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For anyone’s information, if you have an ARMv7 hardware, cloudflared also has compiled to armhf a.k.a. ARM Hard Float. It is not listed in the official site but can be downloaded from GitHub release.
And ARMv7 hardware floating point support can confirmed by inputing cat /proc/cpuinfo and check if vfpv3 is listed in the features row.
Pi Zero you mean the original Pi Zero 1 right? Its SoC is driving a 32-bit ARMv6 CPU core.
The most straightfoward way is to try the Cloudflare Package Repository. It should be able to match the OS and arch for you.
You can also try installing the precompiled ARM deb package, specifically cloudflared-linux-arm.deb directly if the repo does not work.
P.S. If none of the above works, you can try setting up the Go build environment and compiling from source on your Pi Zero.
Maybe you can give Outline a try. It is based on shadowsocks a proxy tunnel with enough obfuscation to fly even under the radar of the GFW of Communist China.
Given the information provided,
Media Size: 7168MB + 100MB = 7268MB = 58144Mb
Run time: 1h47m = 6420s
Average bitrate = 58144Mb / 6420s = ~9.06Mbps
That is definitely not FHD Blu-ray quality (~30Mbps) but better than DVD on average (~6Mbps).
I think a quality HDMI capture card should be able to not just match but surpass this bitrate.
Those letters are often void threats. ISPs are not really the right plaintiff to bring priacy cases to court. The only thing they can do is to terminate service but that is obviously not in their interest.
Just if you are already paying for a VPN and the download/upload speed is acceptable, there is no point in getting yourself in trouble no matter how small the odd is.
Asus also has a similar line. Just they carry and market this line of products in limited countries only.
It is also not that odd to see Asus grabbing the Intel NUC business. Intel NUCs have been contract manufactured by Pegatron, the OEM manufacturing spin-off of the original ASUSTeK Computer Inc., whose majority shareholder is still ASUSTek.
I may sound like an immich evangelizer now but immich ftw lol
P.S. Related doc for user management.
No not anymore. I no longer find it necessary now. Things have become much easier. Many routers have out-of-factory OpenWrt support or are outright built with/on OpenWrt. Companies like GL.iNet has made the barrier to entry the lowest ever.
Gone were the days we had to spot the right hardware versions, find ways to access debug ports, tinker with das uboot (or it had to be added…), flush the official firmware, and flash the right OpenWRT image. And this often would set you down on a path to compile the “right” kernel to work with proprietary driver/firmware blob files so hardware acceleration (e.g. NAT or WiFi radio) could work properly… Indeed I have learnt a lot but honestly I don’t really miss those days lol
There are a number of unit conversion libraries in JavaScript. Building your own is not that hard. A simple SPA shall suffice.
Check for the exact core configuration and cache size via Intel Ark first. More often than not i5 and i7 can have the same core configuration and cache size but difference base and boost frequencies.
It appears Avaya sold the networking product line to Extreme Networks. And
Product documentation, downloads, knowledge articles and technical support can be requested via www.extremenetworks.com
https://support.avaya.com/support/en/download/1399823629353?productId=P0609
Maybe you can try contacting them.
Chrome has DNS-over-HTTPS enabled by default. Firefox, however, enables that by default in certain regions only.
Cloudflare has a comprehensive guide on how to enable it in various browsers.
P.S. If you dun wanna use Cloudflare as the resolver, quad9 can be an (maybe better) option.
Pi should not be the first choice unless you just wanna dip your toe in the water with limited investment or you are real experienced in the trade. While the hardware is powerful enough for many use cases, it is very limited in external connectivity which really hampers its potential as a NAS/multi-purpose server.
CPUs often get less efficient (in the sense of work done per watt) when they are pushed to their limits. Unless you are running the server at full load all the time, the power consumption of a typical x86 system is quite manageable (~30-50W) at idle to low usage. Newer hardware is surely more efficient as newer designs are relatively faster and often have more power conservation technologies built-in.
If you are a programmer or have some experience, you can try wrapping the site with a standalone runtime like electron or nw.js or leverage automation tools like Playwright and Puppeteer.
Otherwise you may need to check if your browser supports encapsulating webpages into its own browser context (e.g. Edge and Safari). Some websites support this natively via the Progressive Web App (PWA) paradigm.
The good old Mozilla Send was discontinued but the repo was forked and maintained. It should meet all your demands.
I have been using immich. It supports user accounts and album sharing. And recent updates on the machine learning part have made it a even more potent replacement of Google Photos imo.
The main reason is that libtorrent, which is the literal backbone of most torrenting clients, has implemented supported for I2P only recently in its latest v2.x branch… It takes time for libtorrent to iron out bugs and stablize and it takes more for clients to upgrade their embedded libtorrent to v2.x.
While proxying or tunneling to a VPS can sometime improve international connectivity (as usually VPSs live in machines that situate in well-connected datacenters), the bottomneck of your uplink is still at your 50Mbps connection.
Also are you connecting to the servers closest to you or better within your country when you did those speedtests? If yes, it implies the your uplink is throttled locally not internationally.
https://github.com/AnalogJ/scrutiny#getting-started
It will recognize the block devices but not the filesystem construct. That means ZFS pools themselves are out of scope.