Andromeda Module Family

Related Products

• Andromeda XRU30
• Andromeda XRU50
• Andromeda XZU65
• Andromeda XZU70
• Andromeda XZU80
• Andromeda XZU90
• Andromeda IAE50

Base board

• Andromeda PE5

Andromeda – FPGA based System-on-Chip Boards

The Andromeda family of System-on-Modules (SOM) / System-on-Chip (SoC) modules 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 large AMD Zynq Ultrascale+ MPSoC devices with integrated ARM CPUs, the Andromeda SOMs are the optimal solution for the most rugged and demanding applications.

• 8 × RF-ADC up to 5 Gsps and 8 × RF-DAC up to 9.85 Gsps integrated.
• Built around AMD’s Zynq Ultrascale+ RFSoC FPGA
  • Quad core Cortex A53 at 1.5GHz
• Available in industrial temperature range
• DDR4 SDRAM with Error Correction Code (ECC)
• Five ADM6-60 Samtec connectors with up to 202 user I/Os
• Linux BSP and tool chain available soon
• Powerful and compact FPGA board
• Offers up to PCIe Gen3 x16 and Gen2 × 4 and 2 × Gigabit Ethernet and USB3.0 interface

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Andromeda SoC Baseboard PE5

The Andromeda PE5 is a versatile base board equipped with a multitude of I/O interfaces for use with the Andromeda family of SoC modules, providing a head start for building custom SoC based hardware systems. The board is equally well suited for rapid prototyping and for building FPGA systems without designing custom hardware.

• 6 × Andromeda module connectors
• PCIe ×8 edge connector
• 1 × QSFP28 connector, 2 × SFP28 connectors
• 2 × USB Type-C connectors
• 2 × Gigabit Ethernet connectors
• 2 × Micro HDMI connector (1 × Input, 1 × Output)
• 4 × SDI (2 × Input, 2 × Output)
• Mini DisplayPort connector
• M.2 PCIe/SATA slot
• 2 × FMC+ HSPC connectors
• Low-jitter clock generators
• microSD slot
• FTDI USB 2.0 high-speed device controller
• Standalone or PCIe operation
• 12V single supply or PCIe powered
• 170 × 111.15 mm (PCB only)
• System monitor for monitoring voltages and currents
• Fan controller and connector

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Pluto XZU20 & Baseboard

Related Products

Zynq UltraScale+ MPSoC system-on-module/SOM

• System-on-Chip Modules

Base board

• Mars ST3
• Mercury+ ST1

Tiny SoC

The Pluto XZU20 system-on-chip (SoC) module combines AMD InFO package MPSoC Zynq UltraScale+ device with low power LPDDR4 SDRAM, eMMC flash, quad SPI flash, Gigabit Ethernet PHY, USB 3.0 and thus forms a complete embedded processing system in only 30×30 mm. This module is suitable for sensing systems, remote applications and industrial control thanks to the low-power profile and the capability of the AMD MPSoC.

• Built around Xilinx’s Zynq Ultrascale+ MPSoC
• LPDDR4
• 4.26 GByte/sec memory bandwidth
• Offers USB 3.0 and Gigabit Ethernet interfaces
• Available in industrial temperature range
• 596 LGA pins with up to 106 user I/Os
• Linux BSP and tool chain available
• Powerful and compact FPGA board

Tiny SoC Baseboard ST11

The Pluto ST11 is a versatile base board equipped with interfaces (GbE, USB 2.0/3.0, MIPI, etc.) and features (boot mode selection, IO headers, etc.) that expose the functionality of the installed Pluto family SoM. With the ST11 base board, the user can choose the Pluto family SoM installed, then experiment with the SoM to quickly verify, set-up proof of concept demos or even integrate it within a larger system.

• Compatible with all Pluto SoC modules
• Mini DisplayPort for video applications
• USB 3.0 Type A
• Gigabit Ethernet
• 4 x MIPI interfaces for camera and display applications
• Suitable for prototype to series production
• Board size 100 x 100mm

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Everything FPGA

Related Products

Zynq UltraScale+ MPSoC system-on-module/SOM

• Mars XU3
• Mercury XU5

Base board

• Mars ST3
• Mercury+ ST1

Design-in Kits – The fastest way to market

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 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 design-in kits include 2 example applications, to get you started: AI face detection and image classification. They are based on ResNet50 and Xilinx Vitis AI. The ready made binaries as well as the sources are packed with the box – as well as the extensive documentation how to build it yourself.

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Versatile MPSoC Platform with Xilinx Zynq Ultrascale, FMC+, DDR4 on PCIe or Standalone

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• ADC FMC 125
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• FMC SFP+

Innovative FMC modules

• FMC-250
• FMC-310
• FMC-500
• FMC-1000
• FMC-SFP+
• FMC-QSFP+
• FMC-10GE
• FMC-SDF

Cost effective Zynq Ultrascale MPSoC platform with HPC FMC+ site, DDR4 memory and PCIe

Since 15+ years , TECHWAY offers cost-effective solutions to simplify FPGA technology integration onto the Industrial market.

The new PFP-ZU+ cards are a range of Zynq PCIe boards with FMC+ slot based on Xilinx’s latest SoC (System on Chip): Zynq UltraScale+. The versatility of the PFP-ZU+ stems from useful features, including an all-FMC+ slot, DDR4 memories, management system, and more. Thanks to the Arm processor, you have access to multiple interfaces that allow you to easily design autonomous equipment.

Based on a common real-time processor and a platform equipped with programmable logic, our Zynq PCIe board with FMC+ features a ZU7CG or ZU11EG SoC to optimize the price/performance ratio.

Xilinx’s Zynq® UltraScale+ MPSoC components offer 64-bit processor flexibility, while combining real-time control with software and hardware engines for graphics, video, waveform, and packet processing.

The PFP-ZU+ can be easily used in a standard PC (drivers available for Windows and Linux) or in your own system as a standalone device.

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FMC SFP SFP+ VITA 57.1 High Speed Serial Link Card

FMC SFP+

The FMC SFP SFP+ card, compliant with the VITA 57.1 standard, offers high-speed serial interfaces. Equipped with 3 or 4 SFP+ SFP cages and a programmable oscillator, this mezzanine card enables the implementation of numerous protocols (Fiber Channel, ARINC 818, Serial FPDP, UDP, eSATA, etc.).

This FMC SFP SFP+ card is also equipped with an additional FMC connector, allowing it to extend its interface to 6, 8, 9 or 12 SFP/SFP+, by stacking the cards.

Compatible with many FPGA cards, including the PFP-KX7+ card , the assembly allows copper or optical links to be interfaced.

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Single board

Multiple variants of the board stacked

RFX-8440 RFSoC Data Acquisition FPGA Card with 5GSPS Adc, 9.7GSPS Dac, Ultrascale+

Zynq RFSoC PCIe & Standalone Platform
Seamlessly cross between analog and digital at up to gigahertz rates

The BittWare RFX-8440 data acquisition card features the third generation Xilinx Zynq® UltraScale+ RFSoC ZU43DR. This innovative PCIe data acquisition card is capable of addressing the entire sub-6 gigahertz (GHz) spectrum – a critical need for applications such as 5G, LTE wireless, phased array RADAR and satellite communications.

The Xilinx Zynq® UltraScale+ RFSoC integrates RF-class A/D and D/A converters into the Zynq® FPGA fabric and multi-core ARM processor subsystem, creating a multi-channel data conversion and processing solution on a single chip. With the product development, manufacturing, quality and lifecycle management capabilities of the Molex group behind it, the RFX-8440 is an Enterprise-class product ideal for rapid prototyping as well as volume deployment in end user systems.

The board is available with two different front ends:

• RFX-8440A for data acquisition covering 30MHz to S band rates
• RFX-8440L for L band covering 1GHz – 2GHz.

The RFX-8440 FPGA design can be fully customized using VHDL and the FrameWork Logic Devkit.

The RFX-8440 board has eight high speed serial OCu-Link ports (25Gb/s each) for transport of data on and off the card.

A software development kit for host development includes C++ libraries and 64-bit drivers for Windows and Linux. An application demonstrating the module’s features, including streaming ADC & DAC samples to/from disk, is provided.

XU-AWG 12 GSPS Dual 16 bit Dac board with PLL, DDR4 and Kintex Ultrascale FPGA all on XMC

ISI LLC have released the first board in a new family of high performance data acquisition modules that is centred around the Xilinx Kintex Ultrascale^®.

The XU-AWG is an XMC module with two 8-lane high speed serial links: one on XMC connector P15, one on P16. These links can support several protocols (up to 8-lane PCIe on P15, Aurora, or user defined). The XU-AWG features two AC- coupled single-ended DAC outputs with programmable DC bias. The Analog Devices AD9162 high-speed/high performance DACs employ synchronization support, interpolation, fixed latency and unique output circuits supplying improved frequency synthesis in the 2nd and 3rd Nyquist zones.

A Xilinx Kintex Ultrascale XCKU060 FPGA with 4GB DDR4 RAM memory provides a high-performance DSP core for demanding applications such as RADAR and wireless IF generation. The close integration of the analog front-end, memory, and host interface with the FPGA enables real-time signal processing.

The XU XMC module couples a powerful multi-channel PCIe DMA architecture with a high performance 8-lane PCI Express link connected to the carrier. PCIe link speeds up to Gen3 are supported; however, the actual PCIe link performance depends on the XMC carrier as well as the host system.

The XU-AWG FPGA design can be fully customized using VHDL and the FrameWork Logic Devkit. Xilinx JESD204B IP license, purchased separately from Xilinx, is required for logic development.

A software development kit for host development includes C++ libraries and 64-bit drivers for Windows and Linux. An application demonstrating the module’s features, including streaming DAC samples from disk, is provided.

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Dual Adc and Dac with Artix7 FPGA now with software support for NVIDIA® Jetson GPU

XA-160M supported by NVIDIA® Jetson for Distributed Acoustic Sensing

Entegra Solutions is delighted to announce the XA-160M is now supported by the NVIDIA® Jetson.  We have been working with ISI to provide this new solution to our customers. This enables our customers to develop low cost, compact and revolutionary DAS systems. Distributed Acoustic Sensing (DAS) is an important part of the photonics industry which is worth £12.9B to the UK economy (WNIE 29 June 2017). We are a leading supplier to this industry. Previously our solutions have been provided in a Windows or Linux based PC chassis. The NVIDIA® Jetson offers high performance in compact form factor ideal for some applications.

Technology

In Rayleigh scattering based distributed acoustic sensing (DAS) systems use fibre optic cables to provide distributed strain sensing. In DAS, the optical fibre cable becomes the sensing element and measurements are made, and in part processed, using an attached optoelectronic device. Such a system allows acoustic frequency strain signals to be detected over large distances and in harsh environments. The systems can be based on Coherent Rayleigh Optical Time Domain Reflectometry (COTDR) or Phase-sensitive coherent optical time-domain reflectometry (ϕ-OTDR), amoungst other methods. The interference signal is captured and often a large FFT is required during the signal processing.

These systems need high speed data acquisition like the XA-160M which is ideal for these applications, as it has two 160 MSPS 16-bit ADC channels, two 615 MSPS 16-bit DAC channels and a Xilinx Artix-7 FPGA. In many cases the large FFT required in post signal processing has been run on mid tier Windows based PCs. The advance in computing technology for AI and autonomous systems has led to the development of new powerful low cost processors which can process large FFT’s. The NVIDIA® Jetson is ideal for this application.

Revolution in DAS

The combination of XA-160M and NVIDIA® Jetson is a sweet spot of cost and performance for new DAS systems. It allows distributed low cost nodes to be built in compact portable or large integrated systems  bringing DAS technology to a wider market place. Entegra Solutions expertise in Digital Signal Processing in FPGAs and DAS systems gives our customers a competitive advantage and allows us to reach new markets together.

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Versatile FPGA Platform with Xilinx Kintex-7, FMC+, DDR3 on PCIe or Standalone

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• ADC FMC 125
• Optical interface WildcatFMC
• Optical interface TigerFMC

Innovative FMC modules

• FMC-250
• FMC-310
• FMC-500
• FMC-1000
• FMC-SFP+
• FMC-QSFP+
• FMC-10GE
• FMC-SDF

Cost effective Kintex-7 FPGA platform with HPC FMC site, memory and PCIe

Since 15+ years , TECHWAY offers cost-effective solutions to simplify FPGA technology integration onto the Industrial market.

In 2012, TECHWAY pioneered the PFP-KX7 boards: Xilinx Kintex-7 FPGA platforms including FMC site for modularity. Five years later, PFP-KX7 series are widely adopted by Industry key players.

Capitalizing on this success, TECHWAY goes beyond the state-of-the-art FMC+ technology with the new PFP-KX7+ series.

PFP-KX7+ are highly-versatile thanks to their perfect technology mix:
Kintex-7 FPGA, FMC+ site, DDR3 memories, management system, 12 HSS on FMC+, programmable clock generator, etc.

Fully compliant with VITA 57.4 standard, PFP-KX7+ boards were designed to easily fit into existing system or brand-new architecture.

Opposite to development boards, the PFPs is a deployable platform in use by several OEM with field proven 24/24h 7/7d usage.

The PFP boards can be integrated in standard PCs environment (drivers available for both Linux and Windows) or in STANDALONE mode your own enclosure.

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Data Acquisition for ADAS

ADAS: Advanced Driver Assistance Systems

Data Acquisition Hardware and Recorders

The race to develop autonomous vehicles (AV) and advanced driver assistance systems (ADAS) has created unprecedented problems in the electronics that must support this technology.  From handling and processing data from multiple sensors in real-time to the reliability, cost, and size constraints necessary for mass vehicle deployment, the challenge for designers to meet these requirements is difficult.

At Innovative Integration, we understand the problems of ADAS electronics implementations, and strive to work with our customer to design fast, reliable, yet cost-effective hardware solutions.  We have expertise in sensor, LiDAR, and video processing in real-time, across multiple channels.  Our solutions are comprised of FPGA or ASIC based hardware, signal processing algorithms, and miniaturization and packaging solutions for a full prototype-to-production solution.

Capture Signals No One Else Can

Fast Prototyping for LiDAR Based ADAS

Our off the shelf prototype hardware is powerful enough to process the multiple channels necessary in an ADAS equipped vehicle.  This creates a “fast prototype” solution to test proof of concept so algorithms can be flushed out during development.  Our customers can significantly reduce design time by using the inherent ability of our FPGA based cards to adjust signal processing and functional algorithms on the fly.

Preparing for Manufacturing

During the design phase, we work with your engineering team to miniaturize and cost optimize the design.  Miniaturization can start with the die level silicon and end with connector and case sizing.  This is done in full consideration of the reliability and durability requirements necessary for a consumer automotive application.  Cost optimization is done at multiple levels from materials optimization to chip optimization.

Manufacturing Done Within Our Facilities

We have full manufacturing and quality control abilities to meet global supply chain requirements at our Camarillo CA headquarters and our parent company Molex headquarters in Lisle, Il.

The Next Step

Contact us to learn more about how we can help with your ADAS electronics needs.