nir·yan·tra /nɪrˈjʌn.trə/ n. — the discipline of making electrons behave.
NIRYANTRA
We design and build the power, drive and control electronics inside machines that can't afford to stop: factory lines, grid infrastructure, farm pumps, EV chargers.
- DESIGNIn-house, schematic to firmware
- BUILDSMT lines with 100% functional test
- SUPPORT10-year component lifecycle plans
Everything we do,
on one chip.
Every pin is a capability. Hover or tap one to read its datasheet entry.
Parts we're
proud to sign.
Isolated DC-DC Power Module
Wide-input brick for telecom, rail and battery systems. Runs at full load with no fan.
- Input
- 18 – 75 V
- Output
- 48 V · 400 W
- Efficiency
- 96.2 %
- Isolation
- 3 kVDC
3-Phase BLDC Motor Driver
Sensorless field-oriented control for pumps, compressors and e-mobility traction.
- Bus
- 12 – 60 V
- Phase current
- 30 A cont.
- PWM
- 20 – 100 kHz
- Bus I/F
- CAN-FD
Industrial Controller Module
A drop-in compute core with secure boot and an RTOS board support package ready to go.
- Core
- 480 MHz dual
- Memory
- 2 MB flash
- Temp
- −40 to 85 °C
- Security
- Secure boot · TRNG
12-Channel Precision DAQ
Lab-grade measurement in a DIN-rail box, for test benches and condition monitoring.
- Resolution
- 24-bit Σ-Δ
- Rate
- 64 kSPS / ch
- Range
- ±10 V
- Accuracy
- 0.01 % FS
LoRa / 4G Edge Gateway
Brings legacy Modbus equipment onto the cloud. Survives monsoon season in an IP67 shell.
- Radio
- LoRaWAN · LTE Cat-1
- Field
- Modbus RTU / TCP
- Enclosure
- IP67
- Updates
- Signed OTA
Smart 3-Phase Energy Meter
Revenue-grade metering with harmonic analysis, so you can see where every kWh goes.
- Accuracy
- Class 0.5S
- Harmonics
- to 63rd
- Comms
- RS-485 · M-Bus
- Display
- Segment LCD
Most electronics are designed to work on the bench. Ours are designed for a dusty pump house at 47 °C, a brown-out at 2 a.m., and a technician who has never read the manual. That is what control means to us.
From napkin to
production line.
- TP1Spec
Requirements written down as testable numbers, not adjectives.
~1 wk - TP2Schematic
Topology choices backed by simulation, plus a component lifecycle audit.
~2 wks - TP3Layout
Multi-layer PCB with EMC, thermal and DFM rules built in from day one.
~2 wks - TP4Prototype
EVT boards built on our own SMT line, with firmware bring-up the same week.
~3 wks - TP5Validate
Thermal soak, surge, ESD and pre-compliance scans before anyone says "done".
~3 wks - TP6Produce
Every unit gets a functional test fixture, serialisation and full traceability.
ongoing
boards / day
line capacity
% first-pass
test yield
designs shipped
to customers
year lifecycle
commitment
Send us
a signal.
Custom design, volume supply, or a problem that has beaten three vendors already. An engineer reads every message, not a sales bot.
- hello@niryantra.com
- LAB
- Bengaluru, Karnataka, India
- HOURS
- Mon–Sat · 09:00–18:30 IST
[00:00.000] port opened
[00:00.004] handshake OK · listening…