Azerb

4 ms·

1.
by Azerb 5y ago
In my experience, to achieve large enough scale most systems have to be used in very simple ways. There isn’t space for additional complexity and the result is usually boring systems that work.
2.
by Azerb 7y ago
The irony here is most modern CISC design are breaking instructions to RISC-like μOps. Moore's law also means - you have more transistors for the same area, now figure out how to use them creatively to increase performance. Workloads a
3.
by Azerb 8y ago
Former audio engineer here. Generally this is the result of high noise floor and poor power management on the amplifier side - not powering down when content isn't playing or incorrect power sequencing on the power down of the amp.
4.
by Azerb 8y ago
GitHub sale hasn't even closed. This is GitHub being GitHub.
5.
by Azerb 8y ago
Sounds great, I'll do my research and get to work.
6.
by Azerb 8y ago
So as someone getting AT&T Fiber this week, what VPNs should I look at using?
7.
by Azerb 8y ago
More likely a de-sense issue. Poor grounding/shielding on either the connector or the adaptor can impact the performance of the antennas.
8.
by Azerb 8y ago
Yes you’ll want to use active dongles with the Surface Dock, those will run off the 3.3v supply.
9.
by Azerb 8y ago
This is the key. Look at the roadblocks Google Fiber has hit in their own fiber deployments, pivoting to wireless to bypass the resistance they're getting from incumbents.
10.
by Azerb 9y ago
x86 is not easily swappable by any means. From voltage supplies/rail timing, crystal requirements, different device drivers and FW rewrites, etc. Changing CPUs on a modern design is a huge reset. Source: PM for a hardware product line
11.
by Azerb 9y ago
No, that was only Surface Laptop - this is full Windows 10 Pro based on the pre-order page.
12.
by Azerb 11y ago
I work in the consumer device space and from what I've seen, the flexibility of in-region supply chain for components and sub-assemblies would be very difficult to match outside of China. It allows for JIT manufacturing and incredibly