Pioneering Next-Gen Hardware

Engineering The Future Of Connected Hardware

Zeptrixa Electronics develops bespoke embedded systems, robust internet-of-things (IoT) architectures, and precision PCB designs tailored for industrial, medical, and consumer platforms.

ZEPTRIXA CORE
3.2 GHz Bandwidth
<2ms Latency Rates
99.8% System Up-Time Guarantee
ISO-9001 Standard Conformance
7801 Hayvenhurst Hub CA

Premium Architecture

Deploying hardened designs ready for mission-critical operations.

Engineered to Perfection

Zeptrixa Electronics operates a state-of-the-art innovation center in Van Nuys, California. We specialize in taking hardware concepts from rapid prototyping stages to full industrial-scale fabrication.

We believe hardware engineering is an art. Our systems prioritize low power budgets, compact footprint optimizations, and long-term operating durability. We bridge the gap between high-level application software and base layer silicon.

  • Ultra-compact, multi-layer PCB routing systems
  • Firmware customization for ARM Cortex-M microprocessors
  • Signal integrity validation & electromagnetic shielding

Custom Engineered Products

We design and implement modular hardware architectures tailored to specialized industry demands.

Integrated Circuits

Multi-layered boards with matched impedances, advanced shielding, and dense packaging configuration constraints.

  • Differential pair routing
  • BGA breakout fanout
  • Signal integrity simulations

IoT & Telemetry

Low-power sensor gateways deploying robust long-range connectivity interfaces over modern networks.

  • LoRaWAN & cellular integration
  • Energy-harvesting design
  • Cryptographic secure elements

Power Conversion

High-efficiency conversion modules utilizing advanced architectures for maximum power density.

  • Switch-mode DC-DC topologies
  • Smart battery charge controllers
  • Thermal analysis & mitigation

Hardware Validation System

Every board designed by Zeptrixa Electronics goes through rigorous multi-point validation to ensure functionality, EMI compliance, and environmental ruggedness before shipping.

Phase 1: Schematic Synthesis +

Automated design rule checking (DRC) and layout constraints checking prevent structural errors early in the process.

Phase 2: Thermal Imaging +

High-resolution FLIR profiling identifies system hotspots under load, ensuring efficient copper heat sinks and thermal vias.

Phase 3: Spectrum Validation +

Realtime logic analyzers and near-field probe systems verify signal cleanliness and prevent electromagnetic noise propagation issues.

zeptrixa-oscilloscope.log
VOLT Vpp 3.28V
FREQ Osc 16.00 MHz
TEMP Core 34.6°C

Let's Interface

Have a technical specification or project requirement ready? Reach out to our engineering office in Van Nuys, California, or send us a query using the contact form.

Corporate Address

7801 Hayvenhurst Ave, Van Nuys, CA 91406, United States

Direct Line

+1 (213) 798-7597

Project Intake Form

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