- Test multiple signal standards, even the 802.11n 40MHz WLAN MIMO signal. The new Model 2820 analyzer features 40MHz bandwidth standard. The new Model 2920 generator offers (optional) 80MHz bandwidth, plus 100 megasample arbitrary waveform generation.
- Reduce your cost of test and shorten time to market with high speed DSP measurement technology and patent-pending synthesizer.
- Achieve high production yields and quality with RF circuitry optimized for high accuracy and repeatability.
- Get the most advanced connectivity solution in the industry: Dual-purpose instruments are MIMO-ready whenever you are and can be configured with up to 4X4 MIMO capability.
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New Series 2920 RF Vector Signal Generators offer maximum frequencies of 4GHZ or 6GHZ can generate signals as low as 10MHz. Learn more about the Series 2920 RF Vector Generators |
New Series 2820 RF Vector Signal Analyzers provide 40MHz of bandwidth as standard in either a 4GHz or 6GHz model. Learn more about the Series 2820 RF Vector Signal Analyzers |
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Get superior performance, flexibility, and value with Keithley’s industry-leading 4X4 MIMO RF test System.
- Uses MIMO-ready Series 2820 and 2920 instruments for full 4×4 signal generation and analysis to 6GHz.
- Less than –40dB (Characteristic) EVM (Error Vector Magnitude) for 4×4 40MHz wide signals.
- Precise and stable RF carrier and waveform synchronization; no extra calibration is required.
- Provides lowest cost per channel for 6GHz/40MHz performance.
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New Model 2895 MIMO Synchronization Unit works with Series 2820 and 2920 and/or Signal Analysis Software for a complete MIMO test system. |
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| Learn about OFDM technology and MIMO radio configurations and the latest trends in high bandwidth broadband wireless systems. |
Request your FREE CD, “Guide to OFDM/A Technology, MIMO Configurations,
and WLAN and WiMax Applications” |
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Additional Literature |
| Article: Software Shapes Next-Generation RF Instrumentation |
| Article: 4G Systems Bring New Design and Testing Challenges |
| White Paper: Software-defined Radio: The next wave in RF test instrumentation |
| White Paper: SISO to MIMO: Moving Communications from Single-Input Single-Output to Multiple-Input Multiple-Output |
| White Paper: Orthogonal Frequency Division Multiplexing |
