AMD Slashing Prices Still Not Enough?
PeterN writes to tell us that after hearing the announcement that AMD was slashing prices on their processors by 47%, TG Daily looked a bit deeper and found that it still might not be enough. From the article: "For AMD's planned price drop for its dual-core processors to enable the company to regain its aggressive price/performance competitive position against Intel as it has promised, the company would have to reduce its existing Athlon 64 X2 and Athlon FX prices by between 38% and 56% for its various models, with cuts averaging about 51%. This estimate is based on a comprehensive price/performance review of Intel's soon-to-be-released Core 2 Extreme and Core 2 Duo processors, along with its existing Pentium D dual-core line, pitted against AMD's FX-62, FX-60, and Athlon 64 X2 processors in Tom's Hardware Guide tests."
I'm surprised there's nothing regarding that deal on Slashdot yet, as it appears to be as good as done.
I play CS:S with no problems at all, and I have a Nf4 and a AMD Athlon 64 X2 3800+. However, I did have problems playing CS 1.6 online, the game would go too fast, then lag to "catch up". To fix this, I simply had to install the AMD drivers and all my problems were solved :)
So have you installed the CPU drivers?
Foxed Design
After the cuts
-- Intelligence is soluble in alcohol
Have you checked Core 2 Duo compatible motherboard prices?
They are around 200 euros. You can get a pretty good NForce4 board for 939 X2 for under 100 euros, and even AM2 boards are in 100-140 euro range.
So total price, board+cpu, AMD still wins by a clear margin (price/performance), because intel chipsets are as overpriced as ever...
Your statement about AMD processors being "designed from scratch for the 64bit computing" is neither accurate nor meaningful. Internally, both AMD and Intel CPUs have used 64bit busses for a long time. (In fact, Intel just went to a 128-bit wide bus to the SIMD units to speed up SSE/2/3 instructions.) I have no idea at what point in their CPU design AMD decided to implement 64-bit registers and instructions, but I'm sure the CPU in which they debuted was based on an existing 32-bit design. Widening registers & ALUs and adding new instructions is non-trivial but pretty straightforward.
Besides, even if one design adopted 64-bitness earlier in the process than the other, of what benefit is this? If this is advantageous, it should show up in improved performance on 64-bit benchmarks. Is this the case?
(I've got an Athlon64 3500+; without CNQ it runs cooler and quieter than the Athlon XP it replaced, so I leave it turned off.)