RF, Wireless and R&D Lab Solutions for Next-Gen Wireless Innovations
End-to-end systems for RF test labs, semiconductor validation, 5G/IoT, Satcom, and wireless R&D environments.
Vays Infotech provides end-to-end RF, wireless, and R&D lab solutions for Telecom Test Labs, semiconductor labs, wireless device manufacturers, Satcom innovators, and 5G/IoT test environments. Our portfolio spans RF test equipment, EMC/EMI infrastructure, prototyping platforms, networking systems, compute and Networking Devices, procurement consolidation services, and lab safety systems.
RF Test & Measurement Equipment
Vays Infotech supplies and integrates precision RF, microwave, and mmWave test instruments essential for validation, debugging, and compliance testing. Available equipment includes
Spectrum analyzers for modulation, interference, and spectral studies
• Vector network analyzers (VNAs) for S-parameter and multi-port characterization
• Signal generators for analog/digital modulation and waveform generation
• RF power meters, noise figure analyzers, and high-bandwidth oscilloscopes
• Calibration kits for traceable measurement accuracy
• Portable meters for field diagnostics and industrial troubleshooting
Used across wireless R&D, chipset validation, antenna tuning, EMC analysis, radar prototyping, and RF compliance workflows.
Active & Passive RF Components
High-frequency systems depend on components engineered for low loss, linearity, thermal stability, and consistent performance across GHz-class bands.
Passive Components – attenuators, couplers, dividers, terminations, filters, and precision RLC elements.
Active Components – GaN/GaAs/SiGe LNAs, PAs, RF switches, mixers, PLLs, synthesizers, and VCOs for conversion, amplification, and beamforming workloads.
Solutions support wireless chipset research, phased-array front-ends, Satcom terminals, SDR systems, radar experimentation, and semiconductor device validation.
RF Anechoic Chambers & EMI/EMC Shielding Solutions
Deterministic RF testing requires controlled shielding and reflection-free environments. Vays Infotech supports
Anechoic chambers for antenna, OTA, and EMC pre-compliance testing
• RF shielded enclosures, cabinets, and isolation boxes
• Absorbers: ferrite tiles, pyramidal, hybrid, and mmWave absorbers
• EMI/EMC shielding gaskets, tapes, and PCB localized shielding
• Pre-compliance kits for early detection of EMI risks and certification bottlenecks
Applications include aerospace/defense labs, Satcom validation, radar testing, wireless device certification, 5G research, and semiconductor R&D environments.
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RF Antennas & RF Front-End Systems
Our antenna portfolio enables OTA testing, directional link studies, and protocol validation across broadband and narrowband wireless systems
Standard gain horns for calibration
• Log-periodic antennas for broadband EMI/EMC workflows
• Dipole/monopole sets for prototyping and education
• Yagi and patch antennas for directional point-to-point links
• UWB, phased-array, and beamforming architectures for advanced wireless research
Compatible with Wi-Fi 6/6E/7, 5G NR, Satcom, GNSS, ISM bands, and industrial wireless systems.
RF Prototyping & SDR Development Platforms
Fast prototyping accelerates concept-to-proof-of-concept for RF and wireless systems. Vays Infotech provides
Software-defined radio (SDR) platforms: USRP, LimeSDR, PlutoSDR, HackRF
• Evaluation boards for LNAs, mixers, synthesizers, RF SoCs, and converters
• RF PCB laminates: Rogers, Taconic, Isola for mmWave and RF boards
• Breakout boards, daughter cards, and component sample kits
Ideal for waveform experimentation, modulation studies, PHY/MAC prototyping, cognitive radio, and RF education.
R&D Compute Platforms & GPU Servers
Modern wireless and semiconductor labs operate heterogeneous compute stacks for simulation, data processing, SDR development, and AI/ML workloads. Offerings include
Embedded compute systems (Raspberry Pi, NUC, industrial SBCs)
• High-performance workstations (Intel Xeon / AMD Threadripper)
• GPU servers for AI/ML, signal modeling, and data-intensive workloads
• Peripheral systems including capture cards, storage modules, and docking hardware
Supports Python DSP workflows, GNU Radio, MATLAB, AI-accelerated PHY modeling, waveform analysis, and semiconductor validation
Enterprise Networking for R&D & Test Environments
High-bandwidth, deterministic networking enables distributed testing, OTA validation, and remote access to lab infrastructure. Vays Infotech provides:
Managed switches (Cisco, Aruba, Netgear)
• Wireless controllers & enterprise-grade APs
• Copper and fiber structured cabling systems
• SFP/QSFP optics, PoE networks, and media converters
• Surge protection, patch panels, and termination toolsets
Suitable for RF labs, 5G/Wi-Fi testbeds, compute clusters, and software validation ecosystems.
Lab Safety & Infrastructure Equipment
Sustainable lab operation requires ESD protection, thermal stability, clean power, and ergonomic infrastructure. We supply
ESD mats, tables, flooring, and wrist straps
• UPS, PDUs, voltage stabilizers, and cooling systems
• Structured cable management and routing hardware
• Safety cabinets, suppression systems, signage, and tooling
• Ergonomic lab furniture for long-duration R&D workloads
Technical Procurement & Sourcing Services
Procurement for R&D, RF, and wireless environments demands domain-specific understanding of specifications, compatibility, supply chains, and lifecycle management. Vays Infotech provides
Product identification & BOM validation
• Vendor and supply chain coordination
• Warranty & RMA tracking
• Lab moves, asset audits, and cable documentation
• Power & network infrastructure assessment
• Structured cabling & integration support
Procurement spans RF/microwave components, measurement instruments, chambers, computing platforms, lab safety, and structured connectivity.
