Block Up/Down Converters

26 Block Up/Down Converters for Space Applications from 4 manufacturers listed on SatNow

Block Up/Down Converters for SATCOM applications from multiple manufacturers are listed on SATNow. Use the filters to select products based on your requirement. View product details, download datasheets, compare products, get quotes and pricing for matching products. SATNow has compiled this list of products specifically for Space and Satellite Applications.

SKU:2017-0923-370
Frequency Band:
L Band
Input Downconverter Frequency:
950 MHz to 2.30 GHz
Input Upconverter Frequency:
370 MHz
Output Upconverter Frequency:
950 MHz to 2.30 GHz
Output Downconverter Frequency:
370 MHz
Redundancy:
No
Interface:
RS232C, 9600 baud (RS485, Ethernet Optional)
Package Type:
Rack Mount
more info
SKU:P7000
Frequency Band:
L Band
Input Downconverter Frequency:
950 MHz to 1.525 GHz
Input Upconverter Frequency:
70 MHz
Output Upconverter Frequency:
950 MHz to 1.75 GHz
Output Downconverter Frequency:
70 MHz
Redundancy:
Yes
Interface:
Ethernet (option 9, replaces RS232/485 port)
Package Type:
Rack Mount
more info
SKU:BUC3G6G
Input Downconverter Frequency:
500 MHz to 3.5 GHz
Input Upconverter Frequency:
500 MHz to 3.5 GHz
Conversion Loss:
7.7 to 7.8 dB(Up)
Output Upconverter Frequency:
3 to 6 GHz
Output Downconverter Frequency:
3 to 6 GHz
Redundancy:
No
Interface:
USB-C
Package Type:
Module
more info
SKU:970980UB
Frequency Band:
U Band
Input Downconverter Frequency:
47.2 to 51.4 GHz
Input Upconverter Frequency:
47.2 to 51.4 GHz
Output Upconverter Frequency:
37.5 to 42.5 GHz
Output Downconverter Frequency:
37.5 to 42.5 GHz
more info
Description:Up/Downconverter, 20 MHz band from 2.40 to 3.30 GHz & 3.80 to 2.40 GHz
Frequency Band:
S Band, L Band
Input Downconverter Frequency:
3.3 GHz
Input Upconverter Frequency:
2.4 GHz
Output Upconverter Frequency:
3.3 GHz
Output Downconverter Frequency:
2.4 GHz
Redundancy:
No
Interface:
RS232C, 9600 baud (RS485, option Q, Ethernet, optional)
Package Type:
Rack Mount
more info
SKU:BUDC3G20G
Input Downconverter Frequency:
500 MHz to 9 GHz
Input Upconverter Frequency:
500 MHz to 9 GHz
Conversion Loss:
8.2 to 11.6 dB(Down), 8.3 to 11.5 dB(Up)
Output Upconverter Frequency:
3 to 20 GHz
Output Downconverter Frequency:
3 to 20 GHz
Redundancy:
No
Interface:
USB-C
Package Type:
Module
more info
SKU:970980 Series
Input Downconverter Frequency:
2.1 GHz
Input Upconverter Frequency:
95 to 100 GHz
Output Upconverter Frequency:
95 GHz to 100 GHz
Output Downconverter Frequency:
2.1 GHz
more info
Description:Up/Down Converter, 370 MHz to/from 1200 MHz; ±150 MHz Up, ±18 MHz Down
Input Downconverter Frequency:
1.2 GHz
Input Upconverter Frequency:
370 MHz
Output Upconverter Frequency:
1.2 GHz
Output Downconverter Frequency:
370 MHz
Redundancy:
No
Interface:
DB9
Package Type:
Rack Mount
more info
SKU:BUDC3G20GE
Input Downconverter Frequency:
500 MHz to 9 GHz
Input Upconverter Frequency:
500 MHz to 9 GHz
Output Upconverter Frequency:
3 to 20 GHz
Output Downconverter Frequency:
3 to 20 GHz
Redundancy:
No
Interface:
USB-C
Package Type:
Module
more info
Description:Up/Downconverter, from 8.40 to 8.50 GHz Up, & from 8.40 to 8.50 GHz Down
Input Downconverter Frequency:
8.40 to 8.50 GHz
Input Upconverter Frequency:
2.20 to 2.30 GHz
Output Upconverter Frequency:
8.40 to 8.50 GHz
Output Downconverter Frequency:
2.20 to 2.30 GHz
Redundancy:
Yes
Interface:
DP3T
Package Type:
Rack Mount
more info

Block Up/Down Converters consist of both satellite block up and block down converter that is used to upconvert a low IF signal to a higher RF signal and downconvert a higher RF signal to a low IF signal. They simplify system design, reduce equipment size, and streamline signal transmission and reception in satellite communication systems and other RF applications. These converters have separate or shared local oscillators (LOs) for upconversion and downconversion processes, ensuring precision and low phase noise. The BUC section includes a power amplifier to boost the signal for transmission. The BDC section integrates an LNA to maintain signal integrity by amplifying weak received signals with minimal noise. Bandpass filters ensure clean signals by eliminating out-of-band noise and interference. They are used for satellite communications, mobile and maritime systems, broadcasting, remote sensing, military and aerospace applications.

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