CS8216
The CS8216 RF switch matrix offers a 2×16 RF signal routing matrix for automated test equipment, production testing, and R&D applications (5G MIMO, IoT device testing, multi-channel VNA setups, etc.). The CS8216 connects to a computer via USB (Windows, Linux, MacOS) and is controlled via intuitive GUI software or a comprehensive API that supports Python and NodeJS.
The CS8216 offers best-in-class switching performance with typical values of -5 dB insertion loss at 4 GHz and isolation greater than 70 dB. This makes it ideal for applications that require a precise signal path with consistent signal integrity.
- 2×16 RF switch matrix
- 100 MHz – 8 GHz operation
- Low insertion loss & high isolation
- USB control interface
- Trigger based synchronization
- Comprehensive API support
Applications
Automated test equipment (ATE): Integration of RF switching functions into production test systems
Semiconductor testing: Forwarding RF signals during IC validation and production testing
Component testing: Testing RF components in various configurations
R&D applications: Flexible signal routing for research and development
Production testing: High-throughput testing thanks to automated switching control
Signal distribution: Routing signals between multiple test points
Multi-path testing: Complex test configurations with minimal setup effort
System integration: Efficient connection of multiple RF measuring devices and test objects
Advantages
Automate RF test setups with programmable switch control
Reduce test time with fast switching and automated operation
Maintain signal integrity with excellent RF performance
Integrate easily with existing test equipment and software
Scale test capabilities with flexible matrix configurations
Improve repeatability with saved switch configurations
Reduce manual errors through automated test sequences
Lower cost of test by optimizing equipment utilization
Start testing within seconds –
Intuitive, easy-to-learn CS8000 SwitchMaster software
CS8000 SwitchMaster software was developed with simplicity and performance in mind to control the CS8216 RF switch. SwitchMaster software provides an intuitive graphical user interface for manual control of the RF signal path.
Extensive features for creating and executing complex switching sequences.
Whether you are routing signals between multiple test points, synchronizing with external devices via trigger signals, or automating production test workflows, SwitchMaster provides a clear and efficient environment.
The software supports the CS8216 (2×16 RF switch matrix) and future CS8000 series devices, allowing engineers to focus on testing and validation rather than struggling with complicated configuration tools.
Spezifications
| Parameter | value |
|---|---|
| RF power specifications | |
| Maximum RF input power (all ports) | 27 dBm (preliminary) |
| Typical input P1dB (1dB compression point) | 39 dBm (preliminary) |
| Typical input IP3 (third order intercept point) | 60 dBm (preliminary |
| Trigger input/output specifications | |
| Trigger input type | TTL compatible |
| Trigger input voltage levels | Low: 0 to 0.8 V, High: 2.0 to 5.0 V |
| Trigger input impedance | 50 Ohm / 100 KOhm (configurable) |
| Trigger output type | TTL compatible |
| Trigger output voltage levels | Low: 0 to 0.4 V, High: 2.4 to 5.0 V |
| Trigger output impedance | 50 Ohm |
| Power supply | |
| Power suply votage | 5.0 V ± 0.5V (USB) |
| Power supply current | 250mA max |
| Operating Conditions | |
| Temperature | 10°C to 40°C |
| Relative humidity | < 80% non-condensing |
| Altitude | < 2000 m |
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- SwitchMaster Software
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Start testing within seconds –
Intuitive, easy-to-learn CS8000 SwitchMaster softwareCS8000 SwitchMaster software was developed with simplicity and performance in mind to control the CS8216 RF switch. SwitchMaster software provides an intuitive graphical user interface for manual control of the RF signal path.
Extensive features for creating and executing complex switching sequences.
Whether you are routing signals between multiple test points, synchronizing with external devices via trigger signals, or automating production test workflows, SwitchMaster provides a clear and efficient environment.
The software supports the CS8216 (2×16 RF switch matrix) and future CS8000 series devices, allowing engineers to focus on testing and validation rather than struggling with complicated configuration tools. - Spezifications
-
Spezifications
Parameter value RF power specifications Maximum RF input power (all ports) 27 dBm (preliminary) Typical input P1dB (1dB compression point) 39 dBm (preliminary) Typical input IP3 (third order intercept point) 60 dBm (preliminary Trigger input/output specifications Trigger input type TTL compatible Trigger input voltage levels Low: 0 to 0.8 V, High: 2.0 to 5.0 V Trigger input impedance 50 Ohm / 100 KOhm (configurable) Trigger output type TTL compatible Trigger output voltage levels Low: 0 to 0.4 V, High: 2.4 to 5.0 V Trigger output impedance 50 Ohm Power supply Power suply votage 5.0 V ± 0.5V (USB) Power supply current 250mA max Operating Conditions Temperature 10°C to 40°C Relative humidity < 80% non-condensing Altitude < 2000 m
| Modell | Bezeichnung | Preis (€) zuzügl. MwSt | Preis (€) inkl. MwSt |
|---|---|---|---|
RF Switch Matrix|
| | ||
| CS8216 | 8 GHz 2 x 16 RF Switch Matrix | 19.500 € | 23.205,00 € |
| Preise Stand 2025-11 - Preisirrtum vorbehalten - Es gelten die Preise aus unseren Angeboten | |||
Features & Options
Route RF signals between multiple sources and destinations with low insertion loss and high isolation.
The CS8216 offers best-in-class switching performance with typical values of -5 dB insertion loss at 4 GHz and more than 70 dB isolation. This makes it ideal for applications that require precise signal routing while maintaining signal integrity.
Fast switching – Solid-state at its best:
experience rapid switching speeds ideal for automated applications.
The CS8216 is engineered for demanding application where rapid switching and low settling times are key. Unlike mechanical switches, CS8216 solid-state design ensures 0 wear, sub 1µs switching times, providing reliable performance over millions of switching cycles.
Advanced Control – Build, load and launch a switching sequence with precise timing and control.
Trigger input and Trigger output signals allow synchronization with external test equipment, enabling complex test sequences and automated workflows.
Node Js
Python
API Oriented – Built from the ground up for automation.
The CS8216 supports fully automated operation through its API and scripting capabilities. Create custom test sequences, automate switch configurations, and integrate with test automation frameworks. Perfect for production testing environments where speed and repeatability are essential.
Sales and distribution
Allice Messtechnik GmbH, based in Frankfurt, has been an Ikalogic sales partner for many years.
Allice provides technical support and services for Ikalogic devices.
Request a quote based on current conditions – or simply call a measurement technology specialist.