From FPGA selection to production design, one point of contact.
Switzerland Enclustra Industrial FPGA System-on-Modules from Enclustra (Switzerland) and SoC-e As authorised distributor in Japan for both, we support you from selection and evaluation hardware through BSPs, board design, volume production and maintenance.
Compact boards carrying AMD Zynq, Versal and similar devices
High-reliability networking such as HSR/PRP, TSN and PTP
Are you running into these barriers with FPGAs?
Not enough design resource or time
Building an FPGA board from scratch takes six months to a year for circuit design, PCB, power, thermal design and BSP work. Finding dedicated engineers is hard too, and the product slips.
Long-term supply and procurement risk
Industrial, medical and automotive equipment assumes supply measured in decades. Device end-of-life, or the sudden discontinuation of a consumer-grade board, threatens the life of your product.
Compact size with performance and reliability
Fitting high I/O, fast communication, video processing and AI inference into a limited footprint while keeping reliability in harsh environments is a demanding brief for an in-house design.
That is whyProven industrial SoMsas the foundationSelection, evaluation, design, production and maintenanceyou need a partner who can take it all on.
The core technology of the two companies we represent.
Two things sit at the heart of building an FPGA into a product: the System-on-Module that provides the hardware foundation, and the networking IP that connects it. We supply both, from two companies recognised worldwide in their respective fields.
FPGA / SoC modules (SoMs)
A System-on-Module brings FPGA, CPU, memory, power and configuration onto a business-card-sized board. It saves you designing an FPGA board from scratch and drops a proven module into your product.
- FPGA fitted: AMD Zynq UltraScale+ MPSoC and RFSoC, Versal, Artix, Kintex, Intel and more
- Series: Mercury+, Mars and Andromeda (chosen by capacity and performance)
- Deliverables: the module itself, base boards, BSP and Linux, and reference designs
- Highlights: compact, high I/O, industrial temperature and ten-year-plus supply
Industrial Ethernet networking IP cores
Networking functions as a design you build into the FPGA. Networks that do not drop out, do not fall behind and keep a common time base - exactly what industrial equipment and infrastructure demand - implemented on the FPGA itself.
- Redundancy: HSR / PRP (interruption-free ring and duplicated networks)
- Deterministic networking：TSN (Time-Sensitive Networking)
- Time synchronisation: IEEE 1588 PTP, SyncE and IRIG-B
- Integration: managed switching, security and implementation on a SoM
Combining a System-on-Module with networking IP lets you build industrial network equipment with minimal development effort. Being able to source both through one point of contact is what we offer.
Combining products - how to choose and how it fits together
Turning an FPGA into a product means combining the elements below. We supply every one of them, right through to the finished unit.
Come to us even at the "we do not know what to choose" stage. We ask about your application and propose the right combination - module alone, module with carrier board, or a finished unit including IP cores.
Five strengths, one screen at a time.
Scroll horizontally (mouse wheel on a computer, scroll down on a phone) to see the strengths of the modules in turn.
a whole system condensed into a business-card footprint
FPGA or SoC, memory, power and configuration are consolidated onto a SO-DIMM or compact board. Hundreds of components you would otherwise design in yourself are replaced by one proven module.
- SO-DIMM form factor from 67.6 x 30 mm
- Far less board area, smaller equipment
- Component sourcing and assembly risk absorbed by the module
Up to 686 user I/O plus high-speed transceivers
Built on AMD Zynq UltraScale+ MPSoC and RFSoC for high-end parallel processing, video codecs and fast serial communication - up to 1.14M logic cells on the top-end modules.
- Quad-core ARM plus FPGA fabric
- High-speed MGTs for PCIe Gen3/4 and 10/40GbE
- Models with integrated H.264/265 codecs are available too
Expand freely with a base board
Extend the periphery with standard base boards or FMC and PCIe. Moving from evaluation to your own carrier board design is straightforward, and reference designs speed up bring-up.
- FMC, PCIe, Ethernet and USB supported as standard
- From evaluation board to production carrier
- Reference circuits and BSPs provided
Industrial grade built for harsh environments
Industrial temperature (-40 to +85 C), rugged design and custom work such as conformal coating - through to MIL-standard ruggedised equipment. Reliability that does not stop in the field.
- Commercial and industrial temperature grades as standard
- Extended temperature and coating handled individually
- Ruggedised MIL-STD equipment is also available
Supply commitment for the next ten years
Enclustra commits to long-term supply for industrial use, reducing EOL risk and supporting procurement planning for long-life products in medical, automotive and infrastructure. As their reseller we pass supply information on directly.
- A long-term supply policy built for industry
- EOL and successor product information provided directly
- Support for stable procurement in volume production
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The line-up and what we provide.
See how to choose the right grade for your application, and how our support extends beyond the module to volume production.
Three classes to choose by application
From entry class to high end, by capacity, I/O and performance. Choose from standard products, and where those fall short, optimise with a custom order.
- Entry class: Mars / Mercury series - compact and cost-focused
- Mid-range: Mercury+ XU series - balanced
- High-end: Andromeda series - up to 686 I/O and 1.14M logic cells
Check the configuration from the official block diagram
The official manufacturer block diagram lets you see exactly how the processing system, DDR4, PHYs, MGTs and I/O are arranged. We provide the information you need for design work.
- PS (ARM) and PL (FPGA) integrated on one device
- DDR4 ECC, eMMC and QSPI on board
- GbE, USB, PCIe and plenty of I/O
Support for SoMs and carrier board, BSP and volume production
We do not simply sell modules. Evaluation boards, BSPs and Linux, carrier board design, volume production, maintenance and continued supply - we support the whole product lifecycle.
- Arranging evaluation kits and samples
- BSP, Linux and reference designs provided
- Carrier board contract design and production support
- Long-term maintenance and continued supply
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The power of FPGAs, wherever you work.
From industrial equipment to communications infrastructure, medical, automotive, space and defence. Wherever harsh environments and long-term supply are required, Enclustra SoMs and SoC-e networking IP are in use.
Industrial equipment and factory automation
Equipment control, motion and industrial networking (HSR/PRP/TSN) on one module - for multi-axis control and consolidating high-speed I/O.
Communications, base stations and 5G
For high-speed serial communication, RF front ends and signal processing - where SoMs with RFSoC devices and fast MGTs come into their own.
Medical devices
For medical imaging and instrumentation where long-term supply and reliability are essential, and for moving video processing into hardware in ultrasound and endoscopy.
Automotive, rail and mobility
Extended temperature ranges and rugged design for automotive, rail and construction machinery. We also support work on deterministic networking (TSN) and functional safety.
Power and social infrastructure
For protection, control and time synchronisation in substations and smart grids, with networking IP supporting IEC 61850, PTP and IRIG-B.
Defence, space and aerospace
For MIL-standard equipment, SpaceWire and radar signal processing, with redundancy, time synchronisation and security IP as well.
Smart cities and transport
For traffic control, surveillance and edge-AI nodes. Extensive I/O, video processing and networking can be integrated into a single unit.
From first enquiry to volume production, in six steps.
Even if this is your first FPGA project, we work alongside you from evaluation through production and maintenance. Scroll horizontally to see the flow.
Requirements review and Selection advice
We ask about your application, performance, size, temperature, quantity and supply period, then propose the right SoM and configuration - including whether a standard product or a custom order fits better.
Delivery of evaluation units
We arrange evaluation kits and samples so you can verify performance, I/O, power and thermals on real hardware. Availability and timing of loans depend on stock.
BSP and Design support
BSPs, Linux and reference designs accelerate bring-up. We also support carrier board circuit and PCB design.
Prototyping and Evaluation
We help you verify operation on prototypes and identify issues, with design reviews aimed at production and work on thermal and reliability margins.
Volume production and Stable supply
We support stable procurement and delivery management in volume production. Supply planning based on demand forecasts keeps your line running.
Maintenance and Continued supply
Advance notice of EOL, proposals for successor products and long-term maintenance. We follow the whole product lifecycle.
On a computer you can also use the mouse wheel or arrow keys; on a phone, scroll down
Why customers choose us
Enclustra and SoC-e
Authorised distributor in Japan for both Privacy Policy
Products we carry
SoMs, IP cores and equipment
Long-term supply
Built for industrial use
From selection through production to maintenance
End-to-end support
Can we adopt this without FPGA design experience?
Yes. We work with you from gathering requirements through product selection, evaluation hardware, BSPs and reference designs, to carrier board design support. Lowering the barrier to using FPGAs is our job.
Can we buy small quantities? Can we just evaluate?
We handle everything from small evaluation quantities to volume production. Starting with an evaluation kit or sample is perfectly fine - just get in touch.
What is the difference between standard products and custom orders?
The combination of FPGA code, memory capacity and temperature grade differs by product. Tell us the configuration you need — including device changes, extended temperature or conformal coating — and we will confirm with the manufacturer what is available and how long it takes.
How far is long-term supply guaranteed?
Enclustra commits to long-term supply for industrial use. We pass on EOL notices and successor product information in advance and help you plan procurement.
What about supply and cost in volume production?
We quote individually against your quantity and specification, and support stable procurement and delivery management in volume production. Talk to us about supply planning based on demand forecasts.
Start by simply getting in touch.
Specification advice, evaluation boards, custom SoM discussions and documentation requests. Our engineers respond directly.
Specification advice
Discuss products and configurations for your application
Evaluation board advice
Arranging evaluation kits and samples
Custom SoM enquiries
Advice on devices, temperature grades and volume production
See the product list
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TEL +81-3-3256-3933／