AMD Ryzen 3 2200G Quad-Core 3.5 GHz (Raven Ridge) PC build

[redwudz]

It's difficult to paste multiple photos with text on our forum, so I decided to convert the file to a PDF format. It's about 3.2MB
and consists of text and 26 photos. If you need a PDF viewer, I would recommend the freeware PDF reader Foxit.
It's about 1/3 the size of Adobe reader.

Foxit: https://www.foxitsoftware.com/pdf-reader/


CLICK ON THE URL BELOW TO DOWNLOAD THE PDF FILE

https://files.videohelp.com/u/26161/AMD%20Ryzen%203%202200G%20Quad%20buildm.pdf

Example photo:

[sophisticles]

Nice, when it's built how about testing the new hardware encoder build into onboard Vega gpu; it's supported for encode via ffmpeg under amf encoders.

[redwudz]

That may take a bit of research. I'm not that familiar with hardware encoding. And this PC is using a fairly inexpensive MB with a A320 chipset.
The A350 chipset would be better for encodes. That said, it is an interesting CPU/APU combination for a economy PC. I think the CPU/APU Vega
setup is more aimed at someone building a economy gaming PC, though I see it is being used for streaming video using hardware encoding.

[SameSelf]

This is a video site. Why not post a video of your build? Or are VH's members only capable of ripping/capping others content?

[johns0]

Download the pdf and you will see the build,nice setup and pdf to read by redwudz.

[sophisticles]

That may take a bit of research. I'm not that familiar with hardware encoding. And this PC is using a fairly inexpensive MB with a A320 chipset.
The A350 chipset would be better for encodes. That said, it is an interesting CPU/APU combination for a economy PC. I think the CPU/APU Vega
setup is more aimed at someone building a economy gaming PC, though I see it is being used for streaming video using hardware encoding.

Allow me to save you the research, I'm assuming that you are a Windows user:

https://ffmpeg.zeranoe.com/builds/

h264_amf AVOptions:
-usage <int> E..V.... Encoder Usage (from 0 to 3) (default transcoding)
transcoding E..V.... Generic Transcoding
ultralowlatency E..V....
lowlatency E..V....
webcam E..V.... Webcam
-profile <int> E..V.... Profile (from 66 to 257) (default main)
main E..V....
high E..V....
constrained_baseline E..V....
constrained_high E..V....
-level <int> E..V.... Profile Level (from 0 to 62) (default auto)
auto E..V....
1.0 E..V....
1.1 E..V....
1.2 E..V....
1.3 E..V....
2.0 E..V....
2.1 E..V....
2.2 E..V....
3.0 E..V....
3.1 E..V....
3.2 E..V....
4.0 E..V....
4.1 E..V....
4.2 E..V....
5.0 E..V....
5.1 E..V....
5.2 E..V....
6.0 E..V....
6.1 E..V....
6.2 E..V....
-quality <int> E..V.... Quality Preference (from 0 to 2) (default speed)
speed E..V.... Prefer Speed
balanced E..V.... Balanced
quality E..V.... Prefer Quality
-rc <int> E..V.... Rate Control Method (from -1 to 3) (default -1)
cqp E..V.... Constant Quantization Parameter
cbr E..V.... Constant Bitrate
vbr_peak E..V.... Peak Contrained Variable Bitrate
vbr_latency E..V.... Latency Constrained Variable Bitrate
-enforce_hrd <boolean> E..V.... Enforce HRD (default false)
-filler_data <boolean> E..V.... Filler Data Enable (default false)
-vbaq <boolean> E..V.... Enable VBAQ (default false)
-frame_skipping <boolean> E..V.... Rate Control Based Frame Skip (default false)
-qp_i <int> E..V.... Quantization Parameter for I-Frame (from -1 to 51) (default -1)
-qp_p <int> E..V.... Quantization Parameter for P-Frame (from -1 to 51) (default -1)
-qp_b <int> E..V.... Quantization Parameter for B-Frame (from -1 to 51) (default -1)
-preanalysis <boolean> E..V.... Pre-Analysis Mode (default false)
-max_au_size <int> E..V.... Maximum Access Unit Size for rate control (in bits) (from 0 to INT_MAX) (default 0)
-header_spacing <int> E..V.... Header Insertion Spacing (from -1 to 1000) (default -1)
-bf_delta_qp <int> E..V.... B-Picture Delta QP (from -10 to 10) (default 4)
-bf_ref <boolean> E..V.... Enable Reference to B-Frames (default true)
-bf_ref_delta_qp <int> E..V.... Reference B-Picture Delta QP (from -10 to 10) (default 4)
-intra_refresh_mb <int> E..V.... Intra Refresh MBs Number Per Slot in Macroblocks (from 0 to INT_MAX) (default 0)
-coder <int> E..V.... Coding Type (from 0 to 2) (default auto)
auto E..V.... Automatic
cavlc E..V.... Context Adaptive Variable-Length Coding
cabac E..V.... Context Adaptive Binary Arithmetic Coding
-me_half_pel <boolean> E..V.... Enable ME Half Pixel (default true)
-me_quarter_pel <boolean> E..V.... Enable ME Quarter Pixel (default true)
-aud <boolean> E..V.... Inserts AU Delimiter NAL unit (default false)
-log_to_dbg <boolean> E..V.... Enable AMF logging to debug output (default false)

/////////////////////////////

hevc_amf AVOptions:
-usage <int> E..V.... Set the encoding usage (from 0 to 3) (default transcoding)
transcoding E..V....
ultralowlatency E..V....
lowlatency E..V....
webcam E..V....
-profile <int> E..V.... Set the profile (default main) (from 1 to 1) (default main)
main E..V....
-profile_tier <int> E..V.... Set the profile tier (default main) (from 0 to 1) (default main)
main E..V....
high E..V....
-level <int> E..V.... Set the encoding level (default auto) (from 0 to 186) (default auto)
auto E..V....
1.0 E..V....
2.0 E..V....
2.1 E..V....
3.0 E..V....
3.1 E..V....
4.0 E..V....
4.1 E..V....
5.0 E..V....
5.1 E..V....
5.2 E..V....
6.0 E..V....
6.1 E..V....
6.2 E..V....
-quality <int> E..V.... Set the encoding quality (from 0 to 10) (default speed)
balanced E..V....
speed E..V....
quality E..V....
-rc <int> E..V.... Set the rate control mode (from -1 to 3) (default -1)
cqp E..V.... Constant Quantization Parameter
cbr E..V.... Constant Bitrate
vbr_peak E..V.... Peak Contrained Variable Bitrate
vbr_latency E..V.... Latency Constrained Variable Bitrate
-header_insertion_mode <int> E..V.... Set header insertion mode (from 0 to 2) (default none)
none E..V....
gop E..V....
idr E..V....
-gops_per_idr <int> E..V.... GOPs per IDR 0-no IDR will be inserted (from 0 to INT_MAX) (default 60)
-preanalysis <boolean> E..V.... Enable preanalysis (default false)
-vbaq <boolean> E..V.... Enable VBAQ (default false)
-enforce_hrd <boolean> E..V.... Enforce HRD (default false)
-filler_data <boolean> E..V.... Filler Data Enable (default false)
-max_au_size <int> E..V.... Maximum Access Unit Size for rate control (in bits) (from 0 to INT_MAX) (default 0)
-min_qp_i <int> E..V.... min quantization parameter for I-frame (from -1 to 51) (default -1)
-max_qp_i <int> E..V.... max quantization parameter for I-frame (from -1 to 51) (default -1)
-min_qp_p <int> E..V.... min quantization parameter for P-frame (from -1 to 51) (default -1)
-max_qp_p <int> E..V.... max quantization parameter for P-frame (from -1 to 51) (default -1)
-qp_p <int> E..V.... quantization parameter for P-frame (from -1 to 51) (default -1)
-qp_i <int> E..V.... quantization parameter for I-frame (from -1 to 51) (default -1)
-skip_frame <boolean> E..V.... Rate Control Based Frame Skip (default false)
-me_half_pel <boolean> E..V.... Enable ME Half Pixel (default true)
-me_quarter_pel <boolean> E..V.... Enable ME Quarter Pixel (default true)
-aud <boolean> E..V.... Inserts AU Delimiter NAL unit (default false)
-log_to_dbg <boolean> E..V.... Enable AMF logging to debug output (default false)

If you are comfortable with using ffmpeg via cli, then this should be easy to test.

You can grab some really high quality test content here:

https://www.harmonicinc.com/free-4k-demo-footage/

Just use any old fake email address, they don't even send you a test email in order to complete the registration process, they have about 300GB of high quality 4k test samples available for download and they have servers fast enough to max out my 200mb/s connection.

[Atak_Snajpera]

Please check OpenCL acceleration in x264
https://forum.doom9.org/showthread.php?t=175294