They offer productivity. Commercial tools have simulation speed and a half decent visual debugger for example. The bar is not that high, but Icarus is behind in these two areas
The last coal plant in Denmark will be retired in 2028.
Current regulation requires large district heating to produce electricity (which is no longer economical due to abundance of cheap wind power) and this delays the conversion of the last coal plant.
I’m a Dane, I have leased a 24kwh BEV a few years ago. The charging infrastructure is fine and it is getting better. Denmark is not that big. I had a 30km commute each way. I live in an apartment, so that means public charging, which was no problem. I got 99 km at 110km/h on a full charge which means a 60 kwh battery will take me between the two furthest points in Denmark on two quick charges.
The only parts that sucks about BEVs is that you can’t have a trailer attached and the price.
As I see it, this is just a network on interposer instead of a network on chip (NoC). NoCs have simple rules for routing that also prevent deadlocks, so I am not sure that the idea here is that significant. The active interposer is a quite new idea. I haven’t followed it. Maybe the journalist found the rules more exiting than the active interposer idea.
Either way, the research is one of the many small steps forward to better chips.
Can you affect the number and size of AWS instances that a company needs? As Patrick said on twitter the other day. If you can optimize the use of AWS for a company that has 3k instances, you can make the company boatloads of money in reduced server cost.
I am not a freelancer, but I have taken the free e-mail course, because I wanted to learn. I liked it. I felt motivated to complete the course and I would definitely heed the advice if I were to become a freelancer some day. It has a soft up sell at the end, but it still gets my full recommendation anyway.
I am confused. I see half the performance and 3-5x the area of IEEE754, but the conclusion is that UNUM is comparable. That would not be my conclusion. What am I missing?
NPUs are not used in data centers. They don't need the expensive but totally flexible network processing capabilities. Think carrier and enterprise access networks that have lower Ethernet bandwidth requirements, but higher processing requirements per packet.
1. Electronics/semiconductors
2. Moore's law is loosing stream and complexity is exploding. Turn around times are increasing in everything. This includes runtime for all of our software tools as well as physical processes such as getting chips back from the fab. Vendors are not keeping up. Productivity is suffering.
3. SystemVerilog is not really at the right abstraction level and still has many of the problems that face Verilog. It is sort of what C++ is to C and what I need is more the equivalent to rust.