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Advanced Test Measurement

Scalable Applications for Precision Testing and Measurement

Advanced Test & Measurement Partnership Network delivers impactful test and measurement applications across key industries.

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Uniting a diverse group of companies, the Advanced Test & Measurement Partnership Network is dedicated to delivering scalable and advanced applications across the test and measurement industry. With a focus on precision and innovation, we develop tailored solutions for sectors including aerospace, automotive, telecommunications, and healthcare. Our expanding B2B presence throughout North America is driven by collaborative technology development, superior product offerings, and reliable customer support. Through joint efforts in marketing and sales, we extend our impact and deliver greater value to our partners and clients. Together, we provide powerful technologies, products, and services that help industries test, measure, and achieve success.

Applications in Advanced Test & Measurement

Telecommunications Testing

5G/4G/3G Network Testing

  • Purpose: Evaluate coverage, capacity, latency, and throughput in mobile networks.
  • Tools Used: Drive test tools, spectrum analyzers, base station testers, network emulators.
  • Application: Deploy and optimize mobile infrastructure, verify carrier aggregation, MIMO, beamforming.

Core Network and Protocol Testing

  • Purpose: Validate the behavior of EPC, IMS, and core routing protocols.
  • Tools Used: Protocol analyzers (Wireshark, Spirent), session border controller (SBC) testers.
  • Application: Ensure compliance, interoperability, and performance of voice/data switching systems.

Fiber Optic Network Testing

  • Purpose: Assess signal loss, reflectance, and continuity in fiber links.
  • Tools Used: OTDRs, optical power meters, optical spectrum analyzers.
  • Application: Deploy, troubleshoot, and certify fiber installations (FTTx, DWDM).

Wireless and RF Testing

Antenna Testing

  • Purpose: Characterize antenna gain, pattern, efficiency, and isolation.
  • Tools Used: Anechoic chambers, near-field/far-field scanners.
  • Application: Design validation for base stations, handsets, IoT devices, radar.

Over-the-Air (OTA) Performance Testing

  • Purpose: Measure wireless device performance in realistic conditions.
  • Tools Used: OTA chambers, signal generators, EM field probes.
  • Application: Ensure compliance with 3GPP/CTIA for devices using Wi-Fi, 5G, GNSS, and Bluetooth.

EMI/EMC Testing

  • Purpose: Evaluate device emissions and immunity to electromagnetic interference.
  • Tools Used: Spectrum analyzers, LISNs, anechoic chambers.
  • Application: Certification against FCC, CISPR, and MIL-STD requirements.

Semiconductor and Component Testing

Parametric Testing

  • Purpose: Measure electrical parameters of ICs and semiconductors (e.g., IV curves).
  • Tools Used: Parametric analyzers, probe stations.
  • Application: R&D, wafer sort, process control in fabs.

Functional IC Testing

  • Purpose: Verify that ICs operate correctly under specified conditions.
  • Tools Used: ATE (Automated Test Equipment), logic analyzers.
  • Application: Mass production testing of microcontrollers, ASICs, SoCs.

Burn-in and Reliability Testing

  • Purpose: Stress components under extreme conditions to identify early failures.
  • Tools Used: Thermal chambers, accelerated life testers.
  • Application: Screen for infant mortality in high-reliability electronics (aerospace, medical).

Network Infrastructure Testing

Ethernet and IP Network Testing

  • Purpose: Evaluate bandwidth, jitter, latency, and packet loss.
  • Tools Used: Ethernet testers, traffic generators (e.g., IXIA, Spirent).
  • Application: Data center, enterprise, and ISP infrastructure testing.

VoIP and Unified Communications Testing

  • Purpose: Measure MOS, jitter, call setup time, and DTMF accuracy.
  • Tools Used: SIP testers, voice quality analyzers.
  • Application: Validate IP telephony deployments and interconnects.

Security and Penetration Testing

  • Purpose: Identify vulnerabilities, simulate attacks, and assess network robustness.
  • Tools Used: Packet sniffers, IDS/IPS testers, vulnerability scanners.
  • Application: Cybersecurity validation of enterprise or telecom systems.

Ethernet and IP Network Testing

  • Purpose: Evaluate bandwidth, jitter, latency, and packet loss.
  • Tools Used: Ethernet testers, traffic generators (e.g., IXIA, Spirent).
  • Application: Data center, enterprise, and ISP infrastructure testing.

VoIP and Unified Communications Testing

  • Purpose: Measure MOS, jitter, call setup time, and DTMF accuracy.
  • Tools Used: SIP testers, voice quality analyzers.
  • Application: Validate IP telephony deployments and interconnects.

Security and Penetration Testing

  • Purpose: Identify vulnerabilities, simulate attacks, and assess network robustness.
  • Tools Used: Packet sniffers, IDS/IPS testers, vulnerability scanners.
  • Application: Cybersecurity validation of enterprise or telecom systems.

Automotive and Industrial Testing

In-Vehicle Network Testing (CAN, LIN, FlexRay, Ethernet)

  • Purpose: Validate communication among ECUs.
  • Tools Used: CAN analyzers, protocol testers, signal generators.
  • Application: Automotive electronics validation, diagnostics.

ADAS and Radar/LiDAR Testing

  • Purpose: Ensure proper functioning of autonomous vehicle sensors.
  • Tools Used: RF signal simulators, target simulators, motion platforms.
  • Application: Autonomous vehicle development, sensor fusion testing.

Industrial IoT and Automation Network Testing

  • Purpose: Test sensor networks, real-time communication (e.g., PROFINET, EtherCAT).
  • Tools Used: Fieldbus testers, network analyzers.
  • Application: Factory automation, predictive maintenance.

In-Vehicle Network Testing (CAN, LIN, FlexRay, Ethernet)

  • Purpose: Validate communication among ECUs.
  • Tools Used: CAN analyzers, protocol testers, signal generators.
  • Application: Automotive electronics validation, diagnostics.

ADAS and Radar/LiDAR Testing

  • Purpose: Ensure proper functioning of autonomous vehicle sensors.
  • Tools Used: RF signal simulators, target simulators, motion platforms.
  • Application: Autonomous vehicle development, sensor fusion testing.

Industrial IoT and Automation Network Testing

  • Purpose: Test sensor networks, real-time communication (e.g., PROFINET, EtherCAT).
  • Tools Used: Fieldbus testers, network analyzers.
  • Application: Factory automation, predictive maintenance.

Consumer Electronics Testing

Wireless Connectivity Testing (Wi-Fi, Bluetooth, NFC)

  • Purpose: Validate data rate, connection stability, and compliance.
  • Tools Used: Protocol testers, RF chambers, packet sniffers.
  • Application: Smartphone, tablet, wearable device testing.

Audio/Video Quality Testing

  • Purpose: Assess perceptual quality of multimedia signals.
  • Tools Used: PESQ, POLQA, video analyzers, eye diagram tools.
  • Application: TV, set-top box, VoIP handset validation.

    • Battery and Power Efficiency Testing

  • Purpose: Measure battery life, thermal performance, power draw.
  • Tools Used: Battery analyzers, power monitors.
  • Application: Mobile device development, power management optimization.

    • Aerospace and Defense Testing

    Radar and EW System Testing

    • Purpose: Simulate and analyze radar signals, jamming, spoofing.
    • Tools Used: RF signal generators, threat simulators, pulse analyzers.
    • Application: Military systems verification, electronic warfare.

    Satellite Communication Testing

    • Purpose: Evaluate link performance, Doppler Effect, modulation schemes.
    • Tools Used: Channel emulators, satellite link analyzers.
    • Application: Satcom terminals, ground stations, GNSS receivers.

    Avionics Testing

    • Purpose: Test flight control systems, navigation, and safety systems.
    • Tools Used: ARINC, MIL-STD-1553 testers, and fault injectors.
    • Application: Certification of commercial and military aircraft systems.

    Radar and EW System Testing

    • Purpose: Simulate and analyze radar signals, jamming, spoofing.
    • Tools Used: RF signal generators, threat simulators, pulse analyzers.
    • Application: Military systems verification, electronic warfare.

    Satellite Communication Testing

    • Purpose: Evaluate link performance, Doppler Effect, modulation schemes.
    • Tools Used: Channel emulators, satellite link analyzers.
    • Application: Satcom terminals, ground stations, GNSS receivers.

    Avionics Testing

    • Purpose: Test flight control systems, navigation, and safety systems.
    • Tools Used: ARINC, MIL-STD-1553 testers, and fault injectors.
    • Application: Certification of commercial and military aircraft systems.

    Software and Digital Systems Testing

    Automated Software Testing

    • Purpose: Validate firmware, embedded software, and GUIs.
    • Tools Used: NI TestStand, Selenium, Jenkins.
    • Application: Continuous integration and regression testing of test software.

    Digital Interface Testing

    • Purpose: Check the integrity of digital signals (e.g., USB, HDMI, PCIe).
    • Tools Used: Bit error rate testers (BERT), protocol analyzers.
    • Application: High-speed bus compliance and validation.

    Digital Twin Testing

    • Purpose: Simulate physical systems for virtual testing and modeling.
    • Tools Used: Simulation platforms (ANSYS Twin Builder, Siemens NX).
    • Application: Predictive maintenance, design optimization.

    Cloud and Remote Applications

    Remote Test Lab Access

    • Purpose: Enable global teams to control and monitor instruments remotely.
    • Tools Used: Web-based interfaces, SCPI over LAN, cloud instrument servers.
    • Application: Multi-site testing, shared resource optimization.

    Data Analytics and AI-Based Test

    • Purpose: Extract insights from large test datasets, enable intelligent decision-making.
    • Tools Used: Big data platforms, ML models (Tensor Flow, PyTorch).
    • Application: Test optimization, root cause analysis, yield improvement.

    Test Lifecycle Management

    • Purpose: Manage test planning, execution, traceability, and reporting.
    • Tools Used: ALM tools (Jama, Polarion), test management suites.
    • Application: Compliance documentation, project traceability, audit support.

    Remote Test Lab Access

    • Purpose: Enable global teams to control and monitor instruments remotely.
    • Tools Used: Web-based interfaces, SCPI over LAN, cloud instrument servers.
    • Application: Multi-site testing, shared resource optimization.

    Data Analytics and AI-Based Test

    • Purpose: Extract insights from large test datasets, enable intelligent decision-making.
    • Tools Used: Big data platforms, ML models (Tensor Flow, PyTorch).
    • Application: Test optimization, root cause analysis, yield improvement.

    Test Lifecycle Management

    • Purpose: Manage test planning, execution, traceability, and reporting.
    • Tools Used: ALM tools (Jama, Polarion), test management suites.
    • Application: Compliance documentation, project traceability, audit support.

    Ready to collaborate in the test and measurement partnership network?

    Contact us today to explore partnership opportunities and help shape the future of collaborative testing and measurement solutions.

    Send an Inquiry
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