Wireless & RF design
BLE, Wi-Fi, sub-GHz and RFID: RF layout, antenna integration and wireless firmware for connected devices.
BLEWi-FiSub-GHzRFID
OUR SERVICES
Electronics design, carried through to production
Our core service is designing custom electronics — hardware, PCB and embedded software — and taking those designs into series production. Build-to-print assembly is available as well.
Electronics Design & Development
Custom electronics, designed in-house
We analyze your project, select the most suitable technology and make it production-ready.
Design capabilities
The disciplines our engineering team designs in.
Industrial communication
Ethernet, fieldbus, CAN, RS-485 and fiber optic interfaces for devices that must run reliably in industrial environments.
EthernetFieldbusCANRS-485Fiber optic
Power electronics & motor control
Power supplies, converters and motor drive electronics, together with the control firmware that runs them.
Power suppliesConvertersMotor drives
Low-power / battery-operated systems
Power budgets, sleep modes and battery management for devices that must run for a long time on a single battery.
Power budgetSleep modesBattery management
Sensors, measurement & analog front-ends
Signal conditioning, ADC front-ends and sensor interfaces for accurate, stable measurement, including detection and sensing applications.
Signal conditioningADC front-endsDetection
Embedded software
Bare-metal and RTOS firmware, communication stacks, bootloaders, and PC / web interfaces for configuration and testing.
Bare-metalRTOSBootloadersPC / web interfaces
What a design project includes
Project Analysis & MCU Selection
Your project's technical requirements are analyzed in detail. The most suitable processor and components are selected from the product families of leading semiconductor manufacturers, weighing performance, cost and long-term availability.
MCU SelectionComponent SelectionLong-term Availability
Hardware & PCB Design
Electrical schematic capture and PCB layout design. Professional PCBs are designed with attention to power electronics, analog/digital circuit design, RF and high-speed signal integrity.
SchematicsPCB LayoutRF DesignSignal Integrity
Embedded Software Development
Firmware tailored to the selected processor platform. RTOS integration, low-power management, communication protocols (UART, SPI, I2C, CAN, Ethernet, WiFi, BLE) and application-layer software.
RTOSCAN/UART/SPIWiFi/BLELow Power
Material Analysis & BOM Optimization
Component selection considers cost, supply reliability and long-term availability. Alternative component research minimizes supply chain risks.
BOM AnalysisCost OptimizationAlternative Components
DFM Analysis & Optimization
The design is reviewed for manufacturability and potential production issues are caught before prototyping. PCB size, component placement and solder mask are optimized.
DFMProduction OptimizationComponent Placement
Prototyping & Testing
Comprehensive hardware and software tests follow prototype production. Failures are analyzed, revisions are applied and the product moves to the approval stage.
PrototypeHardware TestingSoftware TestingRevision
Your own project tracking panel
Once we agree on a project, we open a web panel for you to follow its progress. You also receive regular progress reports, and each design stage closes with a design review you take part in.
Web PanelProgress ReportsDesign Reviews
Technical Documentation
On project completion, production files (Gerber, BOM, Pick & Place), software source code and technical documents are delivered as set in the agreement.
Gerber FilesBOMSource CodeTechnical Docs
12
Years of R&D Experience
4
Engineering Disciplines in One Team
100+
Completed Design Projects
Our Design Process
How we design your electronics
Eight steps from your requirements to a design that is ready for series production.
01
Requirements analysis
We review your specification, use cases and target cost with you, or help you write the specification from a concept.
02
Architecture & component selection
Block diagram, processor and key components chosen for performance, cost and long-term availability; feasibility and quotation are finalised.
03
Schematic & PCB design
Schematic capture, circuit simulation where needed and PCB layout, with a design review at each stage.
04
DFM / DFT review
Before prototyping, the design is checked for manufacturability and testability: panelization, placement and test access.
05
Firmware development
Embedded firmware, and PC or web software where required, developed in parallel with the hardware.
06
Prototype & design verification testing
Prototypes are built on our own line and tested against the requirements; the revision loop runs until you sign off (FAT).
07
CE pre-compliance
EMC pre-compliance testing and technical file preparation, with accredited test labs coordinated for your Declaration of Conformity.
08
Handover to series production
Production files, test JIG and test procedure are finalised and the approved design moves to our production line. The design files and source code covered by the agreement are delivered to you.
Product Redesign & Improvement
New life for existing products
We revise products already on the market: new versions, added features, cost reduction and replacement of obsolete components.
Obsolete component replacement
Components that are end-of-life or hard to source are replaced, with the board and firmware adapted and re-verified.
Cost reduction
BOM and production cost analysis, alternative components and design changes that lower unit cost.
New versions & features
New product versions, added interfaces and functions, built on the existing design.
Prototyping & CE Compliance Support
From first prototype to a compliant product
Prototypes are built on our own line, verified against the requirements and prepared for CE conformity.
Prototype builds
Prototype boards are built on our own production line in 2–3 business days (ex-works), so design issues surface early.
Design verification testing
Hardware and firmware are tested against the requirements; findings feed into the next design revision.
CE compliance support
EMC pre-compliance testing, technical file preparation and coordination with accredited test labs (EMC / LVD / RED), supporting your EU Declaration of Conformity.
Series Production of Our Designs
The boards we design, built on our own production line
Prototype delivery in 2–3 business days (ex-works), no minimum order quantity.
Filmed on our own production line, in our own facility.
2-3
Business Days — Prototype (EXW)
Fast prototype delivery puts your idea in your hands quickly
3-5
Business Days — Production (EXW)
Fast lead times depending on part count and quantity
1+
Minimum Quantity
From a single board to mass production, no order limit
0402
Component Size
High-precision Pick & Place assembly
SMD Assembly
Our high-precision Pick & Place machine assembles SMD components down to 0402 size. Optimized temperature profiles in our reflow oven ensure excellent solder quality.
Pick & PlaceReflow Oven0402 Components
THT Assembly
Manual and semi-automatic assembly services for through-hole components. Our wave soldering machine delivers high-quality THT soldering.
Wave SolderingManual Assembly
Mixed Production (SMD + THT)
Complete assembly service for mixed boards carrying both SMD and THT components, with production processes optimized for both technologies.
SMD + THTMixed BoardsFull Assembly
Component Sourcing
Customers may supply their own materials or leave component procurement to us. Our reliable supplier network ensures fast and cost-effective sourcing.
Consignment ProductionComponent SourcingFast Procurement
Quality Control
Quality control is applied to every production batch; defective boards are detected and reported. The inspection and test methods we use are listed in the Manufacturing Capabilities table below.
InspectionFunctional TestingQuality Report
Rapid Prototyping
Speed is critical in new product development. Your prototype boards are produced and ready for dispatch within 2–3 business days (ex-works, excluding shipping), helping you catch design issues early.
2-3 Business DaysFast Delivery
Manufacturing Capabilities
What we can build for you: which components we assemble, in which quantities and how fast.
| Boards & components | |
|---|---|
| SMD assembly | SMD components down to 0402 |
| THT and mixed boards | THT mounting and wave soldering; mixed SMD + THT boards |
| BGA | Placed by a contracted partner; the rest of the board, testing and delivery are done by us |
| Materials & quantities | |
| Component sourcing | Consigned materials or component sourcing by us |
| Quantity | From a single board to series production, no minimum order |
| Lead time | Prototypes 2–3 business days, series production 3–5 business days (ex-works, EXW) |
| Quality & testing | |
| Quality control | Every production batch is inspected; defective boards are detected and reported |
| Functional testing | Product-specific test JIGs and PC-based test software |
Series production steps
Once a design is handed over, production runs on our own line.
Production Preparation
PCBs, electronic components and all materials are procured. Alternative component research and long-term stock planning are carried out.
Component ProcurementAlternative ComponentsStock Planning
SMD / THT Assembly
SMD assembly, THT mounting and wave soldering are performed on our production line, with rigorous quality control at every stage.
SMD AssemblyTHT MountingWave Soldering
Mechanics & Marking
Plastic or metal CNC machining. Laser marking and UV marking create the product identity and serial numbers.
CNC MachiningLaser MarkingUV Marking
Testing & JIG
Product-specific test JIGs are designed and PC-based test software is developed. Every unit is tested, with results reported and archived.
JIG DesignTest SoftwareReporting
Packaging & Labeling
Required labeling is applied to the product. Box design or selection is completed, followed by final packaging and shipping preparation.
Product LabelsBox DesignPackagingShipping
Build-to-Print Assembly
We also assemble boards designed by others
We also assemble boards designed by others, using the same production line and quality processes. Send us your Gerber, BOM and pick & place files for a quotation.
- SMD down to 0402, THT and mixed assembly
- Consigned materials or component sourcing by us
- Quotes from your Gerber, BOM and pick & place files
Commercial & Logistics
Terms, pricing and delivery
What European customers usually ask before placing an order.
How do you price design projects?
Design work is quoted as a one-off engineering fee (NRE). Series production is quoted per unit, based on volume. Projects start with an advance payment.
Do we receive the design files?
Yes. Schematics, PCB files, BOM, source code and documentation are delivered to you within the scope set in the agreement and are included in the project fee. Depending on the production order, we also offer options where the files are delivered free of charge.
Can you start from just an idea or a specification?
Yes. We can start from a requirements document, an existing product or a rough concept, and help you define the specification.
Which delivery terms (Incoterms) do you offer?
We deliver goods EXW (ex-works, our facility in Istanbul).
Do you quote in EUR?
Yes. Quotations for customers in the EU are issued in EUR.
How long does shipping to the EU take?
Transit time depends on the destination and the mode of transport. Istanbul and the EU are linked by regular road freight, and industrial goods move under the EU–Türkiye Customs Union; for prototypes, express courier is the faster option.
As we deliver ex-works (EXW), you can use your own freight forwarder, and we are happy to help organise the shipment if you prefer. We confirm the expected transit time to your destination with you before you order.
Which customs documents do you provide?
We provide the export documents your shipment needs: commercial invoice, packing list and, for industrial goods under the EU–Türkiye Customs Union, the A.TR movement certificate. If your customs broker needs any other document, we will supply it.
What are your payment terms?
Projects start with an advance payment. The schedule for the remaining payments is set in the agreement with each customer.
Are your lead times door-to-door?
No. The prototype (2–3 business days) and production (3–5 business days) lead times are ex-works (EXW, our facility in Istanbul). Shipping time is added on top.
Let's Bring Your Project to Life Together
Tell us about your electronics product idea and our expert team will offer the solution that fits you best.