milipainting.blogg.se - Speedify on raspberry pi

#Speedify on raspberry pi 720p
#Speedify on raspberry pi 1080p
#Speedify on raspberry pi full
#Speedify on raspberry pi software
#Speedify on raspberry pi password

Server region selection for region restricted services and multiple backup public servers.Relatively affordable due to publicly shared servers.Includes optimization for non-livestreaming services in addition to livestreaming, e.g SSH, games etc.Note: These are my own findings and they may not be accurate. More details about Speedify - Wishlist for other solutions

#Speedify on raspberry pi software

Wiki under construction 👷 On Speedify being primaryĪs of (2023), I could not find an affordable mixed usage multi-mode bonding software and a service that is cost effective nor a reliable OSS solution.

Per-client (LAN) bandwidth limiter (EQoS).

BitTorrent detection log showing client IP address as the source.

One-click cloud-init script for setting up Engarde & TinyFEC VPN in cloud.

ntopng (deep-packet-inspection analysis) installer.

Tailscale installer and pre-configuration.

Preset network configuration for various hardware.

Custom Speedify version selection, GUI for built-in custom bypass, and tuning.

Dnsmasq DHCP is disabled and replaced with AdGuard Home DHCP.

#Speedify on raspberry pi password

AdGuard Home pre-installed and pre-configured (one-click enable) with password change UI addition.

Note: If you need to combine multiple stable internet connections above 100Mbit, consider a load balancer such as the GL.iNet Slate/Flint 4.2.0 official firmware which includes Wi-Fi and easier to setup compared to the TP-Link Multi-WAN series.

Low budget alternative to commonly used solutions.

Use TinyFEC VPN for fixing a lossy unusable internet connection using forward-error-correction (single WAN - self-hosting).

Use Engarde as an self-hosting alternative to Speedify's Redundant mode (lossless by duplicating traffic across WANs - no aggregation).

Cover all connected devices in a home network when it's not possible or practical to share a WAN per each device running Speedify.

Use Speedify to build a reliable internet access with seamless failover, lossless and aggregated single-flow speeds by bonding two or more connections, preferably a combination of wired and wireless with baseline ISP plans as an affordable solution.

This project is not affiliated with Speedify or Connectify.Īlso includes Engarde and TinyFEC VPN as alternatives and self-hosting solutions. SmoothWAN is a custom OpenWRT router distribution for fixed internet bonding setup using Speedify primarily, with an emphasis on using an internet browser for easy configuration.

#Speedify on raspberry pi full

Get the full story and details at speedify.Internet bonding router with seamless failover using Speedify (primarily) This way, we don’t need a UI for the Pi once we get everything together Speedify is set to automatic start so it runs as soon as the Pi boots up.

#Speedify on raspberry pi 720p

If you’re using the Psynaps cloud streaming servers recommended by the Gunrun Backpack, you’re capped at 720p regardless.

#Speedify on raspberry pi 1080p

We’ve also tested it at 1080p and up to 60 frames per second, but the performance is not as reliable and the Pi is more at risk of overheating. So, after programming the remote ( see here on GitHub), you can live stream online to Twitch in 720p at 24 fps. You would be able to use them with this setup as well. He-go streaming setups use cloud streaming services like Psynaps Servers for adding overlays, alerts, and controlling scenes. This is ideal for being able to operate this setup, without an interface, in a backpack. We tried building OBS on the Raspberry Pi, but it is too unstable and ffmpeg works completely in the command line. Plus – you may not need to purchase all of this equipment if you already have similar items available.

Broadcasting it through Speedify’s channel bonding VPN to Twitch.Īfter deciding on the components, the budget is about $600, which is still about $1000 cheaper than the Gunrun backpack.

Turning that raw live video footage into a streamable format.

Getting video from the camera into the Pi.

There were 3 main processes we need to have working: This way, we could send data out over multiple 4G mobile connections from different carriers at the same time.

to keep the stream stable and reliable while moving around outside, we want to incorporate channel bonding.

we also need to program a button that can start and stop the stream.

So, to make it work with the Raspberry Pi, we need a capture card capable of transcoding the raw camera footage into a format that the Pi can upload. we also want to be able to use any standard HD video camera.we want to stay pretty close to a standard IRL streaming setup on the outside, keeping cables as concealed in the backpack as possible.Here are our requirements for this setup: We’re using ffmpeg on the Pi to live stream in 720p at 24 fps on Twitch

We programmed the remote buttons to control the stream.