Appvision Officially Becomes an NI Authorized Distributor and Launches the New USRP X420!
Meet us at Electronex 2026 in Sydney (3-4 June 2026)
AppVision Australia to Join ASA 2026 as Platinum Sponsor
AppVision Australia to Showcase Terahertz Innovations as Platinum Sponsor at the 12th ANZTWS
AppVision to Sponsor and Exhibit at AUPEC 2025
1. Multi-octave RF coverage (0.5 ~ 67GHz)
2. 4GHz or above instantaneous signal bandwidth
3. Amplitude Equalization and Group Delay Equalization
4. Variety of commonly used IF and bandwidth combinations
5. Excellent phase noise specification (67GHz): ≤-100dBc/Hz@10KHz
6. Internal and external reference switching
7. Remote programming
AppVision APVUC-A Series Multi-Octave Upconverter belongs to our microwave upconverter series that has a high performance and an octave overage by RF signal. Its frequency step is precise and accurate to 10Hz with a variety of IF and signal bandwidth choices. This series of converter is mainly used for electronic countermeasure system, radar system, and satellite communication system. Its excellent phase noise, clutter suppression, and in-band flatness data can provide a transparent RF transmission channel to all videos or data communications. All programming commands can be set through a local panel or through network remotely. A Series Microwave Upconverter is available in both 2U and 4U sizes.
T&M Systems
Satellite Communications
MIMO
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Specifications of APVUC-A Series Multi-Octave Upconverter |
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APVUC20A |
APVUC26A |
APVUC40A |
APVUC50A |
APVUC67A |
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Output Characteristics |
Frequency Range |
0.5～20GHz |
0.5～26.5GHz |
0.5～40GHz |
0.5～50GHz |
0.5～67GHz |
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P-1dB Compression Point |
≥15dBm |
≥15dBm |
≥13dBm |
≥10dBm |
≥10dBm |
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Frequency Tuning Step Size |
10Hz |
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IM3 Output |
≤-36dBc (△5MHz, maximum gain, power output: 20dBm) |
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Output VSWR |
≤2.5 |
≤2.5 |
≤2.5 |
≤2.5 |
≤2.5 |
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Output Impedance |
50Ω |
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Input Characteristics |
Input Frequency |
70±20MHz,140±40MHz,0.72±0.25GHz,1.2±0.25GHz,1.2±0.5GHz, 1.8±1GHz ,3±2GHz(Select between single or multiple IF inputs) |
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Maximum Power Input |
+10dBm (Operating) |
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Input Impedance |
50Ω |
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Input VSWR |
≤1.4 |
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Transfer Characteristics |
Gain |
0～15dB （Minimum signal power output -100dBm or below, ATT110 support） |
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Tunning Step Size |
0.1dB |
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Programming Resolution |
≤±1dB |
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Level Stability |
≤±0.5dB p-p maximum/day at room temperature |
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Gain Flatness |
≤±0.3dB/40MHz, ≤±0.5dB/80MHz, ≤±1dB/500MHz, ≤±1.5dB/1000MHz, ≤±2dB/2000MHz |
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≤±3dB/4000MHz,≤±2dB/Full Band |
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Inband Frequency Clutter |
≤-55dBc (Excluding output harmonics) |
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RF Shutdown Feature |
≥80dB |
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Phase Noise (dBc/Hz) |
≤-50@10Hz |
≤-50@10Hz |
≤-50@10Hz |
≤-50@10Hz |
≤-50@10Hz |
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≤-80@100Hz |
≤-80@100Hz |
≤-75@100Hz |
≤-75@100Hz |
≤-75@100Hz |
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≤-95@1KHz |
≤-95@1KHz |
≤-95@1KHz |
≤-95@1KHz |
≤-95@1KHz |
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≤-102@10KHz |
≤-102 @10KHz |
≤-100@10KHz |
≤-100@10KHz |
≤-100@10KHz |
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≤-102@100KHz |
≤-102@100KHz |
≤-100@100KHz |
≤-100@100KHz |
≤-100@100KHz |
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≤-108@1MHz |
≤-108 @1MHz |
≤-105@1MHz |
≤-105 @1MHz |
≤-105 @1MHz |
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Reference Characteristics |
Internal Reference Frequency Stablity |
±2e-8 (0℃～+50℃, after 30min power on) |
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Internal Reference Frequency Accuracy |
0.05ppm |
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Internal Reference Power Output |
5±2dBm，50Ω，10MHz，Sine wave |
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External Reference Power Input |
5±2dBm，50Ω，10MHz，Sine wave |
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Reference Phase Noise |
≤-125dBc/Hz@10Hz |
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≤-140dBc/Hz@100Hz |
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≤-150dBc/Hz@1KHz |
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≤-155dBc/Hz@10KHz |
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≤-155dBc/Hz@100KHz |
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Physical Characteristics |
RF Output port |
2.92mm-k |
2.92mm-k |
2.92mm-k |
2.4mm-k |
1.85mm-k |
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Input and Output Ports |
RF Output: 2.92mm K-KFD |
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IF Input: SMA-KFD |
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I/Q Input: SMA-KFD |
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External Reference Input: BNC female |
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Internal Reference Output: BNC female W |
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External Pulse Modulation Input: BNC female |
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Internal Pulse Modulation Output: BNC female |
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Control Interface |
RJ-45（TCP/IP over Ethernet ）/RS422 |
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Power Supply |
AC,176～264VAC，45Hz～65Hz，Power consumption 140W |
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Overall Dimensions/Weight |
APVUC12A/APVUC20A are 2U：483mm*90mm*550mm 15Kg |
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APVUC26A/APVUC40A/APVUC50A are 4U：483mm*180mm*550mm 25Kg |
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Environment |
Operating |
Temperature: 0℃～+50℃ |
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Humidty: up to 95% @30°C, Noncondensing |
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Height: 3000 meters |
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Nonoperating |
Temperature: -30℃～+70℃ |
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Humidty: Up to 95% @40°C, Noncondensing |
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Height: 12000 meters |
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Shock and Vibration: Regular road transport/air transport |
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Reference: UD Box 5G
RF: 24-44 GHz; IF: 0.01- 14 GHz Built-in LO with 24-44 GHz control range Highly precise OCXO reference clock 10 MHz output and 100 MHz input/output synchronization Bi-directional circuit topology TMYTEK-made accessories, i.e. amplifier, band-pass filter (optional) CE/FCC/UKCA/ICES certified
Reference: UD Board
• RF: 23 to 30 GHz • IF: 2.6 to 5.8 GHz • External LO Input Range: 4.75 to 6.75 GHz • On-chip x4 LO Frequency Multiplier • Up Conversion Gain: 11.5 dB (typical) • Down Conversion Gain: 7 dB (typical) • Tiny and Compact
Reference: UD Module
• RF: 6 to 20 GHz • IF: 1 to 10 GHz • Adjustable LO frequency: 6 to 20 GHz • Conversion Loss: 10 dB (typical) • Integrated with an internal LO source • Simultaneously up and down conversion for each channel • Ideal for WiFi-6/7, UWB, LEO applications
Reference: AppVision C Series Downconverter
Brand: AppVision
Features & Benefits: 1.Octave RF coverage (S, C, X, Ku, and Ka) 2.2GHz or above instantaneous signal bandwidth 3.Amplitude Equalization and Group Delay 4.Variety of commonly used IF and bandwidth combinations 5.Excellent phase noise specification (40GHz): ≤-100dBc/Hz@10KHz 6.Internal and external reference switching 7.Remote programming 8.Self-testing...
Reference: UD Module
• RF: 6 to 20 GHz • IF: 1 to 10 GHz • Adjustable LO frequency: 6 to 20 GHz • Conversion Loss: 10 dB (typical) • Integrated with an internal LO source • Simultaneously up and down conversion for each channel • Ideal for WiFi-6/7, UWB, LEO applications
Reference: AppVision M Series Up/Downconverter
Brand: AppVision
Features & Benefits: 1. Octave RF coverage (S, C, X, Ku, and Ka) 2. Multi-octave RF coverage 1.5M ~ 26.5GHz 3. 2GHz or above instantaneous signal bandwidth 4. Amplitude Equalization and Group Delay Equalization 5. Variety of commonly sued IF and bandwidth combinations 6. Choices of coherent multi-channel or non-coherent multi-channel 7. Excellent...
Reference: AppVision C Series Upconverter
Brand: AppVision
Features & Benefits: 1.Octave RF coverage (S, C, X, Ku, and Ka) 2.2GHz or above instantaneous signal bandwidth 3.Amplitude Equalization and Group Delay 4.Variety of commonly used IF and bandwidth combinations 5.Excellent phase noise specification (40GHz): ≤-100dBc/Hz@10KHz 6.Internal and external reference switching 7.Remote programming 8.Self-testing...
Reference: AppVision D Series Up/Downconverter
Brand: AppVision
Features & Benefits: 1. Multi-octave RF coverage (0.5 ~ 40GHz) 2. Octave RF coverage S, C, X, Ku, and Ka 3. 2GHz or above instantaneous signal bandwidth 4. Amplitude Equalization and Group Delay Equalization 5. Variety of commonly used IF and bandwidth combinations 6. Choices of coherent dual-channel or non-coherent dual-channel 7. Excellent...
Reference: AppVision A Series Downconverter
Brand: AppVision
Features & Benefits: 1. Multi-octave RF coverage (0.5 ~ 67GHz) 2. 4GHz or above instantaneous signal bandwidth 3. Amplitude Equalization and Group Delay Equalization 4. Variety of commonly used IF and bandwidth combinations 5. Excellent phase noise specification (67GHz): ≤-100dBc/Hz@10KHz 6. Internal and external reference switching 7. Remote...
1. Multi-octave RF coverage (0.5 ~ 67GHz)
2. 4GHz or above instantaneous signal bandwidth
3. Amplitude Equalization and Group Delay Equalization
4. Variety of commonly used IF and bandwidth combinations
5. Excellent phase noise specification (67GHz): ≤-100dBc/Hz@10KHz
6. Internal and external reference switching
7. Remote programming
