• NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR

NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR

PXIe‑6548 (781012 series) single-slot HSDIO digital waveform instrument, 32 bidirectional channels, max 200MHz clock /400Mbps DDR, 1.2–3.3V programmable logic level, DDS high-res clock, 3-bank data deskew, real-time hardware compare, NI-HSDIO driver, for MCU, ASIC, ADC/DAC semiconductor functional & BER test systems
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  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR
  • NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR,NI-Module,NI PXIe‑6548 781012-03 32Ch 200MHz HSDIO Digital Waveform Instrument 400Mbps DDR

Client Testimonials

Michael Anderson
Michael Anderson
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A complete set of NI equipment that can operate completely, I am very grateful.

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Sarah Chen
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I am satisfied that NIST calibration is possible

Emma Roberts
Emma Roberts
Hospitality Manager, UK

I really like this company for being able to deliver in a timely manner so that my laboratory can continue testing,

  • Description

  • warranty service

  • logistics service

PXIe‑6548 | 200 MHz 32-Channel HSDIO Digital Waveform Generator/Analyzer

PN series:781012-01(1Mbit) /781012-02(8Mbit) /781012-03(64Mbit)
The PXIe‑6548 is single-slot 3U PXI Express high-speed digital I/O (HSDIO) instrument integrating digital pattern generation and acquisition, designed for parallel functional verification, timing characterization and bit error rate testing of semiconductors, MCUs, ASICs and high-speed digital interface chips. It adopts SMC synchronization architecture to achieve sub-nanosecond multi-card synchronous measurement.

Core Hardware Specifications

  • Channel Configuration: 32 single-ended bidirectional digital lines, hardware per-cycle direction control on 24 channels
  • Timing Performance: Max 200 MHz base clock, double data rate up to 400 Mbps; 3 independent deskew banks with 150 ps fine timing resolution
  • Logic Voltage: Programmable 1.2 V ~ 3.3 V with 100 mV step resolution, compatible with mainstream low-voltage digital chips
  • Clock Source: Onboard DDS reference clock with sub-Hz frequency resolution, supports external clock input/output via front SMB
  • Memory Options: 1 Mbit / 8 Mbit / 64 Mbit per module deep waveform storage for long sequence playback
  • Core Test Function: Real-time hardware comparison on 24 channels for on-the-fly BER error capture without host intervention
  • Data Streaming: Max 400 MB/s generation, 660 MB/s acquisition PCIe streaming bandwidth
  • Synchronization: NI SMC core, PXI TClk star trigger, multi-module sub-nanosecond alignment
  • Form Factor: Single hybrid PXIe slot, 32.2 W typical power draw, front DDC high-density connector

Core Functional Advantages

  1. 200 MHz / 400 Mbps DDR high-speed digital channel covers high-speed parallel interface test of ADC, DAC, FPGA and automotive microcontrollers.
  2. Three independent deskew timing banks finely calibrate clock-data skew, accurately characterize chip setup/hold timing margin.
  3. Built-in real-time hardware comparison captures bit errors instantly, drastically improves mass-production semiconductor screening throughput.
  4. Wide 1.2–3.3 V adjustable logic level adapts to diverse low-voltage chips without external level translation circuits.
  5. Native PXI multi-instrument synchronization seamlessly combines with SMUs, digitizers and AWGs to build unified mixed-signal ATE platforms.

Software Compatibility

Windows 10/11 64-bit; fully supported by NI-HSDIO driver, Digital Waveform Editor, LabVIEW, TestStand; provides C/C++, Python, C# secondary development APIs.

Typical Applications

Semiconductor MCU/ASIC parallel functional test, ADC/DAC high-speed interface timing characterization, automotive ECU digital communication signal simulation, FPGA logic verification, high-speed digital bit error BER testing, consumer chip mass production screening, display interface LVTTL signal validation.
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

NI S‑Series (61xx family) multifunction DAQ features true simultaneous‑sampling architecture with dedicated ADC per channel . Mostly PCI / PXI form‑factor, few native PCIe variants. It delivers near‑zero phase delay across channels, ideal for transient waveform capture, vibration, acoustic and other timing‑critical measurement tasks. Supported by NI‑DAQmx driver and compatible with LabVIEW, TestStand. Accessories are not interchangeable with X‑Series
PXIe X‑Series

PXIe X‑Series

NI PXIe X‑Series are high‑performance multifunction DAQ modules on PXIe bus. Built with STC3 timing engine, they integrate analog input, analog output, bidirectional DIO and four 32‑bit counter‑timers. Leverage PXIe high‑speed backplane for hardware triggering, retriggerable measurements and multi‑module synchronization with VHDCI‑68 connector. Fully compatible with NI‑DAQmx driver, supporting LabVIEW, TestStand, Python, C/C++ and C#. Widely applied for data acquisition, automated ATE and hardware‑in‑the‑loop test systems
NI‑9213 C‑Series Module

NI‑9213 C‑Series Module

NI‑9213 is a high‑density C‑Series thermocouple input module for CompactDAQ and CompactRIO systems. It offers 16‑channel, 24‑bit thermocouple measurement with up to 75 S/s per‑channel sampling rate. Integrated cold‑junction compensation, open‑thermocouple detection and anti‑aliasing filters. 250 Vrms channel‑to‑earth isolation with NIST‑traceable calibration, spring‑terminal connector supporting all standard thermocouple types. Mix‑and‑match with other C‑Series modules, widely used for multi‑channel temperature monitoring, environmental chamber and thermal‑cycle testing
PXIe‑1065 chassis

PXIe‑1065 chassis

PXIe‑1065 is NI high‑performance 18‑slot PXIe chassis, supporting mixed PXI and PXIe modules. It features 9 PXI slots, 4 hybrid slots, 3 PXIe peripheral slots and one PXIe system timing slotNI. High‑bandwidth backplane delivers low‑jitter 10 MHz /100 MHz reference clocks, supporting PXIe star trigger and multi‑module synchronization. Field‑replaceable modular power supply shuttle, temperature‑controlled variable‑speed fans, up to 30 W per‑slot cooling and rack‑mount capability. Widely deployed for multi‑channel ATE systems, hardware‑in‑the‑loop, signal acquisition and simulation test benches
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