PXIe Chassis for Modular RF Test & Measurement | PXE6410
Product number:
TB-PXE6410
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Product Information "PXIe Chassis for Modular RF Test & Measurement | PXE6410"
PXE6410 – PXIe Chassis With Embedded Controller
6-Slot Gen3 x4 Chassis
More Output. Less Effort
The PXE6410 is a PXI chassis with a PXI Embedded Controller that makes PXI-based test systems productive without detours. The focus is on reproducible performance, well-engineered Power supply, and precise clocking for demanding measurement and verification tasks.Engineered for Performance – Built for Everyday Use
The compact enclosure fits standard racks and operates quietly and efficiently. Precisely guided slots and the PXI Chassis Rack-Mount design ensure stable operation in 19″ cabinets. USB, LAN, and HDMI enable seamless integration with existing environments; firmware maintenance, displays and information retrieval, as well as digital control, are handled centrally.Plug-&-Perform in a Modular Setup
Arbitrary Waveform sources, generator modules, and RF amplifiers are consistently integrated within the PXIe chassis—from concept to production readiness. Stable signal routes, high frequency stability, and current monitoring for mobile racks with batteries are implemented seamlessly. PXIe-wide displays keep processes transparent; service remains plannable.Integration That Truly Integrates
With software workflows, test sequences are automated and documented. Embedded configurations can be deployed centrally; a PXI Chassis Controller expands the platform when required. Integrate an Arbitrary Waveform Function Generator, add channels, and scale—without changing the architecture.Future-Proof and Scalable
Up to six freely configurable slots enable customized setups across the entire lifecycle of products. Where required, amplifier and filter modules are added so that signal dynamics and Power reserves match the specific application. Stable waveform tests, digital triggers, and high frequency stability support validation in R&D as well as automated test flows on the production line.
Precise. Fast. Integrated — let’s start your PXE6410 setup together; contact us!
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Available Documents (Subject to Change)
- Form factor: 6-Slot-Gen3-x4, PXI-Express-Chassis (32 Gb/s Backplane)
- Controller: PXI Embedded Controller (optional PXI Chassis Controller)
- System bandwidth: 32 Gb/s
- Modularity: compatible with Arbitrary Waveform, Arbitrary Waveform Function Generator, and RF amplifiers.
- Power supply: 100–264 VAC, 47–63 Hz
- Max. power consumption per slot: 60 W
- Max. current per slot: +3.3 V 4 A, +12 V 4 A
- CPU: Intel Pentium, 2.20 GHz, 3 MB cache (upgradeable)
- RAM: 8 GB standard (expandable up to 32/64/128 GB)
- Storage: 120 GB SSD (upgradeable)
- Operating system: Windows 10 IoT
- Interfaces:
- 1× USB Host Front (Type A)
- 2× USB Host Rear (Type A)
- 1× USB Device Rear (Type C)
- 1× LAN RJ45 (1000/100/10 BASE-T)
- 1× HDMI Rear
- Optional: SFP+ 10G Optical, GPIB, Thunderbolt 3
- Dimensions: 175 × 221 × 316 mm (with feet) / 175 × 235 × 316 mm (without feet)
- Weight: 7.5 kg (net), 9 kg (shipping)
- Operating temperature: 0–40 °C
- Storage temperature: –40 to +70 °C
- Humidity: up to 85% RH, non-condensing
- Certification: CE, IEC61010-1:2010, IEC61326-1:2013
- Warm-up time: 15 minutes
Options of the PXE6410
- COMP: Contact us for more information
- PD-Rack Mount: Rack mounting kit
- SLOT1: Slot cover for a single slot (required for cooling)
Scope of delivery of of the PXE6410
- PXE6410 chassis (6-slot PXIe Gen3 x4) with integrated PC including: Intel Pentium processor, 8 GB RAM (standard), 120 GB SSD, and Windows 10 IoT operating system
- Removable feet
- User manual / documentation
- CE-compliant testing and certification
Applications of the PXIe-Based Chassis with Integrated Embedded Controller – Tabor PXE6410
- Quantum Computing – Building modular and scalable control and signal generation systems
- Closed-Loop Simulation and Signal Processing – Development and integration of complex RF and control-loop applications
- Radar Target Generation – Realistic target simulation for radar system testing
- MIMO Communication Systems – Prototyping and validation of multi-channel communication systems
Since its founding in 1971, Tabor Electronics has become a world-leading supplier of world-class measurement and test equipment. Tabor has earned this reputation through both quality craftsmanship and innovative engineering. Its broad portfolio includes hardware products such as pulse, function and arbitrary waveform generators, as well as high-voltage, signal and digital amplifiers. Platforms based on different frequency ranges are complemented with waveform or modulation software. Technologically leading, Tabor offers the best combination of performance, reliability and price/performance ratio. Tabor products are used in a wide range of applications, in industry and research.