• NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver

NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver

PXIe‑5646R ( 784759-01) 3-slot PXIe reconfigurable VST, 65 MHz–6 GHz RF, full 200 MHz Tx/Rx instantaneous bandwidth, integrated VSG+VSA, Xilinx Virtex-6 LX240T user FPGA, 1 GB onboard DRAM, 24 DIO up to 250 Mbps, NI-TClk coherent sync, NI-RFmx & LabVIEW FPGA, for WiFi 160MHz, LTE-A, power amp DPD & MIMO test systems.
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  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver
  • NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver,NI-Module,NI PXIe‑5646R 784759-01 6GHz 200MHz Virtex6 FPGA PXIe VST Vector Signal Transceiver

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PXIe‑5646R | 6 GHz 200 MHz User-Programmable FPGA Vector Signal Transceiver (VST)

PN:  784759-01
The PXIe‑5646R is a three-slot 3U PXI Express all-in-one software-defined RF vector signal transceiver, integrating complete vector signal generator (VSG), vector signal analyzer (VSA), high-speed digital I/O and large-capacity user-customizable Xilinx Virtex-6 LX240T FPGA, eliminating separate RF source and receiver cards to minimize test rack footprint for wideband wireless R&D and mass-production ATE.
RF frequency coverage spans 65 MHz to 6 GHz, fully supporting WiFi 802.11ax 160 MHz, LTE-A carrier aggregation, GNSS, sub-GHz IoT and short-range radar signals. Industry-leading 200 MHz digitally equalized real-time instantaneous bandwidth on both transmit and receive paths captures full wideband signal frames without segmented sweep stitching, drastically cutting single-DUT test cycle time. Transmit typical max CW output power +18 dBm, low phase noise (-112 dBc/Hz @1 GHz, 10 kHz offset) delivers lab-grade modulation accuracy for high-order MIMO communication devices.
16-bit transmit DAC / 14-bit receive ADC, onboard hardware DUC/DDC IP cores offload baseband I/Q processing to FPGA hardware. Equipped with 24-channel bidirectional high-speed DIO (max 250 Mbps) for parallel digital baseband validation of RF front-end chips. Front-panel SMA ports include RF IN, RF OUT, CAL IN/OUT, independent LO I/O, 10 MHz reference clock and PFI trigger; all RF ports fixed 50 Ω AC-coupled impedance matching standard RF test fixtures.
Massive Virtex-6 LX240T FPGA + 1 GB onboard DRAM enable hardware acceleration of real-time DPD digital pre-distortion, radar pulse compression, custom demodulation, closed-loop power amplifier control and BER calculation, achieving microsecond deterministic latency unreachable by fixed-function bench instruments. Native NI-TClk multi-card synchronization provides sub-nanosecond phase alignment to build scalable 2×2 / 4×4 coherent MIMO multi-antenna test benches. Controlled by unified NI-RFmx, NI-RFSG and NI-RFSA drivers, compatible with Windows and LabVIEW Real-Time OS, widely deployed for wideband wireless chip parametric validation, power amplifier linearity test, SDR prototype research and automotive telematics ECU hardware-in-the-loop simulation.

Core Hardware Specifications

  • Slot Occupation: 3 consecutive standard 3U PXIe chassis peripheral slots
  • RF Frequency Range: 65 MHz ~ 6 GHz
  • Instantaneous Bandwidth: Max 200 MHz digitally equalized Tx/Rx bandwidth
  • Transmitter: 16-bit DAC, typical +18 dBm max CW output, <1 Hz tuning resolution
  • Receiver: 14-bit ADC, typical EVM ≤ -48 dB (160 MHz WiFi loopback)
  • User FPGA: Xilinx Virtex-6 LX240T, abundant DSP slices & block RAM
  • Onboard Memory: 1 GB DRAM (2×512 MB banks) + 2 MB SRAM
  • Digital I/O: 24 bidirectional TTL lines, max 250 Mbps per channel
  • Front RF Connectors: SMA RF IN, SMA RF OUT, CAL loop ports, LO I/O, Ref Clock, PFI Trigger
  • Impedance: All RF ports fixed 50 Ω AC-coupled
  • Synchronization: NI-TClk multi-VST sub-nanosecond coherent clock & trigger sync
  • Supported Software Drivers: NI-RFmx, NI-RFSG, NI-RFSA, LabVIEW FPGA Module
  • Operating Env: 0 ℃ ~ 45 ℃, humidity 10%–90% non-condensing, 30 min warm-up required
  • Calibration Cycle: Recommended 2-year factory traceable calibration interval

Core Functional Advantages

All-in-one VSG+VSA+DIO three-slot integrated architecture reduces cabinet space occupation by over 40% compared to discrete generator + digitizer combinations, perfectly suited for compact mass-production ATE racks. 200 MHz ultra-wide instantaneous bandwidth fully meets 160 MHz WiFi 6 and LTE-A carrier aggregation full-signal test requirements, removing time-consuming segmented sweep stitching and greatly boosting test throughput.
Large user-accessible Virtex-6 FPGA + 1 GB DRAM offloads all real-time RF processing logic to hardware, realizing microsecond-latency closed-loop DPD power amplifier linearization test unavailable with software-timed standard RF instruments. 24-channel high-speed DIO completes RF analog performance and digital baseband interface validation in one station without external digital test hardware.
Independent front-panel LO input/output ports support external wideband downconverters/upconverters to extend frequency coverage to K-band radar. NI-TClk seamless multi-VST synchronization builds scalable MIMO multi-antenna test systems without external clock distribution hardware. Complete NI-RFmx measurement library delivers one-click EVM, ACPR, spectrum, channel power and spurious analysis function blocks, significantly shortening LabVIEW wideband wireless automated test development cycle compared to standalone bench VSAs/VSGs. Compact modular design reserves abundant expansion slots for RF switching matrices, source measure units and multi-channel DAQ sensors.

Software Compatibility

Supports Windows 7/10/11 64-bit and LabVIEW Real-Time OS; fully compatible with LabVIEW, LabVIEW FPGA Module, LabWindows/CVI, TestStand, NI-RFmx wireless measurement toolkit, NI-RFSG, NI-RFSA, NI MAX, supports C/C++/.NET/Python/MATLAB secondary development.

Typical Applications

WiFi 802.11ax 160MHz & LTE-A wideband wireless chip mass-production parametric test, GNSS GPS/Beidou signal simulation & receiver verification, power amplifier real-time digital pre-distortion (DPD) closed-loop linearity characterization, MIMO multi-antenna coherent communication system test, custom software-defined radio (SDR) prototype research, automotive telematics RF ECU hardware-in-the-loop simulation, short-range pulse radar signal generation & echo capture, laboratory wideband communication algorithm validation platforms.
1.Brand New Items: Comes with 3 Years Official Full Warranty

2. Used & Refurbished Items: Enjoy 2 Years Professional Warranty Service

3. Free Warranty Maintenance: All non‑human quality failures are covered for free repair and maintenance during the warranty period

4. Full Technical Support: Professional technical guidance and exclusive after‑sales repair services are provided for all warranty‑qualified products.

5.Strict Fault Verification: All product failures will be professionally inspected and confirmed to judge warranty eligibility accurately.

6. We strictly inspect damage reasons to confirm warranty eligibility.
• We ship out all orders within 3 business days after payment confirmed.

• Global fast shipping supported by FedEx and UPS Express Delivery.

• Real-time tracking number provided for every order, easy to track delivery status online.

• Every item will go through strict professional testing and full function inspection before shipment.

• We take detailed real photos for each product to confirm appearance, condition and accessories before delivery.

• Premium shockproof and anti-collision packaging to protect goods from damage during transit.

• Safe and smooth customs clearance, shorten delivery time.

• Complete accessories and intact packaging before shipping.

• Professional after-sales logistics support, we help solve all delivery and receiving problems.

• Fast global delivery, safe and reliable transportation guarantee.

PCIe S‑Series

PCIe S‑Series

PCIe S‑Series

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PXIe X‑Series

PXIe X‑Series

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NI‑9213 C‑Series Module

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PXIe‑1065 chassis

PXIe‑1065 chassis

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