Defined projects
A board · a DAQ system · a firmware stack
Fixed-price milestones after a short scoping call. You know what each phase costs before it starts.
Precision analog · High speed · Data acquisition · FPGA & firmware
Measurement systems you can trust,
designed end to end.
Kuncu Teknoloji builds precision analog front-ends and data acquisition (DAQ) systems for test & measurement, industrial, and scientific products. Analog front-end, mixed-signal PCB, FPGA and firmware, bench validation: we own the whole signal chain, so there are no handoff losses and no “works in hardware, breaks in firmware” surprises.
From the Bench
Hardware we designed, built, and measured ourselves.
How we work
From first call to production, in five steps.
- 1 Scoping call
- 2 Proposal & milestones
- 3 Design & review gates
- 4 Bench validation
- 5 Production handoff
R&D & open-ended work
Feasibility · architecture · debugging · ongoing development
Hourly, with regular updates and a clear summary of what was done and what’s next.
Not sure which model fits? Send what you have and you’ll get a recommendation.
What we do
Every stage of a measurement system, handled in-house.
Precision analog front-ends
- Low-noise analog circuit design and signal conditioning for sensor interfaces: instrumentation amplifiers, PGAs, precision op-amp chains, and voltage references for 16 to 24-bit delta-sigma and SAR ADCs
- ADC drivers designed for settling time and low noise, using SPICE simulation with optimization loops that sweep component values and topologies
- Anti-aliasing filters and noise-aware layout that protect your ENOB
DAQ & FPGA design
- Acquisition architectures built on FPGAs or MCUs; the RTL (Verilog/VHDL) is written in-house
- Clocking and trigger architectures for exact, repeatable sample rates
- High-throughput data paths: LPDDR4 waveform buffering, USB 3.x, Gigabit Ethernet, PCIe Gen4
- Delivered: 100 MSPS 8-channel DAQ system, 1 GSPS dual-channel ADC system, 16-bit low-noise DAQ system
Deterministic embedded firmware
- Bare-metal C for STM32, ARM Cortex-M, PIC, and ESP32
- DMA- and interrupt-driven sampling with minimal jitter, for exact sample rates
- Register-level peripherals: SPI, I2C, USB, CAN, timers
High-speed mixed-signal PCB design
- Boards up to 12 layers with HDI; dense packaging down to 0.35 mm pitch, including 1156-pin FPGA BGAs; 1000+ component designs
- PCIe Gen4, LPDDR4, USB 3.x, and LVDS with strict signal integrity (SI) and power integrity (PI) discipline plus EMI/EMC control, so precision analog and fast digital coexist on one board
- From schematic capture and PCB layout to native Altium Designer or KiCad project delivery
Lab validation & production handoff
- Every system brought up and characterized in-house: noise floor, sample-rate accuracy, linearity
- Oscilloscope, arbitrary function generator, 6.5-digit DMM, LCR meter, and rework stations mean design issues get fixed in hours, not weeks
- BOM optimization, DFM review, test procedures, and manufacturing handoff
One team, the entire signal chain
Kuncu Teknoloji is a precision measurement engineering company based in Kahramanmaraş, Turkey, working with clients worldwide. We build measurement systems where analog and digital have to be designed together: the low-noise front-end, the FPGA or MCU data path behind it, the firmware that keeps sampling deterministic, and the board all of it lives on.
Your project never leaves one roof. Our founder, Alperen Akküncü, leads the engineering, and the same team stays on it from architecture to the bench. The engineer who routes your ground planes and guard rings sits with the engineer who writes the ADC driver and sampling ISR, so noise and timing problems are solved where they start instead of being passed between vendors. One team across the whole chain means fewer respins and less total time billed.
Every system is brought up and characterized in an in-house lab before it reaches you: noise floor, sample-rate accuracy, and linearity are measured, not assumed.
- Analog, FPGA RTL, firmware, and PCB layout in one team
- Native Altium Designer and KiCad project delivery
- Simulation-driven optimization loops that tune analog design choices
Send your spec or a rough idea
You’ll get an approach and a timeline, not a generic pitch.
info@kuncuteknoloji.comVideo calls welcome. Prefer to talk? Mention it in your email and we’ll set one up.
What to send
- Your specs (channels, sample rate, resolution, interfaces), or just the problem
- Existing schematics or block diagrams, if you have them
- Target timeline and quantities
Based in Kahramanmaraş, Turkey · Clients worldwide · Fixed-price or hourly