Capability 04

RF, Instrumentation & Advanced Test

Advanced RF test, measurement automation, synthetic instrumentation, signal analysis, and scalable instrumentation architectures.

Discuss RF and Instrumentation Requirements View All Capabilities

ADVANCED MEASUREMENT ENGINEERING

Build Accurate, Automated, and Scalable Test Capabilities for Complex Signals and Systems.

Black Dog Solutions develops advanced RF and instrumentation solutions for engineering laboratories, automated test systems, production environments, depot operations, and field-support applications. Our work spans signal generation, acquisition, measurement automation, signal analysis, instrumentation architecture, data processing, and verification.

BDS combines RF engineering, automated test expertise, software development, instrument integration, signal processing, and systems engineering to create measurement capabilities that are technically sound, maintainable, traceable, and ready for lifecycle support.

Core RF, Instrumentation, and Advanced Test Services

RF measurement strategy and test architecture development
Signal generation, conditioning, switching, and routing
Spectrum, modulation, and signal-quality analysis
Wideband signal acquisition and digital signal processing
Synthetic and software-defined instrumentation
PXI, PXIe, VXI, LXI, USB, and Ethernet instrumentation
Instrument driver and measurement automation development
Oscilloscope, digitizer, and serial-bus test integration
RF path characterization and correction-factor management
Measurement correlation and uncertainty analysis
Automated data reduction, visualization, and reporting
CPU, FPGA, and GPU-accelerated signal processing

RF AND INSTRUMENTATION DOMAINS

Support Signal Generation, Acquisition, Analysis, Automation, and Verification.

BDS tailors each solution to the signal environment, bandwidth, dynamic range, measurement accuracy, test throughput, interface constraints, automation needs, and lifecycle objectives.

DOMAIN 01

RF Signal Generation and Stimulus Control

Define signal sources, modulation, attenuation, filtering, amplification, switching, path verification, and calibrated stimulus delivery.

DOMAIN 02

Signal Acquisition and Digitization

Select and integrate analyzers, oscilloscopes, digitizers, receivers, converters, clocks, triggers, and high-speed data paths.

DOMAIN 03

Spectrum and Modulation Analysis

Measure frequency, power, occupied bandwidth, modulation quality, spectral content, distortion, spurious response, and time-domain behavior.

DOMAIN 04

Measurement Automation and Data Reduction

Automate instrument control, test sequencing, limit evaluation, correction factors, data processing, result storage, and reporting.

DOMAIN 05

Synthetic and Software-Defined Instrumentation

Combine modular hardware, programmable processing, reusable software, and configurable measurement functions into scalable test platforms.

DOMAIN 06

High-Performance Signal Processing

Apply CPU, FPGA, and GPU processing for FFTs, filtering, channelization, detection, classification, demodulation, and real-time analysis.

DOMAIN 07

Path Characterization and Measurement Correlation

Characterize cables, fixtures, switching, attenuation, gain, phase, frequency response, reference planes, and instrument correlation.

DOMAIN 08

Serial and Mixed-Signal Test Integration

Integrate RF measurements with oscilloscopes, digital channels, serial-bus analysis, timing measurements, and mixed-signal test workflows.

DOMAIN 09

Legacy Instrumentation Modernization

Replace obsolete instruments and controllers while preserving test intent, interfaces, performance, traceability, and validated measurement results.

SCALABLE INSTRUMENTATION ARCHITECTURES

Connect Instruments, Processing, Software, and Data Into a Maintainable Test System.

BDS develops architectures that support current measurement needs while allowing future instruments, channels, algorithms, test sequences, and data products to be added without unnecessary redesign.

Stimulus Layer

Signal sources, modulation, switching, amplification, attenuation, filtering, power verification, and reference-plane control.

Measurement Layer

Signal analyzers, receivers, digitizers, oscilloscopes, power meters, counters, and supporting instrumentation.

Processing Layer

CPU, FPGA, and GPU resources for real-time processing, spectral analysis, demodulation, classification, and data reduction.

Automation Layer

Drivers, APIs, test executives, sequences, limits, correction factors, workflow control, diagnostics, and operator interfaces.

Data and Evidence Layer

Result storage, metadata, traceability, plots, reports, configuration records, calibration data, and verification evidence.

ENGINEERING APPROACH

Develop the Measurement Path From Requirement to Verified Evidence.

The BDS process connects measurement objectives, instrument capability, signal paths, software, correction factors, data processing, acceptance criteria, and lifecycle support.

Define

Establish signals, interfaces, bandwidths, levels, dynamic range, accuracy, throughput, limits, and acceptance criteria.

Architect

Develop signal paths, instrument roles, switching, processing, automation, timing, triggering, data flow, and reference planes.

Integrate

Configure instruments, drivers, interfaces, correction data, processing software, test sequences, and operator workflows.

Characterize

Measure path loss, gain, frequency response, timing, noise, repeatability, correlation, uncertainty, and performance margins.

Verify

Demonstrate requirements coverage, validate results, document evidence, establish baselines, and prepare for deployment and sustainment.

REPRESENTATIVE DELIVERABLES

Deliver Complete RF and Instrumentation Engineering Products.

Measurement Architecture Packages

Signal-flow diagrams, instrument allocations, reference planes, switching, synchronization, processing, data paths, and interface definitions.

Signal and Measurement Specifications

Signal definitions, levels, bandwidths, modulation, tolerances, dynamic range, accuracy, correction methods, and acceptance criteria.

Instrument Drivers and Automation Software

Instrument-control software, APIs, reusable measurement functions, test sequences, limit evaluation, diagnostics, and reporting tools.

Characterization and Correlation Results

Path-loss data, gain and phase response, noise analysis, repeatability, uncertainty, instrument correlation, and correction-factor records.

Verification and Acceptance Evidence

Verification plans, procedures, requirements traceability, test results, plots, anomalies, acceptance records, and readiness-review material.

Lifecycle and Sustainment Products

Configuration baselines, calibration information, maintenance procedures, training material, obsolescence plans, technical data, and modernization roadmaps.

START A CONVERSATION

Need Advanced RF, Instrumentation, or Measurement Automation Support?

Talk with Black Dog Solutions about RF test architecture, instrumentation integration, signal analysis, synthetic instrumentation, wideband processing, measurement automation, correlation, or modernization.

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