Systemation Euro provides an IC programming service for electronics manufacturers across the UK and Europe, with capacity to programme over 60 million devices a year using silicon-manufacturer-approved algorithms.
If you are comparing UK-based programming against an overseas or distributor-led service, see our UK IC programming specialist page for a full comparison.
Our quality system is certified to ISO 9001:2015 (UKAS accredited). We are working towards AS9100 Rev D and ITAR compliance, as well as JOSCAR accreditation, to support defence and aerospace supply chain requirements.
Facilities to handle all package technologies
All manufacturers programmable products supported: Memory, Logic, Micros
Master Data can be transferred via email, disc or master device
All labelling types supported including Kapton & Polyester, alongside Laser Marking
Tube, tray or reeled format acceptable
Secure stock holding service
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Our team of experts are ready to answer your questions:
01604 491107
info@systemationeuro.com
Programming is carried out on a range of hardware using silicon-manufacturer-approved algorithms, with ESD-controlled handling throughout to protect components from static damage.
Our specialist team is available to support your programming requirements, from initial enquiry through to delivery.
60 million devices programmed annually, with same-day and next-day turnaround on most jobs.
All devices programmed using silicon-manufacturer-approved algorithms, with ESD-controlled handling throughout.
Tube, tray, or taped and reeled output, to exact pitch and reel specification.
24/7 turnaround for line-stop situations.
Send us a message
If you’re looking for a quote, or simply have more questions please reach out to us using the contact form.
Systemation Euro's IC programming facility handles the full spectrum of programmable devices, with full ESD-controlled handling throughout.
Devices are programmed to customer-supplied hex or binary files. If your part is not listed, send us the part number and we will confirm support.
Transferred by email, disc or master device, then checked before anything is programmed.
The algorithm for each part number is sourced directly from the silicon manufacturer, not a generic equivalent, to protect programming integrity.
No device is released without a full read-back check against the master.
From receipt through to despatch, with quality records held under our ISO 9001:2015 management system, accredited by UKAS.
Every job ships with its own audit trail, which matters in regulated industries such as defence, aerospace and medical.
Line-stop response is a particular strength: 24/7 availability means urgent programming orders can be turned around outside normal business hours, helping manufacturers avoid costly production stoppages.
For defence and aerospace programmes, we are working towards AS9100 Rev D and ITAR-compliant handling procedures, as well as JOSCAR accreditation.
Most programming jobs run alongside at least one other process, handled in-house under a single job number.
Which programming method a device needs affects turnaround, tooling cost and whether the part is best programmed before or after board assembly. These are the four routes we work with, and when each one makes sense.
Devices are programmed in a socket or automated handler before they reach the assembly line, then taped and reeled ready for pick-and-place. This is the fastest route at volume, gives full electrical verification of every device, and keeps programming off your production line entirely. It is how the large majority of the 60 million devices we programme each year are handled.
In-system programming loads firmware onto a microcontroller after it has been soldered to the target board. It suits late-stage configuration, boards where the device is not socketable, and builds where firmware is finalised after assembly. The trade-off is throughput: ISP is slower per unit than socket programming and needs the programming header designed into the board.
ICSP programs the device in place over a small number of pins while it remains connected to the surrounding circuit. It is commonly used for field updates, engineering builds and low-volume runs where the convenience of programming in situ outweighs the slower cycle time.
JTAG (Joint Test Action Group, IEEE 1149.1) and SWD (Serial Wire Debug, the two-pin ARM alternative) are debug interfaces that also carry programming data. They are the usual choice for ARM Cortex parts, FPGAs and CPLDs, and for boundary-scan test access. Where a device family supports both, SWD saves pins and JTAG gives wider chain and boundary-scan capability.
Three factors decide it in practice.
Not sure which applies to your build? Send us the part number and target volume and we will tell you which route we would use and why.
Programming without full read-back verification means failures surface at test or, worse, in the field. Every device we programme is verified before it is reeled.
Without traceability at device level, a firmware error becomes a whole-batch problem. We label and record revision against reel, so recall scope stays contained.
Where a device supports lock bits, secure boot or encrypted programming, these need setting at programming time and confirming afterwards. We handle programming file security, checksums and chain of custody as part of the standard process.
Devices programmed outside controlled conditions can pass verification and still fail later. Programming runs under ESD control, with dry packing for moisture-sensitive devices where the MSL requires it.
Most customers do not want programming on its own. Devices are typically programmed, then taped and reeled to EIA-481-D, laser marked for traceability where required, and dry packed before despatch, all under one job number. If the parts are from the open market, counterfeit screening can run first so you are not programming suspect devices.
We programme a wide range of ICs including microcontrollers, FPGAs, CPLDs, EEPROMs, Flash memory, and PLDs. We support all major package types from DIP through to fine-pitch BGA and QFP.
We offer same-day and next-day turnaround on most programming jobs, with 24/7 emergency support available for line-stop situations. Contact us to discuss your lead time requirements.
Yes, we can programme your devices and return them taped and reeled to your exact pitch and reel specification, ready for direct placement on your SMT line.
Absolutely. We programme over 60 million devices a year from our UK facility, with full quality control and traceability on every batch.
Systemation Euro
IC programming services, complemented by dedicated device storage and handling.
Our automatic Taping & Reeling machines provide efficient, repeatable processing for our customers.
We use a concentrated beam of light to create permanent marks on the surfaces of target components.
We tape and reel a wide range of axial and radial components including capacitors, resistors, diodes and springs.
Systemation Euro provides a pre-forming service, tailored for both active and passive discrete components.
Work with experienced operators who have full knowledge of the machines who can quickly have your cell operating.
In addition to the extensive services provided by Systemation Euro, we also supply a complete range of consumables.
Schedule a consultation with one of our specialists today to determine the perfect service solution.
Converting, programming, testing, and packaging electronic components for defence, aerospace, automotive, and medical manufacturers since 1992.
Tel: (01604) 491107
info@systemationeuro.com
Systemation Euro Automotive Ltd
19 Mansion Close
Moulton Park Industrial Estate
Northampton
NN3 6RU
England
