What is a data acquisition system (DAQ)?

A DAQ system is used to measure, record, and analyze physical or electrical signals (temperature, voltage, pressure, etc.) from sensors or instruments in industrial or scientific environments.

What types of signals can be acquired?

Our systems handle analog, digital, and synchronized signals, as well as communication protocols like CAN, RS-232, and Modbus.

Are your solutions compatible with LabVIEW?

Yes, our DAQ systems are fully compatible with LabVIEW, TestStand, and National Instruments tools, with customizable interfaces.

Can multiple acquisition channels be synchronized?

Yes. We offer high-precision synchronization options for angular, multi-sensor, or real-time measurements.

Do you offer portable or custom systems?

Absolutely. We design tailor-made DAQ systems adapted to your environment, communication, and processing constraints.

Which industries do you serve?

Our solutions are used in the aerospace, energy, transportation, scientific research, and manufacturing sectors.

MIMO systems based on USRP X440 by Neosoft Technologies

Blog Neosoft Technologies

Neosoft Technologies Delivers Two USRP X440-Based 32×32 MIMO Systems for Advanced Wireless Research

Neosoft Technologies has completed the design and integration of two 32×32 MIMO systems built around Ettus Research / NI’s USRP X440 SDR platform.
These systems provide a complete and robust infrastructure for advanced multi-antenna experimentation, signal-processing research, and SDR development within a university laboratory.

🔧 A system-level engineering approach

Neosoft was responsible for delivering a turnkey solution, covering hardware selection, synchronization architecture, rack integration, and final validation.

✔ 32×32 MIMO Architecture

Each system includes:

32 transmit channels
32 receive channels
shared timing and reference clocks
precise PPS distribution
optimized RF cabling to minimize loss

This architecture supports demanding multi-channel experimental setups.

Optimized DELL servers for high-throughput SDR workloads

To sustain the data rates of the USRP X440, Neosoft performed:

complete performance analysis
processor and NIC selection
high-throughput network configuration
optimized storage layout
validation of continuous, lossless data streaming

This ensures stable operation during intensive SDR sessions.

Advanced synchronization infrastructure

Multi-channel SDR systems rely heavily on timing accuracy.
Neosoft deployed a full synchronization setup including:

centralized 10 MHz reference clock
PPS distribution
low-loss RF cabling
channel-to-channel timing validation
system-level coherence testing

The result is a stable and predictable MIMO test environment.

⚡ Rack integration and power management

Both systems were fully integrated into dedicated equipment racks with:

protected and redundant power distribution
optimized airflow and thermal management
structured RF, timing and Ethernet cabling
room for future expansions

This ensures operational reliability and easy maintenance.

🎯 A turnkey SDR platform for advanced laboratory work

With these two integrated USRP X440 32×32 systems, the university now benefits from a high-performance infrastructure suitable for:

multi-antenna experimentation
real-time algorithm prototyping
model validation through physical testing
hands-on SDR education using professional-grade hardware

Neosoft strengthens its role as a specialist in custom SDR integration for academic and industrial environments.

👉 Product link:
https://www.ettus.com/all-products/usrp-x440/

https://www.ni.com/en-ca/shop/model/ettus-usrp-x440.html

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