SAF Tehnika offers two approaches to portable and integrated spectrum analysis: Spectrum Compact and Spectrum Core.
Spectrum Compact is designed primarily to put spectrum analysis in the operator's hands.
Spectrum Core is designed primarily to put spectrum analysis inside another system.
Both provide RF spectrum visibility, but the choice depends on where and how the measurement needs to happen.
Spectrum Compact vs. Spectrum Core at a Glance
|
Requirement |
Spectrum Compact |
Spectrum Core |
|
Handheld field use |
✓ |
— |
|
Integrated display/interface |
✓ |
— |
|
Portable troubleshooting |
✓ |
— |
|
Signal hunting |
✓ |
— |
|
Field spectrum surveys |
✓ |
— |
|
Third-party system integration |
Available for supported workflows |
✓ |
|
API-controlled operation |
Available |
✓ |
|
Remote monitoring |
Available |
✓ |
|
Fixed/embedded deployment |
Possible depending on application |
✓ |
|
Automated RF measurement |
Possible depending on workflow |
✓ |
|
DIN rail/rack/custom integration |
— |
✓ |
Choose Spectrum Compact When the Operator Needs the Analyzer
Spectrum Compact is SAF Tehnika's handheld spectrum-analysis family of products. It is designed for field measurements where an operator needs to physically take the analyzer to the problem:
- RF interference detection
- Signal hunting
- Spectrum surveys
- Antenna alignment
- Microwave link troubleshooting
- 5G deployment
- Broadcast maintenance
- Site surveys
The integrated touchscreen and portable form factor make Spectrum Compact useful when measurements need to happen at a remote site, communications installation, or field location.
Choose Spectrum Core When the Analyzer Needs to Be Part of a System
Spectrum Core is designed for integration with third-party systems. It emphasizes remote operation and connectivity over portability.
Spectrum Core's open API enables direct communication with other systems, and its Spectrum Manager can be used for remote monitoring.
Potential applications include:
- Permanent RF monitoring
- Automated spectrum measurement
- Industrial RF monitoring
- Sensor networks
- Custom monitoring platforms
- Embedded RF systems
Spectrum Core supports DIN-rail mounting, 19-inch rack compatibility, and custom mechanical integration.
Example: Troubleshooting an RF Link
If you're an engineer investigating an intermittent problem at several field sites, you may benefit from Spectrum Compact.
The analyzer travels with you, allowing measurements to be taken directly at each location.
Likely fit: Spectrum Compact
Example: Monitoring a Remote RF Site
If your organization wants spectrum measurements available continuously (or on demand) from a remote facility, with the analyzer incorporated into existing infrastructure, you could benefit from Spectrum Core.
Likely fit: Spectrum Core
Frequently Asked Questions
Can Spectrum Compact and Spectrum Core Be Used Together?
They can be.
You would want to use both if you have an application where portable field measurements and fixed monitoring serve complementary purposes.
For example, a monitoring system could identify unusual RF activity at a remote site while field personnel use a handheld analyzer to investigate conditions locally.
Does Spectrum Core have a screen?
Not directly. Spectrum Core is designed to communicate with external systems rather than relying on an integrated operator display. It can be accessed through its API or SAF's Spectrum Manager software.
Can Spectrum Compact be remotely controlled?
Spectrum Compact supports remote-control and integration capabilities for supported models and workflows. The appropriate implementation depends on the specific analyzer and application.
Which product is better for interference hunting?
Spectrum Compact is the more natural fit when an operator needs to physically move through an environment while viewing spectrum measurements and working with directional antennas.
Which frequency range do I need?
That depends on the signals, systems, or potential interference you're trying to observe.
Cyntony can help determine the appropriate analyzer and supporting antennas based on your measurement requirements.
Still Not Sure?
Let's explore your specific application.
Let us know:
- What frequencies you need to observe
- Whether the analyzer will be handheld, fixed, or embedded
- Whether an operator will use it locally
- Whether remote/API access is required
- What you're trying to detect or measure
- What antennas or existing RF equipment are involved
We'll help determine which approach makes sense.