Per Vices SDR Product Support Page
Need help? You have come to the right place.
Product Specifications
Crimson TNG | Cyan |
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Overview:
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Overview:
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Quickstart | Quickstart |
Specifications and Interfaces | Specifications and Interfaces |
System Architecture | System Architecture |
Networking | Networking |
Software* | Software* |
Device Triggers* | Device Triggers* |
Troubleshooting | Troubleshooting |
Performance Measurements | Performance Measurements | Mechanical Drawings | Mechanical Drawings | Updating Transceiver Firmware |
* these sections are common to both devices
Not sure how to get started? No problem, checkout these helpful links:
Complete Setup How-to Guide
- PVHT-1: How-to: Physically Set Up Your Unit
- PVHT-2: How-to: Configuring your Host Computer Network
- PVHT-3: How-to: Installing UHD/GNU Radio
- PVHT-4: How-to: Verifying Setup and Operation
- PVHT-5: How-to: Update your Per Vices Transceiver
After setting up your device, it is recommended you try to ensure it works using the tutorials below.
Tutorials
- PVT-0: Tutorial: Building your First Waterfall and Frequency Plot
- PVT-1: Building an FM Radio Receiver with gnuradio
- PVT-2: Building an FM Radio Receiver with C++
- PVT-3: Rx Phase Coherency Checks
- PVT-4: ADS-B Plane Tracking Demo
- PVT-5: Loopback Test Demo
- PVT-6: Low Latency QPSK Modem Demo
Application Notes
Our Application Notes aim to provide assistance with common engineering tasks. Whether you have a Crimson TNG or a Cyan radio, these notes will provide details and explanations to help you reason through your challenges:
- PVAN-1: Latency Calculations in Software Defined Radios
- PVAN-2: Bandwidth and Sample Rate Calculations
- PVAN-3: Performance Tuning
- PVAN-4: UHD Flow Control
- PVAN-5: Crimson TNG and Cyan: Use and Operation
- PVAN-6: Network Time Protocol Daemon
- PVAN-7: VPN Setup on OpenWRT router LS1088A
- PVAN-8: SDR Frequency Tuning Mechanics
- PVAN-9:
- PVAN-10: Product Trigger Functionality
- PVAN-11: Crimson TNG and Cyan Data Format Specification
- PVAN-12: Troubleshooting Guide
- PVAN-13: On IQ Signals
- PVAN-14: Ideal vs. Real-World Signals