Flexibility

• DC, AC and RF/microwave device characterization, 1/f, WLR, FA and design debug
• Full thermal range of -60°C to +300°C
• Compatible with TopHat or IceShield
• Usage of manual and motorized positioners, probe cards within EMI-shielded environment
• Upgrade path to meet your future needs
• Stable and repeatable measurements over a wide thermal range

High accuracy and repeatability

• Reliable and repeatable contact
• Moisture-free, light-tight and EMI-shielded test environment with MicroChamber® technology
• Advanced EMI-shielding with PureLine and AttoGuard technologies available
• Superior low-leakage and low-noise measurements
• Safe and accurate hands-off testing
• Minimizes settling times for efficient measurements over full thermal range

See "Specifications & Details" tab for more key features

The 0.9 mm SuperMini connectors product line provides the superior performance of Southwest Microwave’s standard-sized, high frequency connectors in a miniaturized footprint which is ideal for reduced-size PCB and panel applications, offering ultra-broad bandwidth and coupling nut mating.

0.9 mm SuperMini connectors are rugged and durable, feature a 360° raised grounding ring and a temperature range of -55°C to 165°C.

The connectors provide mode-free operation through 67 GHz, offering well-matched impedance, excellent repeatability and the industry’s lowest VSWR (1.2:1), insertion loss (0.7 dB) and RF leakage (≤ -100 dB).

AI, cloud computing, and hyperscalers are accelerating the demand for ultra-high-speed, low-latency connectivity, taking us past Gigabit Ethernet and into the era of Terabit Ethernet.

Teledyne LeCroy’s Terabit Ethernet solutions are engineered to help you take full advantage of this new technology cycle. The Xena Ethernet Test Platform gives developers of semiconductor, NEMs, and hyperscalers the solutions they need to validate next-gen silicon, network devices, and interconnects with confidence.

From Layer 1 signal integrity and Layer 2 traffic generation and analysis, we have the solutions you need to simulate, stress, and certify real-world performance. Support for 224Gbps electrical lanes, advanced FEC, and PCS diagnostics ensure readiness for tomorrow’s networks. Compact, desktop-friendly hardware combined with intuitive software and powerful automation ensure seamless lab-to-production workflows.

Whether you’re path-finding 1.6T or optimizing 800G deployments, Xena can fast-track your innovation cycle. Test smarter, deploy faster and reap the rewards.

The CSR family of calibration substrates delivers the highest accuracy available due to the high quality of each substrate. The calibration standards are manufactured using rugged, hard gold, which ensures a long lifetime.

Three Probe Technologies

• Infinity Probe: best for Al (Si)
• ACP Probe: best for AU (III-Vs)
• |Z| Probe: robust solution (long lifetime)
• Precision contact on a wide variety of materials from 26 GHz to 67 GHz
• Accurate results with excellent crosstalk
• Matching cables and substrates included

Precise Contact Solution

• RF chuck ±3 μm surface planarity
• Unique 500 μm platen contact/ separation stroke with ≤± 1 μm accuracy for repeatable contact
• Precision probe alignment
• Consistent contact force and overtravel
• Stable contact performance

WinCal Calibration Software

• Exclusive 1-, 2-, 3-, and 4-port on-wafer calibration algorithms
• Automated calibration monitoring
• Unique measurement & analysis methods
• Accurate S-parameter measurements
• Automatic calibration setup for higher efficiency
• Fast and easy data interpretation and reporting

• Revolutionary technology advancement for wafer and die-level photonics probing
• Real-time in-situ calibrations
• Singulated die testing
• True die-level edge coupling
• In-situ power measurements
• Advanced calibration technologies
• Enables autonomous measurements

See "Specifications & Details" tab for more key features

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.