Earlier quoted context omitted.
I guess you just downplay the amount of money you spend on developing your own solutions. What does a load balancer do on the same host anyway? Where is this 80x-100x coming from? It would be impossible to create a 100 times cheaper solution because it would mean there is no margin left for the hosting provider.
Loadbalancers are useful for more than balancing load, you can distribute traffic to the different endpoints on them. They're fairly good at it. 80x is on traffic costs alone, I've detailed that above; 80$ for 1TB of traffic on AWS, not including incoming traffic costs, 1$ for 1TB of traffic on Hetzner, incoming traffic is free. A 16core/64GB instance (m5.4xlarge) on AWS costs 360$ monthly, a tiny bit cheaper if you…
Amazon’s Chips Threaten Intel
331–340 of 359 posts
Re: Amazon’s Chips Threaten Intel
#332Earlier quoted context omitted.
Right, but I'm concerned with the initial provisioning of the OS on which docker runs. It's not nothing even if the apps run in docker.
In most cases, you can just provision the OS from a web interface. If you get a bigger machine where you need to configure the disks yourself, there is a pretty easy to use command line tool they built which does most of the work. The only part which I had to learn the hard way is configuring iptables to secure my servers against external attacks. Luckily, recent versions of docker make it easy to keep iptables confi…
Well what I would really like is to be able to deploy something like an "AMI" on these dedicated servers. Any ideas for how to get something close?
Re: Amazon’s Chips Threaten Intel
#333Re: Amazon’s Chips Threaten Intel
#334Earlier quoted context omitted.
You are speaking from inside the walled garden here, from the outside the effort of porting to macOS is monumental. The naive way is: I have to buy hardware, learn new Apple specific languages, learn a new OS, learn a new IDE, be compliant with their app store policies, distribution etc. (which applies to Windows now too I suppose).
I suppose I’m an outlier then. I just use normal UNIX tools. No Xcode, no IDE’s, no proprietary toolchains. Maybe my programs are too boring. :) There are some portability quirks for sure, though.
Re: Amazon’s Chips Threaten Intel
#335Earlier quoted context omitted.
When RISC was first introduced its big advantage was that by reducing the number of instructions it could handle the whole processor could be fit onto a single chip whereas CISC chips took multiple chips. In the modern day it takes a lot more transistors and power to decode 4 x86 instructions in one cycle than 4 RISC instructions because you know the RISC instruction are going to start on bytes 0, 4, 8, and 12 wherea…
Thanks for the thorough detailed reply, I really appreciate it. I failed to grasp one thing you mentioned which is: >"is actually an issue and that's part of why you don't see BIG.little approaches in x86 land and why atom did so poorly in the phone market." Is BIG an acronym here? I had trouble understanding that sentence. Cheers.
https://en.wikipedia.org/wiki/ARM_big.LITTLE
Basically, the idea is that you have a number of small, low power cores together with a few larger, faster, but less efficient cores. Intel hasn't made anything doing that. Intel also tried to get x86 chips into phones but it didn't work out for them.
Re: Amazon’s Chips Threaten Intel
#336Earlier quoted context omitted.
> Especially for RDS? Run your own servers, instead of paying Amazon to do your system administration. At small sizes, Amazon is a cheap sysadmin. At scale, paying them as sysadmins is expensive.
I just moved one of the largest (5+PB) data warehouses of Europe to AWS and we saved 35% of a huge (1M+ / year) budget while increased reliability, availability and security. I am not sure why people think that AWS is expensive. Running on a traditional hosting was a nightmare with constant downtimes because of issues outside of our control. Cooling, networking, security you name it. AWS makes these non-existent or v…
Re: Amazon’s Chips Threaten Intel
#337Re: Amazon’s Chips Threaten Intel
#338Earlier quoted context omitted.
Apple sold 217 MILLION iPhones in just 2017 alone. That's a number that doesn't include iPad, Apple Watch, HomePod, or Macs - all of which have custom Apple silicon in them. I think you're severely underestimating Apple here.
There are lots of countries around the world where common people hardly get to see an Apple device on the wild.
Re: Amazon’s Chips Threaten Intel
#339Earlier quoted context omitted.
I suppose I’m an outlier then. I just use normal UNIX tools. No Xcode, no IDE’s, no proprietary toolchains. Maybe my programs are too boring. :) There are some portability quirks for sure, though.
Why not Linux, then? Why pay "the Apple tax"?
I tried using a company Linux device only to find that its graphics drivers weren't supported, the 4k scaling didn't work nicely without spending ~30 minutes looking up how to do it the hard way, and it didn't play nicely when connected to a normal 1080 monitor. I returned the device after (thankfully) it failed.
Re: Amazon’s Chips Threaten Intel
#340Earlier quoted context omitted.
TSMC's 7nm and Intel's 14nm are about the same in actual dimensions on silicon IIRC. The names for the processes are mostly fluff.
AFAIK, supposedly TMSC 7nm and Intel 10nm are about equivalent, but with 10nm being in a limbo, TMSC is ahead now.