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Image Matters

Supplier of innovative hardware components and software

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The best of you with a touch of us

The origami™ concept creates agility and speed in your hardware development. The origami™ and origami™ square modules become the beating heart of your system. It regroups the most sensitive components in electronics: FPGA, memory, flash, local power supply, and other essential components to run the targeted FPGA efficiently. This leaves you with the carrier board to design. Freed from most of the PCB complexities, you can very quickly build, tailor, version, adapt your perfect carrier board in a safer and more efficient way compared to building everything from scratch.

Schema  connector module carrier

Empower your designs

Faster

Speed-up your design.
Go Faster to P.O.C.
Migrate from prototype to mass production.

40 percent faster

Savings

Reduce your design costs.
Keep your COGS low.

60 percent savings

Adaptable

Insure 100% signal quality.
Access 100% FPGA resources & IOs.

100 percent adaptable

Features

You get access to modules integrating the most advanced devices from each Xilinx family: from the Zynq MPSoC and RFSoC up to the Virtex with HBM. Or more precisely, from ZU7EV and ZU28DR to VU37P, including some KU5P, KU15P, KU115, ZU11EG, and VU13P. Take your pick. Oh! And we know that you know. We also are eyeing those ACAP devices…

The pinout of our origami™ square modules has been engineered to be compatible across the lineup, even when integrating Xilinx devices from different families. You started with a Kintex to ultimately realize a Virtex us what you need ? Always wanted to test the limits of the ARM cores in the Zynq family? Or even dreamed of versioning your product without reworking any layout? We got you covered.

Now, this is really our secret sauce, and what makes origami™ so special. Thanks to our origami™ and origami™ square connectors based on Z-Ray technology, you can access up to 2468 pins each capable of 32Gbps. This means no connector bottleneck and free access to all FPGA resources. From the biggest devices out there, we offer you a module connecting all available GTs at full bandwidth, all remaining HPIOs, HRIOs, and the rest of all the I/Os.

Well, let’s crunch numbers: our modules are between 52.6×62.6mm for the smallest versions, and 165x88mm for the biggest. Take a business card, place it on your desired product or plan. If it looks like it could fit, it will fit. Take 2 business cards side by side for the biggest modules. In origami™, you will find some of the most compact HW modules in the world for the FPGA and memory size.

By integrating the processor and many other components, the modules free your carrier board design from much of its complexity. Simpler layout and optimized PCB layers lead to easier testing and validation process as well as faster respins or adaptation in the hardware design. What’s there not to like?

Thanks to the available standard carrier boards, you can get straight down to business with our modules. Along with a basic reference code, you can quickly validate your idea on the best modular architecture available. But don’t take my word for it, try it out yourself!

From a single unit up to multiple thousands of units a year per project, our origami™ modules deliver. Lower volume projects will benefit most from the interesting pricing and available standard designs while higher volume project will benefit most from the gain of time, architecture simplification and overall risk reduction in the new product development.

Be it to get started, to evaluate or even to get inspired for your own device, our standard carriers are your starting blocks for bringing awesome products to market. Built with multiple I/O combinations answering most use cases, they remain compact and perfect for the development of a Proof of Concept. Get your first set of module and carrier ASAP and ship your end product ahead of the competition!

Catalog

Origami™ Square Modules

Sequoia – VU37P

The Highway

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Sequoia – VU37P

Description

8 GB HBM @ 3Tbps 88 GTY = 2200Gbps connectivity

A ton of hyper-connected neurons, with an extremely FAST memory! The most powerful FPGA module! Designed for A.I

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Cedar – ZU11EG

The Bold

O²-Cedar based on Xilinx Zynq ZU11EG
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Cedar – ZU11EG

Description

116 LVDS for direct sensor interface. Powerful ARM System on Module.

The all-in-one module to create 8K 240p 100Gbps connected camera. Whole User Interface Manager. Designed for 8K240p Sensors.

O²-Cedar based on Xilinx Zynq ZU11EG

Hazel – KU15P

The Mighty

O²-Hazel Module based on Xilinx Kintex UltraScale KU15P
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Hazel – KU15P

Description

100 Gb. Ethernet 2 banks of DDR4 on 64bits bus

From Sensor to network in one dense module! Mighty for Image Processing Designed for Advanced Compression

O²-Hazel Module based on Xilinx Kintex UltraScale KU15P

Reed – KU5P

The Essential

O²-Reed based on Xilinx Kintex UltraScale+ KU5P
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Reed – KU5P

Description

100 Gb. Ethernet

16 High-Speed Serial lines

At 100 Gbps, the most cost-effective link between video and IP.

Ultra-Low-Cost

Designed for SMPTE 2110

O²-Reed based on Xilinx Kintex UltraScale+ KU5P

Bamboo – ZU7EV

The Coder

O²-Bamboo based on Xilinx Zynq UltraScale+ ZU7EV
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Bamboo – ZU7EV

Description

4K HEVC coding on a smart module.

4K HEVC codec hardcore.

On board quad-core ARM.

HDMI & Display Port,… hard core.

Designed for Broadcast.

O²-Bamboo based on Xilinx Zynq UltraScale+ ZU7EV

Oak – ZU48DR

The freemind

O²-Oak based on Xilinx Zynq UltraScale+  RF-SOC ZU48DR
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Oak – ZU48DR

Description

The all-in-one module to build 5G camera for SNG/ENG. On Board RF DAC, RF ADC & FEC. Powerful ARM System on Module. Remote Studio Connexion.

Designed for 8K Field Cameras.

O²-Oak based on Xilinx Zynq UltraScale+  RF-SOC ZU48DR

Ginkgo – KU115

The Matrix

O²-Ginkgo based on Xilinx Kintex UltraScale KU115
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Ginkgo – KU115

Description

Cost effective, brainy and hyperconnected module. The perfect processing matrix. 52 Gigabit Transceivers. 158 LVDS Pairs.

Designed for device interfacing.

O²-Ginkgo based on Xilinx Kintex UltraScale KU115

Origami™ Square Carriers

O² Development Board

FMC

FMX
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O² Development Board

Description

FMC

FMX

O² Video Board

BNC,SFP+, QSFP28 & M2

O² Video Board
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O² Video Board

Description

BNC,SFP+, QSFP28 & M2

O² Video Board

Origami™ Modules

IM-M20

KU5P

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IM-M20

Description

The brand-new IM-M20 integrates all important features requested by FPGA-based designs, i.e memory banks, DC-DC converters, configuration flash and system clocks.

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IM-B20

KU060

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IM-B20

Description

The IM-B20 is an origami™ module that integrates a powerful Xilinx KU060 processor and all the components necessary for its smooth operation.

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Origami™ Carriers

IM-B21

PCIe & SFP+ • for IM-B20

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IM-B21

Description

PCIe & SFP+ • for IM-B20

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A21-A

BNC & QSFP28 • for IM-M20

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A21-A

Description

BNC & QSFP28 • for IM-M20

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D21

FMC • for IM-B20

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D21

Description

FMC • for IM-B20

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M21

FMC • for IM-M20

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M21

Description

FMC • for IM-M20

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Vidéo de présentation

Leverage World Experts

Rob Green, Senior Manager, Pro A/V & Broadcast @ Xilinx

Image matters has developed a novel and flexible approach to hardware, with the origami™ model simplifying integration of advanced system hardware whilst retaining the advantages of xilinx adaptable platforms. the origami™ modularity shifts the hardware development workload towards value-generating tasks and algorithms, instead of commodity hardware infrastructure.

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Jean-Baptiste Lorent, Director Marketing & Sales @ IntoPIX

Thanks to its innovative modularity, origami™ accelerates the design of tailor-made fpga-accelerated solutions. you get more flexibility, you spend less time on pcb design: this is an attractive path to introduce rapidly new technology to the market.

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Kohji Oyama, Director @ M3L

Origami modules should be a game changer! it gets easier for us as an ip vendor, to build a more practical solution by implementing our own design into the fpga on origami™ module. end customers could reduce their time, costs, and risks. this is exactly what i have been waiting for!

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