Focus Microwaves - RF Test Fixtures
More Product Information
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Automated firewall performance characterization
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Automated traffic profile generation from traffic monitoring logs
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Application emulation for NGFW performance, SSL decryption, and NAT
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Unencrypted and encrypted malware test
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Firewall resource utilization monitoring during performance test
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Smart comparison and analysis of test reports for various use cases
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Easy-to-use web UI with multi-user login support
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Easy-to-understand PDF report facilitating decision making
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0.01° phase shift accuracy
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15 - 1000 Hz output
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Built-in multimeter for transducer calibration
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Floating current outputs for 3-wire power meters
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Voltage from Current function
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World’s fastest production line tester
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Ultra-simple web-browser UI - 3 clicks to complete test cycle
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Seamless parallel test case execution
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Displays test status, progress, and real time logs
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Easy to script using CLI and RESTapi from any software environment, for rapid integration with customers own UI applications
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Telnet feature makes it easy to remotely check DUT status (e.g. LED, USB and REGEDIT), and modify DUT configuration
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Interface with customer Manufacturing Execution System (MES) system via DLL/ SQL/HTTP, to store test results into its database
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Vantage can test all Ethernet speeds from 100M up to 400G speeds (including both NRZ & PAM4)
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It is based on Xena’s Valkyrie platform making it the industry’s most stable and accurate Ethernet production test solution
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Free software & free tech support product lifetime
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Real resistors switched by relays
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Custom temperature scales
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No residual resistance
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0.01°C accuracy
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Six different languages
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Ideal for multiport RF/Microwave and high-speed digital signal testing
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Mix DC and RF/Microwave signals on one probe
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Long lifetime – typically over one million (1,000,000) touchdowns
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Excellent performance in temperatures ranging from 10 K to 200°C
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Probe on any pad material with no damage
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Ease of use – Less experienced operators can perform DC measurements by simply pushing a button. This reduces the need of experienced users full time on each system.
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Reduced Soak Time – The system will automatically re-align the probes to the pads if they drift from alignment. This reduces test time and increases throughput.
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Unattended Use – Measurements can be left running over night or the weekend, testing all devices on the wafer, and at different temperatures without the need of an operator.
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Latest Sony CMOS sensor
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Power over Ethernet option
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Angled-head and board level variants
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Video-iris lens control
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Monochrome (G-895B) and color (G-895C) models
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GigE Vision interface with Power over Ethernet option
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Screw mount RJ45 Ethernet connector for secure operation in industrial environments
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Supports cable lengths up to 100 meters (CAT-6 recommended)
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Trigger over Ethernet Action Commands allow for a single cable solution to reduce system costs
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Comprehensive I/O functionality for simplified system integration
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Popular C-Mount lens mount
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Easy camera mounting via standard M3 threads on top and bottom of housing or optional tripod adapter
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Easy software integration with Allied Vision's Vimba Suite and compatibility to the most popular third party image-processing libraries.
The RTR-X4 is one of the most advanced digital telemetry receivers on the market with its well-recognized RF performance and signal processing capability.
The 4U chassis-based RTR-X4 can support up to four channels providing flexibility and capability as well as a rich set of features for different frequency bands, modulations, decoders and output formats.
Not only does the CORTEX RTR provide an extensive set of features for different frequency bands, modulations, decoders and output formats, but the user can easily upgrade the equipment in the field to access additional and new features. The RTR-X4 is an excellent fit for flight test ranges, offering full flexibility and easy access to settings through its user-friendly GUI on the embedded 8.4-inch screen.
The energy industry is primed for a wave of monumental change. The transition to renewable and alternative energy sources, advancements in energy storage, the rise of smart grids, and the electrification of transportation are driving significant changes domestically and globally. These developments mean organizations require new testing protocols, enhanced safety standards, advanced testing equipment, and comprehensive interoperability and cybersecurity assessments. Regulatory changes and technological innovations further complicate testing requirements, demanding scalable and real-world simulation capabilities. When testing facilities must adapt rapidly to support R&D efforts, it’s essential that they ensure the safe, efficient, and sustainable deployment of new energy technologies. All of these factors demand energy laboratories that are future-proofed for innovative solutions.
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