NEO X01 3000 PSI Adapters

• Simplify cabling between cameras and vision computer through PoE support 
• Facilitate multi-camera configurations with two or four Gigabit Ethernet ports 
• Trigger multiple cameras simultaneously and reliably using hardware-assisted trigger-over-Ethernet (ToE) 
• Synchronize to automation devices in real-time through digital I/Os with hardware-assisted management 
• Deploy pre-licensed for GigE Vision support in Aurora software, formerly Matrox Imaging Software 
• Avoid the need for a separate hardware key through a license fingerprint for additional Aurora software features 
• Certified for use with GigE Vision systems

NEO X05 5080 PSI Adapters

No Internal Valve

NEO X01 3000 PSI Adapters

• Capture from legacy to the latest video sources through support for SD analog to UHD digital formats 
• Connect and switch between different video sources via Mini DisplayPort, HD-BNC, HDMI, and custom analog DVI1 connectivity 
• Handle multiple video sources with the simultaneous capture of up to eight HD or two UHD streams2 
• Optimize video transmission and storage through onboard multi-stream H.264 encoding 
• Minimize system footprint by way of a single-slot PCIe card design 
• Simplify application development using the Aurora Imaging Library, formerly Matrox Imaging Library (MIL), software development kit (SDK) 
• Deploy on a current platform of choice with support for 64-bit Windows® 7/10 and Linux

NEO 905 5080 PSI Adapters

Focus Microwaves' Harmonic Tuners are engineered to enable precise control of impedance at the fundamental and harmonic frequencies (typically f₀, 2f₀, and 3f₀), making them essential for nonlinear device characterization and power amplifier design.

These tuners feature multiple cascaded probes within a single tuner body, allowing independent or simultaneous tuning at multiple frequencies. Their robust design ensures high tuning accuracy, minimal insertion loss, and excellent repeatability across a broad frequency range. Harmonic tuners are the ideal solution for advanced Load Pull measurements where harmonic control is critical.