Number of Chains

Number of Rx Chains:

Number of Tx Chains:

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Tuning Range

Rx Radio Tuning Range:

Tx Radio Tuning Range:

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Bandwidth

Rx Bandwidth:

Tx Bandwidth:

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Isolation

Rx - Tx Isolation:

Rx - Rx Isolation:

Tx - TX Isolation:

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Phase Noise

Rx Phase Noise:

Tx Phase Noise:

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Wideband

The SFDR calculated below is the worst-case wideband SFDR across the entire RF chain (at the ADC for Rx, or the output SMA for Tx), and includes all harmonics or spurious signals, even though they may lie outside the signal bandwidth, as is the case when using a digital NCO offset, and accounts for the maximum LO feedthrough at the downconvertor. The actual wideband ADC or DAC SFDR are counted separately and are generally >70dBc, depending on sample rate.

Rx Wideband SFDR:

Tx Wideband SFDR:

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Bandwidth

There exists a thermodynamic relationship between Bandwidth and SFDR, and noise figure. Please specify temperature, application bandwidth, and desired noise figure. We will use those values to specify the 1dB tangential sensitivity (minimum detectible signal that is 1dB above the noise floor).
SNR = Application Bandwidth + NF/Phase Noise + RF losses.
Noise Figure and SNR calculations are evaluated at 20degC.

Temp (for Sensitivity Measurements):

End User Application Bandwidth:

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Noise Figure

Rx Radio Chain Noise Figure:

Instantaneous Rx SNR Requirement:

Rx Radio Gain:

Using the above, we find the following:

Theoretical Noise Floor is:

RX Out of Band Filtering:

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Power

Tx Output Power (FullScale Resolution):

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Temperature Range

Operating Temperature Range:

Storage Temperature Range:

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Multiple Synchronous Units:

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Latency

The following options require minimum order quantities and NREs; costs below only provide the incremental unit costs required to meet the specified certification level.

Latency Sensitive (PHY/MAC):

Latency Sensitive (DSP/RF):

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Certifications

The following options require minimum order quantities and NREs; costs below only provide the incremental unit costs required to meet the specified certification level.

Safety and Electrical (USA): UL/CSA UL 60950

Safety and Electrical (EU): Low Voltage Directive 2014/35/EU

EMI/EMC Certification (EU): EN55011:2016, EN55032:2012, or EN61326‒1:2013.

EMI/EMC Certification (N. America): FCC Part 18, or licensed transmitter

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Environment

The following options require minimum order quantities and NREs; costs below only provide the incremental unit costs required to meet the specified certification level, and further assume tests are tailored consistent with Part 1 of MIL-STD-810H, and the appropriate test specific tailoring guidance.

Sand and Dust; MIL-STD-810H Test Method 510.7

Rain, and Combined Environments (Temperature, Humidity, Vibration, and Altitude); MIL-STD-810H Test Method 506.6 amd 520.5

Vibration, Shock, and Multi-Exciter; MIL-STD-810G Test Method 514.6, 516.6, and 527 (drop + shock):