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Design a two-way frequency shifter board, 5.15-7.15 / 8.15-10.15 GHz Anyone
About the job
Hello,
Please open the attached PDF first. It shows the board.
HI-GAIN is a networking and wireless equipment distributor in Beirut, Lebanon, in business since 1990.
We need an RF engineer to design our board.
Ideally, you also build and test the prototypes.
The board drawings in the PDF are not final.
Please design the board the way you think is best, as long as it meets the points below.
What the board does (main points only):
1) Transmit: shifts 5.15-7.15 GHz up to 8.15-10.15 GHz.
2) Receive: shifts 8.15-10.15 GHz back down to 5.15-7.15 GHz.
3) One fixed 3 GHz oscillator on the board, used in both directions.
4) Two RF chains, one per polarisation.
5) Input: one SMA per chain, connected by cable to a Wi-Fi radio.
6) Output: two printed probes on the board (no connector), into a feed you design.
7) Any channel width from 20 to 320 MHz.
8) No control wire: the board senses the radio's transmit signal by itself.
9) Output never above 25.0 dBm total per chain.
10) Receive noise figure 4.0 dB or better.
11) DC input 24-60 V.
12) A bare board (PCBA), fitted in our own housing, on our heatsink.
Delivered, owned by HI-GAIN:
1) Schematic and PCB layout.
2) Parts list with real part numbers.
3) Feed design.
4) Tune-up procedure.
5) Firmware, if any.
In your bid:
1) Past X-band board work (8.15-10.15 GHz or near), with photos or measured results.
2) The chips you would use.
3) Your fixed price for the design.
4) The time it takes.
More d... read more
Please open the attached PDF first. It shows the board.
HI-GAIN is a networking and wireless equipment distributor in Beirut, Lebanon, in business since 1990.
We need an RF engineer to design our board.
Ideally, you also build and test the prototypes.
The board drawings in the PDF are not final.
Please design the board the way you think is best, as long as it meets the points below.
What the board does (main points only):
1) Transmit: shifts 5.15-7.15 GHz up to 8.15-10.15 GHz.
2) Receive: shifts 8.15-10.15 GHz back down to 5.15-7.15 GHz.
3) One fixed 3 GHz oscillator on the board, used in both directions.
4) Two RF chains, one per polarisation.
5) Input: one SMA per chain, connected by cable to a Wi-Fi radio.
6) Output: two printed probes on the board (no connector), into a feed you design.
7) Any channel width from 20 to 320 MHz.
8) No control wire: the board senses the radio's transmit signal by itself.
9) Output never above 25.0 dBm total per chain.
10) Receive noise figure 4.0 dB or better.
11) DC input 24-60 V.
12) A bare board (PCBA), fitted in our own housing, on our heatsink.
Delivered, owned by HI-GAIN:
1) Schematic and PCB layout.
2) Parts list with real part numbers.
3) Feed design.
4) Tune-up procedure.
5) Firmware, if any.
In your bid:
1) Past X-band board work (8.15-10.15 GHz or near), with photos or measured results.
2) The chips you would use.
3) Your fixed price for the design.
4) The time it takes.
More d... read more
Hello,
Please open the attached PDF first. It shows the board.
HI-GAIN is a networking and wireless equipment distributor in Beirut, Lebanon, in business since 1990.
We need an RF engineer to design our board.
Ideally, you also build and test the prototypes.
The board drawings in the PDF are not final.
Please design the board the way you think is best, as long as it meets the points below.
What the board does (main points only):
1) Transmit: shifts 5.15-7.15 GHz up to 8.15-10.15 GHz.
2) Receive: shifts 8.15-10.15 GHz back down to 5.15-7.15 GHz.
3) One fixed 3 GHz oscillator on the board, used in both directions.
4) Two RF chains, one per polarisation.
5) Input: one SMA per chain, connected by cable to a Wi-Fi radio.
6) Output: two printed probes on the board (no connector), into a feed you design.
7) Any channel width from 20 to 320 MHz.
8) No control wire: the board senses the radio's transmit signal by itself.
9) Output never above 25.0 dBm total per chain.
10) Receive noise figure 4.0 dB or better.
11) DC input 24-60 V.
12) A bare board (PCBA), fitted in our own housing, on our heatsink.
Delivered, owned by HI-GAIN:
1) Schematic and PCB layout.
2) Parts list with real part numbers.
3) Feed design.
4) Tune-up procedure.
5) Firmware, if any.
In your bid:
1) Past X-band board work (8.15-10.15 GHz or near), with photos or measured results.
2) The chips you would use.
3) Your fixed price for the design.
4) The time it takes.
More details will follow with the engineer we choose. read less
Please open the attached PDF first. It shows the board.
HI-GAIN is a networking and wireless equipment distributor in Beirut, Lebanon, in business since 1990.
We need an RF engineer to design our board.
Ideally, you also build and test the prototypes.
The board drawings in the PDF are not final.
Please design the board the way you think is best, as long as it meets the points below.
What the board does (main points only):
1) Transmit: shifts 5.15-7.15 GHz up to 8.15-10.15 GHz.
2) Receive: shifts 8.15-10.15 GHz back down to 5.15-7.15 GHz.
3) One fixed 3 GHz oscillator on the board, used in both directions.
4) Two RF chains, one per polarisation.
5) Input: one SMA per chain, connected by cable to a Wi-Fi radio.
6) Output: two printed probes on the board (no connector), into a feed you design.
7) Any channel width from 20 to 320 MHz.
8) No control wire: the board senses the radio's transmit signal by itself.
9) Output never above 25.0 dBm total per chain.
10) Receive noise figure 4.0 dB or better.
11) DC input 24-60 V.
12) A bare board (PCBA), fitted in our own housing, on our heatsink.
Delivered, owned by HI-GAIN:
1) Schematic and PCB layout.
2) Parts list with real part numbers.
3) Feed design.
4) Tune-up procedure.
5) Firmware, if any.
In your bid:
1) Past X-band board work (8.15-10.15 GHz or near), with photos or measured results.
2) The chips you would use.
3) Your fixed price for the design.
4) The time it takes.
More details will follow with the engineer we choose. read less
Hello,
Please open the attached PDF first. It shows the board.
HI-GAIN is a networking and wireless equipment distributor in Beirut, Lebanon, in business since 1990.
We need an RF engineer to design our board.
Ideally, you also build and test the prototypes.
The board drawings in the PDF are not final.
Please design the board the way you think is best, as long as it meets the points... read more
Please open the attached PDF first. It shows the board.
HI-GAIN is a networking and wireless equipment distributor in Beirut, Lebanon, in business since 1990.
We need an RF engineer to design our board.
Ideally, you also build and test the prototypes.
The board drawings in the PDF are not final.
Please design the board the way you think is best, as long as it meets the points... read more
Hello,
Please open the attached PDF first. It shows the board.
HI-GAIN is a networking and wireless equipment distributor in Beirut, Lebanon, in business since 1990.
We need an RF engineer to design our board.
Ideally, you also build and test the prototypes.
The board drawings in the PDF are not final.
Please design the board the way you think is best, as long as it meets the points below.
What the board does (main points only):
1) Transmit: shifts 5.15-7.15 GHz up to 8.15-10.15 GHz.
2) Receive: shifts 8.15-10.15 GHz back down to 5.15-7.15 GHz.
3) One fixed 3 GHz oscillator on the board, used in both directions.
4) Two RF chains, one per polarisation.
5) Input: one SMA per chain, connected by cable to a Wi-Fi radio.
6) Output: two printed probes on the board (no connector), into a feed you design.
7) Any channel width from 20 to 320 MHz.
8) No control wire: the board senses the radio's transmit signal by itself.
9) Output never above 25.0 dBm total per chain.
10) Receive noise figure 4.0 dB or better.
11) DC input 24-60 V.
12) A bare board (PCBA), fitted in our own housing, on our heatsink.
Delivered, owned by HI-GAIN:
1) Schematic and PCB layout.
2) Parts list with real part numbers.
3) Feed design.
4) Tune-up procedure.
5) Firmware, if any.
In your bid:
1) Past X-band board work (8.15-10.15 GHz or near), with photos or measured results.
2) The chips you would use.
3) Your fixed price for the design.
4) The time it takes.
More details will follow with the engineer we choose. read less
Please open the attached PDF first. It shows the board.
HI-GAIN is a networking and wireless equipment distributor in Beirut, Lebanon, in business since 1990.
We need an RF engineer to design our board.
Ideally, you also build and test the prototypes.
The board drawings in the PDF are not final.
Please design the board the way you think is best, as long as it meets the points below.
What the board does (main points only):
1) Transmit: shifts 5.15-7.15 GHz up to 8.15-10.15 GHz.
2) Receive: shifts 8.15-10.15 GHz back down to 5.15-7.15 GHz.
3) One fixed 3 GHz oscillator on the board, used in both directions.
4) Two RF chains, one per polarisation.
5) Input: one SMA per chain, connected by cable to a Wi-Fi radio.
6) Output: two printed probes on the board (no connector), into a feed you design.
7) Any channel width from 20 to 320 MHz.
8) No control wire: the board senses the radio's transmit signal by itself.
9) Output never above 25.0 dBm total per chain.
10) Receive noise figure 4.0 dB or better.
11) DC input 24-60 V.
12) A bare board (PCBA), fitted in our own housing, on our heatsink.
Delivered, owned by HI-GAIN:
1) Schematic and PCB layout.
2) Parts list with real part numbers.
3) Feed design.
4) Tune-up procedure.
5) Firmware, if any.
In your bid:
1) Past X-band board work (8.15-10.15 GHz or near), with photos or measured results.
2) The chips you would use.
3) Your fixed price for the design.
4) The time it takes.
More details will follow with the engineer we choose. read less
Things to know
Expert
Skill Level
Open budget
Fixed-rate
Part-time
Job type
1-3 months
Job duration
Areas of expertise
ANSYS HFSS
Altium Designer
Analog Electronics Design
Antenna Design
Microwave Engineering
+2 more
Job categories
PCB Design Services
Electronics Design Service
3D Design Services
About the client
Payment not ready
Greece (08:37 pm)
Posted
Active
Job activity
2 Applicants
0 interviews in progress
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