPGA technology in your project, be it vision, drive, measurement, control, SDF, medical or any other application. Enclustra supports you in all areas of FPGA-based system development, from high-speed hardware and HDL firmware to embedded software and from specification and implementation to prototype production.

Meet the specialist for embedded, Linux-operated, FPGA-enhanced processing solutions. Get your free ticket and visit us at booth 2-436. Just send us an email at  info@enclustra.com

The fastest way to an FPGA-based application is to use an off-the-shelf  Enclustra System-on-Module and a base board – like the  Mercury+ PE3. It's the perfect combination to get the job done: be it to build a prototype or for building your FPGA system without designing custom hardware.

The  Mercury+ PE3 base board is optimized for high-speed communication applications – but not only that. It can be plugged into a PC, but can also be used as a standalone board. It is equally well suited for rapid prototyping and for building FPGA systems without designing custom hardware.

It provides a versatile set of I/O connectivity options, specialized for high-speed communication. Be it PCIe, Firefly, SFP+/QSFP+ or video applications with HDMI: The Mercury+ PE3 has it covered.

Check out all the details or  order the Mercury+ PE3  now.

Learn how to develop vision projects efficiently and successfully

It's never been easier to design high-performance vision applications. Thanks to SoCs with integrated FPGA fabric, like the AMD Xilinx Zynq UltraScale+ MPSoCs, the unprecedented processing power of this technology enables you to develop vision solutions in months instead of years.

In this free seminar, expert engineers from Avnet SILICA and Enclustra will show you how to successfully build a vision pipeline: connecting an image sensor to the FPGA, transferring the data to the CPU/PS, processing it in Linux and using the FPGA fabric as a machine vision accelerator.

Get all the info and register for the free seminar: Vision Projects with AMD Xilinx MPSoCs

The Leica CityMapper-2 generates 3D maps of cities in one run. Mounted on an airplane that flies at up to 300 km/h over the city, it records all data to generate accurate 3D data. Six 150 MP cameras and a LiDAR synchronized with the lowest possible jitter take an image every 0.9 seconds. The image data is stored to four SSDs on a host PC running Windows 10 – notably a non-real-time operating system.

The image data is transferred via a SLVS-EC (Scalable Low-Voltage Signaling with Embedded Clock) high-speed interface to an Enclustra Mercury+ XU8 SOM and temporarily stored in the SDRAM. Each sensor is connected to it's own SOM. The host PC then initiates the DMA engine of the Enclustra FPGA Manager PCIe IP Solution which transfers all the data through PCIe to the host PC without any further action from the host CPU, thus minimizing the CPU load.

Also integrated into the Enclustra Mercury+ XU8 SOM is a preview function. On a display the pilot or operator can check the image quality during the flight while the application is on mission and make sure the image data is collected correctly.Processing the data stream of almost 2 GBytes/swithout any frame drops is a very ambitious task.

If you would like to find out more about this exciting customer project, you can read the whole story .

Enclustra Germany is ready for growth and new customer projects. Site manager Hartmut Müller's team has just moved into a new, modern and large office. More colleagues will soon enlarge our Custom Platforms Business Unit.

If you're looking for a solution for your FPGA/SoC-based application, and need a custom base board, contact Hartmut Müller to get your project started.

Enclustra has decided on a forward looking strategy and to further invest in new products, markets and hiring more employees. That's why we have strengthened our management team and are expanding our office spaces at the same time. In Zurich, we have expanded from 500 to 1500 m², our Custom Platforms team in Ulm, Germany, has moved into a 300 m² office and the team in Shenzhen, China has also just moved to a bigger office.

Learn how to develop vision projects efficiently and successfully

It's never been easier to design high-performance vision applications. Thanks to SoCs with integrated FPGA fabric, like the AMD Xilinx Zynq UltraScale+ MPSoCs, the unprecedented processing power of this technology enables you to develop vision solutions in months instead of years.

In this free seminar, expert engineers from Avnet SILICA and Enclustra will show you how to successfully build a vision pipeline: connecting an image sensor to the FPGA, transferring the data to the CPU/PS, processing it in Linux and using the FPGA fabric as a machine vision accelerator.

Get all the info and register for the free seminar: Vision Projects with AMD Xilinx MPSoCs

Stockholm, September 13 – Copenhagen, September 15

The FPGAworld Conference is an international forum for researchers, engineers, teachers, students, and hackers. It covers topics such as complex analog/digital/software FPGA SoC systems, FPGA/ASIC-based products, educational and industrial cases, and more.

Take the opportunity to meet Enclustra in Stockholm and Copenhagen. We are exhibiting our powerful and flexible SoC modules and will show how you can shorten your development time. In Stockholm, we will also show you how to implement signal processing systems efficiently in a speech: "Efficient FPGA-based DSP – from KS/s up to GS/s". It will take place at 14:00 in room Devoted 04/Track 2.

Get all the info: FPGAworld 2022

12–13 October 2022 – Coventry Building Society Arena/UK

Connect with Enclustra and Entegra Solutions at EDS – The Engineering Design Show. Take the opportunity to meet our FPGA experts at the UK’s biggest event dedicated entirely to engineering, electronics and embedded design. We look forward to presenting the many advantages of the module-based approach for FPGA-based designs to you in person.

Get your embedded update live and face to face: Engineering Design Show EDS 2022

With the Andromeda XZU65 Enclustra is presenting its second FPGA-based System-on-Module with the Andromeda form factor. The modular Andromeda System-on-Module (SOM) family is optimized for high-end applications. The XZU65 is equipped with 3 connectors and offers 322 user I/Os.

This module is suitable for high-speed and video applications thanks to the high number of transceivers, the superior module connector performance and the large bandwidth of the DDR channels. It's based on the Xilinx Zynq UltraScale+ MPSoC ZU7EV/ZU11EG devices and is an optimal solution for the most rugged and demanding applications. The SOM integrates up to 4 GByte fast DDR4 SDRAM with Error Correction Code (ECC), 16 GByte eMMC flash and 128 MByte quad SPI flash. For communication it offers PCIe Gen3 x16, Gigabit Ethernet PHY and USB 3.0 as well as 24 MGTs with up to 16.6 Gbit/sec – all on a tiny footprint of just 68 × 52 mm.

Get all the details: Andromeda XZU65

Our brand-new Andromeda-Mercury Adapter enables the development of embedded processing systems and rapid prototyping based on the new high-performance Andromeda XZU65 module using the Mercury+ ST1 base board.

The Andromeda XZU65 SOM with the brand-new Andromeda-Mercury Adapter, and the Mercury+ ST1 base board is the perfect combination for high-performance applications like video acquisition, processing and display, digital signal processing, communication, embedded computing, rapid prototyping and industrial automation.

Have we sparked your interest? Contact us for more information.

Our FPGA Manager communication solution allows for simple and efficient data transfer between a host computer and an FPGA over USB, Gigabit Ethernet and PCI Express interfaces – all with one API. The new host implementation is now based on .NET6 and trimmed for higher performance and lower resource usage. And the best thing is that it is binary compatible with the existing C API across all platforms – just get the new version and benefit from all the new advantages.

We have also added some nifty new features like a Python API, cancellation support for enqueued transfers and OpenTelemetry metrics for all transport layers and link types. Thanks to the software target micro-framework you can emulate the FPGA Manager in software and test it even if the hardware is not ready yet.

If you own a valid maintenance agreement, you get the update for free. Request more info: FPGA Manager

Enclustra is a fast-growing, innovative and dynamic company with headquarters in Zurich, Switzerland and representatives worldwide. We offer you an exciting, open work environment and a varied job with a great deal of creative freedom. With us you will find a motivated team from 19 nations and unbureaucratic decision-making channels.

Zurich, Switzerland

• Manager LCM (f/m/d)
• Engineer LCM (f/m/d)
• Procurement Specialist – Electronics (f/m/d)
• Deputy Manager, Quality | Stellvertretende Leitung Qualitätswesen (w/f/d)
• Marketing Specialist | Marketingspezialist (w/f/d)
• FPGA/SoC Technical Project Manager | Consultant (f/m/d)
• FPGA/SoC Innovation Engineer | Elektro-Ingenieur (w/f/d)
• FPGA/SoC Firmware Engineer (w/f/d)
• High-Speed Hardware Design Engineer | Elektro-Ingenieur (w/f/d)
• Senior FPGA/SoC DSP Firmware Engineer (w/f/d)
• FPGA/SoC Embedded Software Engineer | Elektro-Ingenieur (w/f/d)
• Import/Export Specialist (f/m/d)
• Junior FPGA/SoC Embedded Software Engineer | Elektroingenieur (w/f/d)

Ulm, Germany

• FPGA/SoC Embedded Software Engineer | Elektro-Ingenieur (w/f/d)
• Office Administrator Germany (m/w/d)
• Junior Vertriebsmitarbeiter*in (m/w/d)
• FPGA/SoC Hardware Design Engineer| Elektro-Ingenieur (w/f/d)

Shenzhen, China

• 资深硬件工程师 | Senior FPGA/SoC Hardware Engineer (f/m/d)
• (资深)FPGA/SoC PCB 工程师 | (Senior) FPGA/SoC PCB Designer (f/m/d)

Check our careers page for updates. For spontaneous applications, send your CV and motivation letter to our HR team: hr@enclustra.com

We are happy to announce the foundation of Enclustra Germany  in Ulm – and welcome Hartmut Müller, our site manager (see news below). Personal contact is key to successful collaboration – we value being close to our customers. That's the reason we opened an office in the southern part of Germany.

In addition to our Headquarters in Zürich/Switzerland, we now have subsidiaries in Germany and China as well as agents in France, USA and Canada, who can help with both technical and sales enquiries.

Click through for your closest connection.

With Hartmut Müller, an experienced embedded and FPGA expert has joined Enclustra. He will manage our freshly founded Ulm site and is responsible for sales in Germany & Austria.

Thanks to his substantial expertise and know-how, Hartmut Müller will help our customers find the optimal solution for their application. Guidance with system design is one service on offer, with hardware selection based on a standard Enclustra module or a custom development, as well as application-specific recommendations for firmware and low-level software.

If you're looking for a solution for your FPGA/SoC-based application, contact Hartmut Müller to get your project started.

Every system needs a refresh or an upgrade sometimes. Be it to add new features, enhance the system performance or because some parts aren't available anymore (or only with prohibitively long lead times). Upgrading from a Xilinx Spartan-6 to a modern FPGA like a Zynq-7000 device or a Zynq UltraScale+ MPSoC with an integrated processing system is a chance to simplify the system and reduce the number of parts and PCB size. There is also the potential to lower power consumption and extend the life-cycle of the product.

But migrating to a new FPGA or SoC can also be complex and time-consuming: One needs to study a new chip architecture, deal with new development tools and migrate all existing code to the new toolchain. If an integrated processing system is used, one also has to take care of the board support package (BSP), the software build process and an operating system (for example Linux). All this know-how first needs to be built up, before the actual development might start.

With more than 17 years of FPGA system design experience , Enclustra can help you to jump-start your project. We do customer design projects at every stage of development, from conception through to bring-up at the customer site. Our expertise enables us to create the best experience for you. We pride ourselves on the quickest, highest possible quality of service and delivery from the moment you get in touch, to the moment your system starts up in the field for the first time. Be it an FPGA or SoC from Xilinx, Intel, Lattice, Efinix or Microchip:  We know them all blindfolded!

Get in contact and  tell us about your project.

With the Mercury+ MP1 system-on-chip (SoC) module, Enclustra is developing its first SOM based on the Microchip PolarFire SoC. And it's also our first module utilizing a RISC-V CPU.

The Mercury+ MP1 combines a unique feature set: low power consumption, thermal efficiency and a non-volatile FPGA fabric. And for sure it also packs all the other well-known Enclustra goodies on the same board: fast DDR4 ECC SDRAM, eMMC flash, SPI flash, dual Gigabit Ethernet PHY and USB 2.0 PHY.

Would you like to get updates about the development of the Mercury+ MP1? Just drop us a line:  Mercury+ MP1.

Are you always short on FPGA I/Os? Then we have good news for you: The Enclustra Mercury+ XU6 System-on-Module (SOM) has 294 user I/Os. The Xilinx Zynq UltraScale+ MPSoC based module is equipped with up to 8 GByte of fast DDR4 SDRAM. Also included are up to 8 6/12.5 Gbps MGTs and all common standard interfaces. Thanks to its 6 available product models, it covers a wide range of applications.

Check out all the details and start your project now. A click is all it takes to get your Mercury+ XU6.

The fastest way to an FPGA-based application is to use an off the shelf Enclustra System-on-Module and a base board – like the new Mercury+ PE3 . It's the perfect combination to get the job done: be it to build a prototype or for building your FPGA system without designing custom hardware.

Be one of the first to start a project with this versatile and high-bandwidth base board. Request your Mercury+ PE3 today.

Enclustra is an innovative, dynamic and successful company with headquarters in Zurich, Switzerland and representatives worldwide. We offer you an exciting, open work environment and a varied job with a great deal of creative freedom. With us you will find a motivated team from 10 nations and unbureaucratic decision-making channels.

Check our careers page for updates, and for spontaneous applications send your CV and motivation letter to our HR team: hr@enclustra.com

Enclustra is further strengthening its growing Asia site, located in Shenzhen, China. To better support our customers in China, Enclustra just published a dedicated Website in Chinese .

为了更好的为我们位于中国的客户提供支持，同时为了进一步支持持续发展中的位于中国深圳的亚洲分公司， Enclustra (瑞苏盈科) 刚刚发布了中文专用网站。

Visit our new China website and start your FPGA based project today: www.enclustra.com.cn .
Or send us an email: 许广源, 销售经理，大中华区

请访问我们的中文网站并即刻开启您的FPGA项目: www.enclustra.com.cn

或发邮件给我们: 许广源, 销售经理，大中华区

Enclustra offers a unique combination of signal processing and FPGA/SoC technology expertise . As a result, algorithms are implemented optimally by design which reduces resource and power consumption and hence finally overall cost. Where required, Enclustra has the know-how and experience to hand-code your custom algorithms in RTL or HLS. On the other hand, proprietary and open-source libraries are used for common operations to achieve low development cost.

We offer turn-key projects from concept to implementation but are also open to work hand-in-hand with customers throughout the project to achieve optimal flexibility. Enclustra can work on concepts, implementation of existing algorithms or both.

Our goal is your success. Nobody knows your application better than you do, and our mission is to support you in getting this know-how mapped to code-lines, LUTs and DSP slices in optimal quality.

Request your free offer today: Send us your specification

Enclustra’s Universal DSP Library covers the common and repetitive DSP tasks, allowing developers to focus on critical project-specific details. It massively reduces development time due to quick and easy integration and configuration using Vivado’s IP Integrator tools.

The Universal DSP Library provides efficient FPGA implementations of the most common digital signal processing components, such as FIR and CIC filters, mixers, CORDIC and function approximations. It also provides the necessary glue logic needed to connect DSP systems together, such as multiplexers, stream splitters, buffers, TDM-parallel converters and fixed-point format converters.

Every component is provided not only in raw VHDL source code, but also as a Xilinx Vivado IPI block. This allows signal processing chains to be built rapidly using Vivado’s Block Design GUI, or by direct VHDL instantiation.

To further simplify and speed up development, the DSP Library also contains bit-true simulation models based on an open-source Python framework. This allows the exact functionality to be tested, simulated, and optimized with the full power and ease of Python.

Enclustra Design-in Kits help shorten time-to-market for any Xilinx Zynq UltraScale+ MPSoC based application. Be it image processing, machine vision, test & measurement, communication or medical: With an Enclustra System-on-Module, the development time can be halved.

To shorten time-to-market as much as possible, Enclustra offers broad design-in support for their products and a comprehensive ecosystem, offering all required hardware, software and support materials. Detailed documentation and reference designs make it easy to get started. A user manual, user schematics, a 3D model, PCB footprints, differential I/O net length tables and the Linux-based Board Support Package (BSP) are all provided. In combination with ready-made base boards and heatsinks, developing an FPGA project has never been easier.

The Mercury+ PE3 base board is optimized for high-speed communication applications – but not only that. It can be plugged into a PC, but can also be used as a standalone board. It is equally well suited for rapid prototyping and for building FPGA systems without designing custom hardware.

It provides a versatile set of I/O connectivity options, specialized for high-speed communication. Be it PCIe, Firefly, SFP+/QSFP+ or video applications with HDMI: The Mercury+ PE3 has it covered.

See how to realize your embedded vision solution in weeks at the Enclustra and hema booth 8D15 at Vision 2021 .

See our brand new design-in kits in action: They are the fast way to the market. The two included example applications help you get started. The AI face detection and image classification are both based on ResNet50 and Xilinx Vitis AI. The ready-made binaries and the sources are included with the box – as well as extensive documentation describing how to build it yourself.

Thanks to the combination of the modular embedded vision platform from hema with an Enclustra System-on-Module , it's possible to develop and produce prototypes with near serial production quality within just six weeks.

We look forward welcoming you at VISION 2021 in hall 8, booth 8D15.

Do you need a free ticket ? Just send us an email .

Connect with Enclustra and Entegra Solutions at EDS – The Engineering Design Show . Take the chance to meet our FPGA experts in person for the first time in a long time. After the virtual event in spring, we look forward to presenting you the many advantages of the module-based approach for FPGA-based designs in person.

Get all the details at EDS booth E28 – entry is free.

The situation on the electronics market has been getting more and more difficult over the last six months. Lead times from our suppliers went up steadily, soaring to over a year for critical components. Besides the very long lead times, which we are trying to mitigate by increasing our buffer stock orders, Enclustra is faced with some component deliveries being postponed and even canceled last minute.

We are doing everything possible to meet delivery times. We are committed to communicating openly and promptly if there is any risk of delay. We are always working on improving shipping dates.

We sincerely appreciate all understanding and support from your side and encourage you to order at least one year ahead (up to two years possible). Please don’t hesitate to contact us if you have any questions or comments regarding the situation.

It's a great time to start your next FPGA-based product development. With our unparalleled team of FPGA/SoC engineers, we can assist your team with expert firmware design services. We have strong capabilities in feasibility studies and troubleshooting of FPGA/SoC based systems. We make FPGA technology easy. Send us your request or email us for a free quotation.

Enclustra has successfully achieved Quality Management System certification according to ISO Standard 9001:2015, which is the world's most widely recognized quality management standard. The ISO 9001:2015 standard and certification were selected specifically to ensure that Enclustra’s customers receive consistent, high-quality products and services.

The certificate is available for download on the Enclustra website under Company => ISO9001 Certificate

Enclustra developed FPGA firmware for a multi-channel video converter in the context of a design service contract. Various processing steps are applied to each of the parallel video streams: scaling, vertical/horizontal flipping, color-space conversion, and frame-rate adaption. Additionally, on-screen displays (OSD) can be added to each stream.

The video streams are received in SDI format, on the output side SDI as well as streaming over Ethernet are implemented. For streaming, the data is compressed using the Zynq UltraScale+ MPSoC VCU. A few years back, such a project would have been considered as a huge effort – today it can be realized with relatively low effort by utilizing some of Xilinx’s off-the-shelf IP as well as Enclustra’s internally developed video libraries.

If you would like to find out more about customer projects we did, you can find them here.

Enclustra’s brand new Universal DSP Library provides efficient FPGA implementations of the most common digital signal processing components, such as FIR and CIC filters, mixers, CORDIC and function approximations. It also provides the necessary glue logic needed to connect DSP systems together, such as multiplexers, stream splitters, buffers, TDM-parallel converters and fixed-point format converters.

The main emphasis is on minimizing development time. Every component is provided not only in raw VHDL source code, but also as a Xilinx Vivado IPI block. This allows signal processing chains to be built rapidly using Vivado’s Block Design GUI, or by direct VHDL instantiation.

To further simplify and speed up development, the DSP Library also contains bit-true simulation models based on an open-source Python framework. This allows the exact functionality to be tested, simulated, and optimized with the full power and ease of Python.

Do you like to know more? Read all the details.

With the Andromeda XZU90 Enclustra is presenting its first module from the brand new Andromeda family. The modular Andromeda System-on-Module (SOM) family is optimized for high-end applications. It supports up to 6 Samtec ADM6-60 high-speed connectors with up to 686 user I/Os.

Thanks to its built-in Xilinx Zynq UltraScale+ MPSoC ZU17EG/ZU19EG devices, the Andromeda XZU90 is the optimal solution for the most rugged and demanding applications. The SOM integrates up to 8 GByte fast DDR4 SDRAM with Error Correction Code (ECC), 16 GByte eMMC flash and 128 MByte quad SPI flash. For communication it offers up to 5 x PCIe Gen3 x16, Gigabit Ethernet PHY, USB 3.0 thanks to the 76 MGTs with up to 25 Gbit/sec – all on a tiny footprint of just 80 × 64 mm.

Get all the details: Andromeda XZU90

Enclustra is still expanding its already large portfolio of Xilinx Zynq UltraScale+ MPSoC based modules. For almost all applications, Enclustra is offering a module that helps to shorten time-to-market and lower total cost of ownership (TCO).

The Mercury+ XU6 is based on the Xilinx Zynq UltraScale+ MPSoC and is optimized for I/O-intensive applications. It offers up to 294 user I/Os, up to 8 6/12.5 Gbps MGTs and all common standard interfaces. Thanks to its 6 available product models, it covers a wide range of applications and opens the possibility for an easy, future upgrade.

Check out all the details or contact us to get more information about the Mercury+ XU6.

Are you in need for a base board for your next video project? We got it covered with the Mercury+ ST1 base board. It offers a wide range of I/O interfaces for video applications. Be it MIPI, HDMI or Mini DisplayPort: The Mercury+ ST1 offers them all – as well as a lot of other standard interfaces like Ethernet, USB 3.0 and SFP+ and FMC HPC connectors.

The Mercury+ ST1 base board is compatible with all Mercury/Mercury+ FPGA & SoC modules and is equally suited for prototyping and series production. Build your FPGA system in minutes and start taking advantage of the powerful FPGA technology!

Shorten time to market, develop more cost-effectively and offer more performance: The development of embedded vision and signal processing systems is highly demanding and there is a growing need for artificial intelligence, edge processing and machine learning. It is a challenge to shorten time to market, develop more cost-effectively and offer more performance.

The VISION DAYS from hema and Enclustra provide answers to today's challenges in developing embedded systems & focus on practical know-how.

The following topics await you at the VISION DAYS from June 21 to 24, 2021:

• Lower time to market with modular electronics
• The latest technologies for Edge-AI
• Panel discussion: Developing with System-on-Modules (SoM)
• Welding process visualization: process reliability in the automotive industry

We look forward to welcoming you at the VISION DAYS.

As every year, the Embedded Computing Conference imparts lots of know-how about embedded technology – directly targeting the industry. The only difference is that the conference now takes place virtually. This has the advantage that it is now even more efficient and accessible.

In its talk Enclustra presents how to simplify and speed the up development of FPGA based digital signal processing systems. Nowadays FPGAs often replace DSPs in industrial digital signal processing systems. Implementing digital signal processing with FPGAs used to be hard, because it had to be described with VHDL or Verilog. That’s why Enclustra developed a DSP Library for FPGA design. It enables you to assemble an entire digital signal processing system graphically in a very short time. The library includes FIR and CIC filters, CORDIC, function approximations, buffers and time-division multiplexing infrastructure, and supports both continuous-wave and pulse processing.

To further simplify and speed up development, the DSP Library also contains bit-true simulation models based on an open-source Python framework. This allows the exact functionality to be tested, simulated, and optimized with the full power and ease of Python.

We look forward to welcoming you on June 1^st.