Lab Design · Supply · Commission · Train

The lab where engineers stop reading about signals. And start building them.

Optithought designs and establishes communication labs — from the foundational hardware lab every department needs, through 5G testbeds, Open RAN platforms, mmWave research facilities, and fibre optics. We start with your vision and your research goals.

Request Lab Consultation → See Lab Types
CH1 500mV 1ms/div NI USRP B210 RF XCVR 70MHz–6GHz GNU Radio / MATLAB TX RX Spectrum Analyser MATLAB / Python PHY Simulation BER · IQ · Channel
The Conviction
A lab is not equipment. It is the difference between an engineer who knows the theory and one who has felt the signal.

One conviction drives every lab Optithought establishes: the principles of communication never change. Whether the technology is 2G or 6G — whether the application is a smartphone, an autonomous vehicle, a drone, or a satellite — the underlying foundations are identical. Modulation works the same way. Filters behave the same way.

This is why the first lab any institution needs is not a 5G testbed. It is a hardware foundations lab — where students see real signals, real filters, and real noise on an oscilloscope. Not a simulation. The actual voltage waveform, live, built by the student's own hands.

Once that foundation exists, every advanced lab — 5G, SDR, Open RAN, MIMO, mmWave — becomes dramatically more productive. Because the students already understand why every block in the system exists.

PRINCIPLE 01
Foundations first, always
Every advanced lab assumes students have the physical signal intuition that only a hardware foundation lab provides. We always recommend the foundation before the testbed.
PRINCIPLE 02
Vendor-agnostic, vision-first
We work with NI, Keysight, R&S, Ericsson, Nokia, MathWorks, TMY Tech, and open-source platforms — recommending based on your research goals, not our distribution arrangements.
PRINCIPLE 03
A lab investment must not age
The foundation hardware lab used to teach 4G concepts is equally relevant for 6G. The SDR testbed built today can demonstrate any future waveform standard.
PRINCIPLE 04
We stay after setup
Lab setup is only the beginning. We provide faculty orientation, student lab manuals, and ongoing technical support — so the lab remains actively used, not a showpiece.
Lab Types We Establish

Nine research labs. One integrated vision.

Each lab is a distinct, deployable unit. Institutions typically begin with one or two and expand. We help you choose the right starting point.

Platform note: Every lab below can be built on your choice of platforms — NI, Keysight, R&S, Ericsson, Nokia, MathWorks, TMY Tech, and open-source solutions including GNU Radio, srsRAN, and OpenAirInterface. We make recommendations based on your budget, research goals, and long-term roadmap.
LAB TYPE 01
Software-Defined Radio (SDR) Lab
Build real transmitters and receivers. Implement modulation, channel access, and PHY algorithms on actual radio hardware. Students see transmitted signals, measure real BER, and observe live IQ constellations. The lab that bridges simulation to reality.
NI USRPGNU RadioMATLABRF Hardware
LAB TYPE 02
5G End-to-End Testbed
Full NR stack — from PHY waveform through gNB, 5G Core, and UE. Using srsRAN, OpenAirInterface, or commercial 5G small cells. Enables hands-on research in PDSCH/PUSCH, beamforming, network slicing, and end-to-end link analysis.
5G NRsrsRANOpenAirInterfaceCore Network
LAB TYPE 03
Open RAN Lab
Disaggregated RAN with O-RU, O-DU, O-CU, and RIC. Research in xApp development, near-RT and non-RT RIC, and vendor interoperability. The architecture defining 5G's next decade.
O-RANRICxAppsDisaggregated
LAB TYPE 04
Massive MIMO & mmWave Lab
Multi-antenna systems at millimetre wave frequencies. Beamforming, spatial multiplexing, channel sounding, and array calibration. The frontier of 5G Advanced and 6G research.
MIMOmmWaveBeamformingArray
LAB TYPE 05
RF & Antenna Lab
Antenna design, characterisation, and measurement. S-parameter analysis, radiation pattern measurement, and impedance matching. The foundational RF lab every ECE department needs.
VNAAntennaRF DesignS-Parameters
LAB TYPE 06
Test & Measurement Lab
Oscilloscopes, spectrum analysers, signal generators, and vector network analysers — the instruments that make every other lab more productive. Configured for communication system characterisation.
OscilloscopeSpectrum AnalyserVNASignal Gen
LAB TYPE 07
Core Network & Cloud Lab
5G Core functions — AMF, SMF, UPF — deployed on virtualised infrastructure. Network slicing, QoS, edge computing, and NFV. The system-level complement to the PHY testbed.
5G CoreNFVNetwork SlicingEdge
LAB TYPE 08
Channel Modelling Lab
Propagation measurement, ray tracing, and channel emulation. Students characterise real channels for 5G, V2X, and indoor environments — generating the data that research publications are built on.
PropagationRay TracingChannel EmulatorV2X
LAB TYPE 09
Fibre Optics & Optical Communication Lab
Optical fibre characterisation, WDM systems, optical amplification, and dispersion analysis. As 5G backhaul becomes fibre-dominant, this lab connects the radio access network to the transport network.
Fibre OpticsWDMOTDROptical Comms
Platforms We Work With
NI (National Instruments)Keysight TechnologiesRohde & SchwarzEricssonNokiaMathWorksTMY TechnologyGNU RadiosrsRANOpenAirInterfaceOpen5GSFree5GC
How It Works

From vision to live lab — four steps.

1
Consultation
Online — typically 60–90 minutes. We understand your research goals, teaching objectives, student profile, and budget. We come prepared with questions specific to your brief.
2
Design Proposal
A detailed lab design proposal — platform recommendations, layout, experiment library, faculty preparation plan, and phased investment roadmap. Specific to your institution.
3
Supply & Commission
Equipment sourcing, quality verification, delivery, installation, and full commissioning. Every instrument is tested against the agreed experiment library before sign-off.
4
Train & Support
Faculty orientation workshop, student lab manuals, and a curated experiment library — all included. Ongoing technical support ensures the lab remains research-productive.
Lab Consultation

Tell us your vision. We'll tell you what lab you need.

We do not have a standard package — we have a conversation. Share your requirements and we will review them before scheduling a focused online consultation.

The initial consultation is online — focused and specific to your institution
We review your brief before we meet
We respond to every enquiry within two working days
Existing labs can be assessed and upgraded — not just new setups
Research proposals can be scoped and co-designed during consultation
Lab Consultation Request
Share your requirements. We will review and schedule a consultation.
Online consultation · We respond within two working days
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Consultation Request Received

We will review your brief and respond within two working days to schedule your consultation.