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Comment RISC allowed 99% lower power and nobody cared (Score 0) 126

CISC couldn't go that fast without using 125 watts.
RISC could use 99% less power and go half as fast.

Everybody bought "Intel inside", even though it drew a hundred times more power.

Yes, mobile is one reason people now care more about power consumption. Waking up to it's effect on datacenter costs is another.

You said:
"The goal was always to make devices as efficient as possible"
If that were, CISC would have been dead on arrival.
Intel has pretty much admitted that CISC will be dead soon unless they cut power usage by 99% because suddenly power usage is more important than brute speed.

Comment the goal was CPU power, power usage be damned (Score 0) 126

For 20 years, RISC processors used 1/10th - 1/100th as much power, yet Intel was the big name brand because CPU speed was king. As Hognoxious pointed out, the P4 is a great example that people generally didn't care too much about power usage. 125 watts was a little high, but acceptable. Now 1 watt is considered a little too high, and companies are hyping 1.5 Ghz processors, a third the speed of existing offerings.

Comment a very key part that is central to the case (Score 2) 65

Certainly, and that would be a central issue in any dispute over this patent. Therefore, for either party to make public statements on that issue other than "you can read it in the patent" would be stupid, for the same reason that it's stupid for criminal suspects to converse with the police.

Comment AMD responds with beer CPU. Seriously, though ... (Score 1) 126

Will AMD respond with a beer powered processor ?
Seriously, though, it's good to see Intel is serious about, and capable of, truly low power.

Ten years ago, it was a race for the most powerful processor, and Intel won*. Now it's about competing for the lowest power. Kind of ironic.

* For single threaded applications. A web server with a $200 AMD 8-core CPU at 4GHz will beat the pants off $200 of Intel CPU.

Comment 1 cashier, 6 registers = more value, pay (Score 1) 625

You have a great example when you mentioned "supermarket cashier". Cashiers ARE going the way of cotton pickers. Cotton pickers have been replaced by equipment operators who harvest 100 times as much cotton, sitting in an air conditioned cab making 50 times as much money.

    A cashier used to type in prices. Machines took over that part of the job and the cashier would just point the UPC reader gun at the product, then count the money.That made cashiers faster and therefore more valuable. Next, the machines took over the gun part, so the cashie just passes the product over the machine and counts the money. Now, the machine counts the money, so one cashier can manage six checkout lanes, making them six times as productive and valuable. I note that here in Texas, cashiers now start at $11-$13 / hour. I'm pretty sure that's an improvement over the $4.25 they were paid a few years ago when they had to use the scanner gun on each item. Automation is here, and it's been good for cashiers.

Comment welcome to 250 years ago (Score 1) 625

The trend for the last 250 years has been for machines to do more and more menial labor. That process creates jobs like web developer, auto mechanic, and cable TV tech. Most of us work in jobs that didn't exist 100 years ago. Machines now do the jobs like "seamstress" and "cotton picker", humans do "biomedical engineer". I'm glad. I'd rather do software engineering than pick cotton.

Comment your first example is true (Score 1) 166

I had a 1 GHz CPU around 10 years ago. Right now I'm using a 1.2 GHz. Before that, CPU speeds would double every few years.

Okay, I cheated because my current 1.2 GHz fits in my pocket. I do have two machines with five year old CPUs that run 3-3.5 GHz, the same speed as a new machine five years later. So there ARE some real physical limits. That's why phones are dual core and servers have eight cores - because they couldn't make faster processors they had to join together more processors running at the same old speed.

Comment for now, SSD is no faster for large files, though (Score 1) 166

For that multimedia you speak of, a rotating drive will be about as fast. A 10K rpm platter drive makes a lot more sense for video, which is sequential access.

When SSDs get faster for sequential access, then I'll be interested in larger. I don't see any need for many TBs of tiny files, and SSD is only impressive with small files. Very large databases are about the only use case I can think of for large SSDs, and maybe media laptops. Even with 40TB of data, I only want a 128GB PCIe SSD for caching.

Comment Re:BARRIER!? (Score 1) 166

> Not everyone has that, many live paycheck-to-paycheck,

And most who make good money live close to paycheck-to-paycheck or worse, in debt, meaning they've spent the paycheck before they get it. How many people have a loan, a debt, on a $30,000 car. They could have bought that in cash by starting with a $1,500 car, saving up for a $3,000 car, then a $6,000 car, etc. That would cost them a lot LESS than paying interest to a finance company.

Congrats to you for not putting a down payment on a $50,000 car like many people would do.

Comment I don't think Verizon's backbone runs on wifi $80K (Score 1) 111

> Oh, ok. So they're suing for a network topology that can be created by using wireless routers.

They are suing a few of the largest backbone providers - AT&T, Comcast, Qwest, Level3, Comcast.
I'm pretty sure those networks aren't wifi based. In fact, the Cisco product mentioned in the CRS-1 routing platform. The CRS-1 is $80,000 each.

http://www.infinity-micro.com/cisco-crs-1-series-8slot-carrier-routing-system-single-1495.html

Comment ps, the court ruled the CAN'T sue for using Cisco (Score 1) 111

PS the appeals court ruled that plaintiff is not allowed to change their mind later and say either that the Cisco devices infringe or that using the devices infringes. Plaintiff has claimed that it's only infringing if they are connected in a certain infringing topology and the ruling is that they have to stick to that.

Comment no, it's not Cisco specific, and not all Cisco use (Score 1) 111

They are emphatically NOT "suing people for using Cisco devices", as evidenced by the fact that some defendants use other brands to do the same thing.

Whether or not their patent is any good I don't know, but it's not Cisco specific and they aren't claiming all Cisco users are infringing.

Their claim is more along the lines of "I'm suing you for building a bomb that blew up my car." They do not claim that using a tool is bad. They claim that doing X (with any tool) is bad.

Let's understand what their claim is before we decide if it's valid or bogus.

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