Відео

I think you could set msposd on any kind of openipc cam, then the android gs could play the osd in the video. If this Mario's tutorial for msposd is not enought, I would guide you to setup msposd on openipc cam. ua-cam.com/video/k_kxVHbCBtQ/v-deo.htmlfeature=shared

Thank you for your replying. Because I'm not good at acro mode, I always fly angle mode for test flight first time. then, I fly acro mode. I should practice more and more to fly acro mode at the first flight🔥

역시 프리스타일의 길을 멀고도 험한 것 같습니다ㅋㅋㅋ

Thank for your comment. I would keep going test of OpenIPC😁

Wow, thank. It's an honor for you to say that. I'll keep testing OpenIPC 😁

앗 그런가요? 와이파이 모듈 3개의 위엄입니다ㅋㅋㅋ

@@DtheG_FPV 14dbi patch 때문인가요? ㅎㅎ 5dbi omni 로만 구성하면 어떤지 궁금하군요.

왜 그런건지는 모르겠지만 체감상 14dbi 패치보다 5dbi 옴니가 대부분 rssi 값이 더 좋게 나오는 경우가 많습니다. 제가 패치 방향을 잘 세팅하지 못하나 봅니다ㅎㅎ 와이파이 모듈이 2개 이상되는 순간 로스트 패킷이 많이 줄어든다고 생각합니다.

@@DtheG_FPV 14 dbi 패치안테나가 지향성이 너무 높아서 빔폭이 아주 좁은가보군요.

그런가봅니다. 멀리보내는 건 살짝 무서워 시도해보지 않았는데 패치 방향으로 멀리 보내면 옴니보다 패치가 더 신호가 좋을 거라고 믿고 있습니다^^

Hello~ In the Configurator github release page, you could download the zip file and extract the .exe file from it. this is release page, github.com/OpenIPC/configurator/releases/tag/latest

라곤님 메시지로 보내드리겠습니다^^

@@DtheG_FPV ㅎ 감사합니다. 저렴이 프레임이라 카메라 고정하는 부품이 완충효과가 전혀 없어서 문제입니다

not yet. because it wasn't necessary for me. if you want, I could add it. I recommand msposd to get these osd elements more easily and faster. this is example of the author of openipc msposd. ua-cam.com/video/uKa1P8-Soxw/v-deo.html

@@DtheG_FPV yeap, I know about msposd, but my FC F3 don'r suppot msp displaport...I will try qopenhd

yeah. then if qopenhd could not supply the osd elements, plz tell me. then, I would add the osd elements you want.

You are my teacher😁 I have followed your introduction and tutorial about OpenIPC from last summer. Thank you, sir👍

I'm a just end user, so I don't know much about specific and expert infomation about tx power of dbm, penetrastion compared with Avatar/HD Zero which I don't have. but I felt this openIPC FPV system is even enough to be used for freestyle flight. In my case, the average latency is about 50-80ms and range is 100-200m. some users fly more than several kilometers with high gain antenna. I didn't check longest range for my settings.

I use radxa for recording with playing video on macGS. On the macbook air screen, the latency is about 60-80ms. Most users, who only use radxa, report about 50ms latency.

I felt that enough to fly with my drone. the latency is 60-80ms on my macbook air. and many users report average 50ms on radxa zero 3w groundstation. I'd like to fly freestyle with the OpenIPC FPV system. this is my practicing video😁 ua-cam.com/video/L5zG62AHWN4/v-deo.htmlfeature=shared

그렇게 말씀해주시니 부끄럽고 감사합니다. 앞으로도 OpenIPC에 계속 도전해보겠습니다!!!

고맙습니다😁

Oh, welcome to OpenIPC as macbook user👍 firstly, you could install emulated x86 ubuntu server 23.10 on UTM. I use ubuntu server to reduce usage of cpu, memory. ubuntu 24.04 is not compatible with wfb-ng. and install rtl8812au driver and wfb-ng according to github ubuntu quick start guide. github.com/svpcom/wfb-ng when you install and see results of "$wfb-cli gs" on ubuntu-server well, I would guide you next step to multicasting udp packets to macos.

@@DtheG_FPVare you going to write this up in the wiki?

@MikeCarr07 sorry for late reply. do you mean that writing wiki about installation ubuntu-server and multicasting udp packets to macos? if you want, I would write about this installation and multicasting procedure to pyosd repostory.

@@DtheG_FPV Ok was also hoping to see it in OpenIPC wiki. Also where did you get emulated x86 ubuntu server 23.10? I am running parallels in M1 Mac and currently running Ubuntu 22.04.2 emulated. I did not know about UTM, trying it now

@MikeCarr07 Ok. I haven't written on OpenIPC wiki, I would try to write about running pyosd on macos and multicasting udp packets of wfb-ng from virtual machine. and I just realized that arm ubuntu server also could be used for this purpose. so you could x86 or arm or any ubuntu server virtual machine to run wfb-ng. I don't why arm 23.10 is absent recently. x86(amd64) ubutnu-server 23.10 : releases.ubuntu.com/mantic/

They are compatible on Air unit and Ground station. So, you could use EU on air unit and AU on GS. I use composit RX with AU, BU, EU on GS. but AU is installed out of box in OpenIPC firmware, otherwise EU is needed to install driver manually.

@@DtheG_FPV thanks for the confirmation. By the way I asked this same question from the telegram group and got a confirmation. One more thing how did u configure m1 mac to use monitor mode on 8812 ? is it Asahi linux or other distribution or maybe x86 emulation ?

Ok. I replied on telegram group. check it😁

I love it, too. Thank you!!!

Thank you!!!

Thank you😁

thank for your advise. the point of 4K with low bitrate is that OpenIPC UltraSight could encode and record 4K video onboard sdcard directly. I think that this feature shows possibilty of recording high resolution video onboard and sending lower resolution video to groundstation in future. And I have tested OpenIPC cameras with low bitrate 4096 in majestic.yaml. this bitrate shows best stable latency 60-80ms in 720p with my setting. so I tested this bitrate on 2K, 4K, too. I'd likely to test in high bitrate, but I think it would show more latency or gliches on video.

Thank you😁

thank you for your advise, Greg😄 sadly, my ssc338q angle is 0 dgree becasue I'm not using any mount or case for cam to reduce weight. I would use bigger cam angle with bigger drone such as 5" inch in future. my qute and tiny drone is just 2" like this. drive.google.com/file/d/1mQcvtyuJoK5FADZN2AJ2xHnbDancwXUE/view?usp=drivesdk

This is my fork of MAVProxy for custom osd. you could try It on ubuntu desktop environment. but I'm not a expert developer, plz understand me. and any questions are welcome. github.com/lovewins2327/MAVProxy_OSD

I could get stable latency about 80ms(60~100ms) on Macbook air m1 GS and radxa zero 3w with ssc338q cam using 720p90fps 60Hz monitor. some OpenIPC users report even under 50ms with 120fps on 144hz monitor. I didn't see on my own settings.

제이에스님 제 채널에서 뵈다니 영광입니다^^ 저는 OpenIPC의 주력 카메라인 ssc338q + sony imx415 카메라 모듈을 사용합니다. 아래 사진에서 프롭만 3엽으로 바꿔서 비행했습니다. drive.google.com/file/d/1mQcvtyuJoK5FADZN2AJ2xHnbDancwXUE/view?usp=drive_link

@@DtheG_FPV 안녕하세요. 아날로그 사용중이다 보니 디지탈이 궁금해서 시도해 보다가 지금은 포기한 상태인데 작은 기체에 얹히고도 잘 나네요. OpenIPC 개발팀에서 작게 개발한 제품은 너무 비싸더라구요. 구입하기도 힘들고... ㅎㅎ 그래가지고야 ELRS처럼 대중화 되기는 힘들어 보이던데... IP카메라 보드는 저렴하긴 한데 너무 덩치가 크니깐 프레임에 장착하기가 곤란해서 이래저래 포기한 상태인데 사진 보니 작은 기체에도 올라가니 신기하네요. ssq338q보드는 레이턴시가 좀 어떤가요?

@jupiterjs031 아무래도 기존 ipcam 2개짜리 보드에 wifi 모듈 합쳐서 AIO로 개발하면서 한정수량으로 만들다보니 가격이 어쩔 수 없는 것 같습니다ㅜㅠ 앞으로 시행착오를 통해서 대중화까지 갈 수 있지 않을까 기대해보고 있습니다. 저는 처음에 pavo pico 카메라를 올렸다가 비행시간이 1분대로 나오길래 pavo20으로 넘어왔습니다. o3 기체보다 좀 더 무겁긴한데 그래도 3분대 비행시간이 나와서 계속 사용해보려고 합니다. 카메라 이름에 오타가 있네요 수정하겠습니다. ssc338q 카메라로 720p90fps에서 60Hz 모니터로 보면 60~80ms 정도의 레이턴시를 보여주는데 100ms을 넘어가는 경우는 별로 없습니다. 이전에 GK7205v200+NVR로 테스트하셨던 것으로 기억하는데, ssc338q+Radxa zero 3w로 테스트해보시면 놀라실 겁니다.

감사합니다. 다시 도전해 봐야하나 고민을 ㅎㅎ

@@jupiterjs031 네 다시 시작하실 때 말씀주시면 제가 아는 선에서 최대한 안내해드리겠습니다^^

This is also amazing to me 😁

the ssc338q could be powered by 12V through default ethernet pin. in this video, my ssc338q is powered by 5V from AIO FC's BEC through ethernet 12v pin. I used 3s lipo battery for powering this FC. refer to the following tutorial page's end part, now I re-soldered 5V cable from FC to 5V cirkit of my ssc338q directly. github.com/OpenIPC/wiki/blob/master/en/fpv-step-by-step-guide.md

Thank you!!!