At Avarthana Technologies, we are shaping the next generation of high-performance electronic systems for radar, aerospace, defense, and space applications. Rooted in deep expertise in FPGA design, signal processing, and rugged system engineering, our mission is to deliver cutting-edge, reliable, and mission-critical solutions that empower innovation across land, air, sea, and space.

Trusted Partners

High-Performance IPs for Interfaces, Video, Modems & DSP

Production-ready, low-latency and resource-efficient RTL cores tailored for radar, communications, and embedded systems. Delivered with clean docs, testbenches, and integration support for AMD/Xilinx & Intel FPGAs.

Interface IP Cores

Reliable high‑throughput links connecting FPGAs, processors and peripherals.

Ethernet Stack

Deterministic MAC + lightweight network stack for real‑time streaming.

PCI Express

High-bandwidth DMA engines with scatter-gather and MSI/MSI-X.

JESD204

Subclass-1 capable links for high-speed ADC/DAC data converters.

Storage Interfaces

Low‑latency controllers for solid‑state storage and memory subsystems.

Serial Comms

Robust controllers for embedded connectivity and control paths.

Radar Pulse & Waveforms

Deterministic pulse generation, waveform memory and snapshot streaming.

Target Echo Generator (TEG)

Next‑Generation Radar Signal Simulation & Testing

Simulate. Validate. Perfect. Generate realistic target echoes across
Baseband, L‑Band, X‑Band, and RF up to 20 GHz. Stream via 10G/1G
DDR mode or run standalone from SSD—with an intuitive,
perpetual‑license GUI.
  • Multi‑band analog outputs (DC → 20 GHz)
  • Internal/External trigger on SMA (LVTTL 5 V)
  • Perpetual GUI with device setup & self test
High‑resolution 16‑bit DAC @ 1.25 GSPS

Signal Fidelity

Target Echo Generator (TEG)

Multi‑Band Target Echo Simulation—Now with Advanced Mission Logic

Generate realistic radar echoes across IF, L‑Band, X‑Band and RF (up to 20 GHz). Choose DDR streaming or SSD playback. Add delays, amplitude profiles, RF on/off logic, and noise—open‑loop from files or closed‑loop from real‑time Gimbal and Navigation feeds.

Highlights

  • ADC loop‑through for real‑time IQ generation
  • Target table with range/RCS → power mapping
  • RF on/off logic by file, states (6/8), or look‑angle match
  • XY‑positioner command & feedback logging

Join Our Team

Where innovation, advanced technology, and mission-focused initiatives are shaping the future of aerospace, defense, and security—forge a meaningful career with impact.