Products

The Tabor P94812B RF AWG is a high performance benchtop RF arbitrary waveform generator designed for advanced signal generation and real time RF experimentation. With a 9GS/s sampling rate, 16-bit resolution, and 12 independent channels, it enables engineers and researchers to create complex waveform scenarios for Electronic Warfare simulation, quantum computing, radar testing, and next generation wireless communication development.

Built on advanced SDR architecture, this system does more than generate signals. It can listen, process, and react instantly through its integrated real time feedback control system. The result is a responsive RF platform capable of handling demanding applications that require precision, speed, and intelligent waveform sequencing.

Key Features

• 9GS/s high speed sampling for precise RF waveform generation
• 16-bit vertical resolution for high signal accuracy
• 12 independent output channels for complex multi-channel systems
• 24 programmable markers for precise synchronization
• 8GS waveform memory expandable up to 16GS
• High speed PCIe data transfer architecture
• Integrated digital IQ modulators and demodulators
• Real time FPGA feedback for conditional waveform control
• Excellent phase noise and spurious signal performance
• Task table sequencing for intelligent waveform transitions
• Optional streaming capability up to 3GS/s
• Compatible with Python, MATLAB, C, and LabVIEW

Key Features

• 9GS/s ultra-high-speed RF waveform generation for advanced applications
• 16-bit resolution for precise and stable signal output performance
• 12 synchronized channels for complex multi-signal RF environments
• 8GS waveform memory enabling long-duration signal generation
• 16 marker outputs for precise timing and system synchronization
• SDR-based Proteus architecture for adaptive real-time waveform control
• Integrated IQ modulation and demodulation for modern RF workflows
• PCIe high-speed data transfer for low-latency streaming performance
• FPGA-driven real-time feedback for conditional waveform generation
• Ideal for EW simulation, radar systems, and advanced RF research

The Tabor P9482B RF AWG is a high-performance benchtop arbitrary waveform generator designed for precise RF signal generation. With a 9GS/s sampling rate, 16-bit resolution, and 2 independent channels, it delivers advanced waveform control for Electronic Warfare (EW), quantum research, and next-generation wireless communication testing.

Key Features

• 9GS/s ultra-fast sampling for high-fidelity waveform generation
• 16-bit resolution for accurate signal representation
• 2 independent channels with 8 programmable markers
• 8GS standard memory, expandable up to 16GS
• Real-time FPGA-based feedback for conditional waveform generation
• Integrated Digital IQ Modulators and Demodulators
• Modular PXI Express architecture for scalable and synchronized applications
• High-speed PCIe data transfer and streaming capabilities
• Excellent phase noise and spurious performance
• Task Table sequencing for responsive, logic-based waveform control
• Compatible with Python, MATLAB, C, and LabVIEW

Key Features

• 9GS/s high speed RF waveform generation for advanced signal simulation
• 16-bit resolution ensuring high signal accuracy and fidelity
• 6 independent output channels for complex multi-signal environments
• 8GS waveform memory supporting long and dynamic waveform playback
• 24 marker outputs for precise event timing and system synchronization
• SDR based architecture for real-time adaptive waveform generation
• Integrated IQ modulation and demodulation for advanced RF processing
• PCIe high speed data transfer for seamless streaming and control
• Real-time feedback control enabling closed-loop signal response
• Ideal for EW simulation, quantum research, and advanced wireless testing

The Tabor P9482M RF AWG is a high performance RF arbitrary waveform generator module designed for advanced signal generation and demanding RF testing environments. With an ultra fast 9GS/s sampling rate, 16-bit resolution, and dual output channels, it delivers highly accurate waveform generation for Electronic Warfare simulation, radar system development, and next generation wireless communication research.

Built on the powerful Proteus platform and advanced SDR architecture, the P9482M RF AWG provides more than waveform generation. It can listen to incoming signals, process them, and react instantly through its integrated FPGA feedback system. This intelligent design allows engineers to create responsive RF systems that adapt in real time to changing signal conditions.

Key Features

• 9GS/s ultra high sampling rate for advanced RF waveform generation
• 16-bit vertical resolution for exceptional signal fidelity
• 2 independent RF output channels for synchronized signal creation
• 8 programmable markers for precise timing and signal control
• 8GS waveform memory for storing long and complex waveform sequences
• Fast PCIe data transfer architecture for high speed data movement
• Integrated digital IQ modulators and demodulators
• Real time FPGA feedback system for conditional waveform generation
• Excellent phase noise and spurious performance for RF testing
• Task table sequencing for dynamic waveform switching
• Optional streaming capability for long waveform playback
• Compatible with Python, MATLAB, C, and LabVIEW programming environments

The Tabor P9484D RF AWG Desktop is a high-performance desktop RF arbitrary waveform generator designed for advanced multi-channel testing. With four independent channels, 16-bit resolution, and a 9GS/s sampling rate, it provides precise, real-time waveform generation for Electronic Warfare, radar simulations, quantum computing, and next-generation wireless research.

Its FPGA-based feedback system allows adaptive waveform responses, making it ideal for applications that require conditional signal generation and intelligent sequencing.

Key Features

• 9GS/s high-speed waveform generation
• 16-bit resolution for precise signal reproduction
• 4 independent output channels for multi-path applications
• 8 programmable markers for accurate timing control
• 8GS standard waveform memory, expandable up to 16GS
• PCIe high-speed data transfer for rapid waveform loading
• Real-time FPGA feedback system for adaptive outputs
• Integrated Digital IQ modulation and demodulation
• Excellent phase noise and spurious-free performance
• Task Table sequencing for intelligent waveform control
• Optional streaming for continuous signal playback
• Compatible with Python, MATLAB, C, and LabVIEW

The Tabor P9484M RF AWG is a powerful RF arbitrary waveform generator module designed for high speed signal generation and advanced RF testing. With a 9GS/s sampling rate, 16-bit resolution, and four independent output channels, it allows engineers to create complex RF waveforms for Electronic Warfare simulation, radar system development, and next generation wireless communication research.

As part of the advanced Proteus platform, the P9484M RF AWG uses a modern SDR architecture that enables the instrument to generate, analyze, and respond to signals in real time. Its integrated FPGA feedback system supports intelligent waveform control and conditional signal generation, giving engineers a responsive and flexible testing environment for complex RF systems.

Key Features

• 9GS/s ultra high sampling rate for advanced RF waveform generation
• 16-bit vertical resolution for superior signal accuracy
• 4 independent RF output channels for synchronized multi channel testing
• 8 programmable markers for precise timing and signal control
• 8GS waveform memory for storing long and complex signal sequences
• High speed PCIe data transfer architecture for fast waveform loading
• Integrated digital IQ modulators and demodulators
• Real time FPGA feedback system for conditional waveform generation
• Excellent phase noise and spurious signal performance
• Task table sequencing for intelligent waveform switching
• Optional streaming capability for continuous waveform playback
• Compatible with Python, MATLAB, C, and LabVIEW programming environments

The Tabor P9484M RF AWG is a powerful RF arbitrary waveform generator module designed for high speed signal generation and advanced RF testing. With a 9GS/s sampling rate, 16-bit resolution, and four independent output channels, it allows engineers to create complex RF waveforms for Electronic Warfare simulation, radar system development, and next generation wireless communication research.

As part of the advanced Proteus platform, the P9484M RF AWG uses a modern SDR architecture that enables the instrument to generate, analyze, and respond to signals in real time. Its integrated FPGA feedback system supports intelligent waveform control and conditional signal generation, giving engineers a responsive and flexible testing environment for complex RF systems.

Key Features

• 9GS/s ultra high sampling rate for advanced RF waveform generation
• 16-bit vertical resolution for superior signal accuracy
• 4 independent RF output channels for synchronized multi channel testing
• 8 programmable markers for precise timing and signal control
• 8GS waveform memory for storing long and complex signal sequences
• High speed PCIe data transfer architecture for fast waveform loading
• Integrated digital IQ modulators and demodulators
• Real time FPGA feedback system for conditional waveform generation
• Excellent phase noise and spurious signal performance
• Task table sequencing for intelligent waveform switching
• Optional streaming capability for continuous waveform playback
• Compatible with Python, MATLAB, C, and LabVIEW programming environments

The Tabor P9488B RF AWG is a premium benchtop RF arbitrary waveform generator built for precision, speed, and real-time responsiveness. With 9GS/s sampling rate, 16-bit resolution, and 8 independent channels, it provides advanced waveform control for Electronic Warfare, quantum computing, and next-generation wireless communication testing.

Key Features

• 9GS/s ultra-fast sampling for precise waveform output
• 16-bit resolution for high-fidelity signal reproduction
• 8 independent channels with 16 programmable markers
• 8GS standard memory, expandable up to 16GS
• FPGA-based real-time feedback for instant waveform adjustment
• Integrated Digital IQ Modulators and Demodulators
• Modular PXI Express architecture for scalable and synchronized setups
• High-speed PCIe data transfer and streaming up to 3GS/s
• Excellent phase noise and spurious performance
• Task Table sequencing for intelligent, non-linear waveform control
• Compatible with Python, MATLAB, C, and LabVIEW

Key Features

• 9GS/s ultra high-speed RF waveform generation for advanced applications
• 16-bit resolution for precise and stable signal output
• 8 independent channels for complex multi-signal RF environments
• 8GS waveform memory enabling long duration signal playback
• 16 marker outputs for highly accurate timing and system synchronization
• SDR based Proteus architecture for adaptive real-time waveform control
• Integrated IQ modulation and demodulation for advanced RF processing
• PCIe high-speed data transfer for seamless streaming performance
• Real-time FPGA feedback system for conditional waveform generation
• Ideal for EW simulation, radar systems, and quantum research

Key Features

• Supports wafers up to 200 mm (optional 300 mm upgrade)
• Operates at cryogenic temperatures down to 10 K
• Semi-automated with optional full automation via autoloader
• Compatible with liquid nitrogen, liquid helium, or cryo-cooler
• Ice- and condensation-free probing for stable performance
• Up to eight probe positioners or probe card integration
• Solid vibration-isolated frame for precision measurements
• Velox software with intuitive alignment and automation

PAO Chillers are engineered for precise and reliable cooling in military, aerospace, and industrial applications. Designed for use with polyalphaolefin fluids, these systems ensure consistent performance in demanding environments.

Key Features

• Designed for PAO heat transfer fluid applications
• Ideal for military, aerospace, and industrial cooling
• Portable and stand alone system design
• Advanced touchscreen controller with diagnostics
• Real time monitoring and performance graphing
• Remote communication capabilities
• Optional pressure and flow control features
• High reliability for critical applications
• Built to ISO and ITAR compliance standards

The PCRC-7272 Precision Current Regulator Controller is a high performance solution designed to enhance the stability and accuracy of commercial off the shelf power supplies. Built in a compact 1U rackmount design, it integrates advanced regulation, monitoring, and control features for demanding laboratory and industrial environments.

Key Features

• Precision current regulation using external DCCT feedback
• Compact 1U rackmount design for space efficient installation
• Ethernet based remote control and configuration
• Current, voltage, and ground current read-back functionality
• Temperature and magnetic fault interlock monitoring
• Fault detection with latching and detailed reporting
• Compatible with leading power supply brands including Keysight, Sorensen, TDK Lambda Genesys, and Kikusui
• Adjustable current set point and programmable ramping control
• Auxiliary input for enhanced output monitoring capability
• Ground fault protection for improved operational safety

The Aim-TTi PL Series DC Power Supply combines precision, flexibility, and reliability in a compact linear regulated design. Available in single, dual, and triple output configurations, it delivers exceptional control and accuracy for laboratory, R&D, and testing environments.

Key Features:

• Single, dual, or triple output models
• Voltage range from 6V/8A to 60V/1.5A
• High-performance linear regulation for low noise
• Compact and space-saving design
• True analog controls for smooth operation
• S-Lock function to instantly lock settings
• V-Span feature to customize voltage range
• Low current measurement and meter averaging
• Selectable remote sense terminals
• Independent, Isolated Tracking, and True Parallel modes
• High current, low voltage output on triple models
• Optional interfaces: RS-232, USB, LAN (LXI), and GPIB
• Analog remote control of voltage and current (single output only)

Key Features

• Entry-level manual wafer probing in vacuum < 1×10⁻⁴ mbar
• Supports wafers up to 150 mm or single dies
• Up to six probe positioners for flexible testing
• Optional thermal chuck from -60°C to +300°C
• Probing possible with open chamber lid at atmosphere
• Stable, vibration-isolated frame for precise results
• Ergonomic design with hinged topside lid for easy access
• Independent control of chuck stage and positioners
• Fast, manual step-and-repeat wafer testing

Cascade PM300 – 300 mm Analytical Probe Station

Key Features:

• Industry benchmark for manual wafer probing and failure analysis.
• Superior mechanical stability with granite base for precision and repeatability.
• High-precision probe positioning with independent X-Y coarse and fine adjustments.
• Configurable for DC, RF, mmW, WLR, FA, and 3D IC testing.
• Wide thermal range: -60°C to +200°C (PM300PS) / +15°C to +300°C (PM300).
• Optional electromagnetic shielding (PM300PS) for ultra-low-noise environments.
• Spacious, ergonomic design supporting up to 12 positioners.
• Upgradeable platform to support future testing needs.