High-Performance Oscilloscopes for Advanced Signal Insight.
Empower your team with precise waveform analysis tools engineered for speed, accuracy, and modern testing environments.
Overview
Oscilloscopes are foundational tools in modern electronics testing, providing deep insight into electrical signal behaviour in real time. At Physical Layer Tech, we design oscilloscopes that combine hardware precision, intuitive software, and cloud-ready features to support fast, accurate diagnostics across complex systems. From high-speed digital signal validation to analog waveform troubleshooting, our oscilloscopes empower engineers with unmatched visibility and control.
Based in Portland, Oregon, Physical Layer Tech has quickly grown into a trusted B2B leader in signal testing solutions. Through ongoing R&D, rigorous QA processes, and industry-specific support, we help businesses across North America unlock the power of smart, scalable solutions for the physical layer. Our oscilloscopes are built with performance, flexibility, and future-readiness in mind—ready to support everything from lab-based R&D to demanding fieldwork.
Core Components
Hardware
- High-bandwidth input channels (up to 20 GHz)
- Deep memory buffers for long acquisition times
- Ultra-fast sampling rates (up to 100 GS/s)
- High-resolution, touchscreen displays
- Rugged enclosures for lab and field use
Software
- Advanced triggering and decoding (I2C, SPI, UART, CAN, etc.)
- Automated measurement tools and analysis modules
- Real-time signal visualization and FFT spectrum view
- Built-in protocol analyzers
Cloud Services
- Secure remote access for team collaboration
- Long-term waveform storage and versioning
- Centralized asset and test data management
Key Features and Functionalities
- Headquartered in Portland, Oregon with strong B2B presence across North America
- Renowned for technological innovation and product reliability
- Customer-first approach with responsive service and expert guidance
- Backed by cutting-edge research and continuous product development
- Strict quality assurance process ensures consistent performance
- Scalable solutions for small businesses to large enterprises
Integrations and Compatibility
- Headquartered in Portland, Oregon with strong B2B presence across North America
- Renowned for technological innovation and product reliability
- Customer-first approach with responsive service and expert guidance
- Backed by cutting-edge research and continuous product development
- Strict quality assurance process ensures consistent performance
- Scalable solutions for small businesses to large enterprises
Industries We Serve
Telecommunications
Consumer Electronics
Automotive & Transportation
Enterprise IT & Data Centers
Utilities & Energy
Cable & Internet Service Providers
Benefits
- High measurement accuracy for reliable system qualification
- Accelerated time to market through early fault detection
- Reduced development risk by catching signal issues before deployment
- Remote team enablement via secure cloud-based tools
- Lower total cost of ownership with long-term serviceability and updates
Applications
- High measurement accuracy for reliable system qualification
- Accelerated time to market through early fault detection
- Reduced development risk by catching signal issues before deployment
- Remote team enablement via secure cloud-based tools
- Lower total cost of ownership with long-term serviceability and updates
Relevant U.S. & Canadian Industry Standards
IEEE 1057
MIL-STD-461
FCC Part 15
IEC 61010
CAN/CSA-C22.2 No. 61010-1
ANSI C63.4
Case Studies
Case Studie 1: U.S. – Telecommunications Lab, New York
A major telecom provider in NYC deployed our high-bandwidth oscilloscopes across their R&D division to validate 5G base station designs. The deep memory and serial decoding features reduced their testing time by 40%, accelerating rollout timelines.
Case Studie 2: U.S. – Defense Electronics Firm, Texas
An aerospace contractor in Texas integrated our oscilloscopes to troubleshoot intermittent failures in radar systems. The oscilloscope’s ultra-fast triggering capabilities helped isolate a signal jitter issue that had previously gone undetected.
Case Studie 3: Canada – IoT Startup, Ontario
A fast-growing IoT company in Ontario selected Physical Layer Tech’s oscilloscopes to prototype and validate low-power sensor hardware. Remote cloud access allowed their engineers to collaborate across locations and accelerate field testing.
Have a question or need expert guidance?
Reach out to Physical Layer Tech for custom solutions, product demos, or technical support.