Q. Can I use Intel 500 series motherboards?
A. No, replace the CPU socket with LGA 1700.
Q. Do I need to replace the radiator to be compatible with LGA 1700?
A. Yes, because the hole pitch and the specifications of the CPU top cover are different, you need to replace the heat sink, or even the heat sink.
Q. I heard that the power supply will be changed to 12Vo?
A. More than 90% of the motherboards will not, it is still the traditional ATX12V, so there is no need to worry about this.
Q. Will the Intel 600 series have PCIe5?
A. Yes, but only part of the CPU is PCIe5, and the part provided by the CPU to M.2 is still PCIe4, so it is PCIe5 x16+PCIe4 x4.
Q. Will there be motherboards compatible with both DDR4 and DDR5 in the Intel 600 series?
A. There is a high probability that no, DDR5 uses SMT instead, it is basically impossible to put it on a PCB at the same time as DDR4, and a certain manufacturer that is most likely to do so also did not do this, unless DDR4 also uses SMT, but does this for memory Compatibility will still be greatly reduced. In addition, if DDR5 is changed to built-in power supply, the motherboard itself will not integrate 12V Buck circuit, and all the memory will complete the Buck by itself. So in summary, there is a 1% possibility of this kind of motherboard.
Q. Since PCH can also be used for PCIe4, will this chipset be hot?
A. It’s not hot at all and there is no problem with passive cooling. Intel is much better than AMD at this point.
Q. What is the gaming performance of Intel's top ADL CPU?
A. The top one is definitely better than 5950X, and the gap of CSGO can even reach 50+.
Q. What about 3A?
A. The top one is better than 5950X, but don't think about the big gap.
Q. Does the top ADL still have room for overclocking?
A. Yes, all-core 5.2G 5.3G should be easy to turn off small cores. As long as you can dissipate heat well, Intel 10nm ESF is really something.
Q. Does ADL accumulate heat?
A. No heat buildup, good heat dissipation, with a large top cover, the AVX2 will not reduce the frequency (referring to the CPU 108 degrees) without the buckle for heat dissipation.
Q. ADL If I turn off the small core, will the power consumption improve?
A. Take the top-notch as an example. No matter whether it is SSE or AVX, there will be no improvement. It may be the current BUG, depending on the follow-up MC.
Q. Will ADL be expensive? Will it be difficult to buy?
A. It may be more expensive. The supply of Q4 is about 300K. As long as you have money, it shouldn't be a problem.
Q. If i3 and i5 are not K, will they still be 14nm+ old architecture?
A. No, it is also Colden Cove.
Q. Which one is the most worth buying in ADL?
A.12400 is a strong single-core batch, and there is no need to worry about small cores, because it does not have small cores. Although the full core has only 4G, it is a huge improvement compared to 10400 and 11400.
Q. What is the ADL size core scheduling, will the game be affected?
A. Remember, it must be used under Windows 11, otherwise many programs only run small cores, such as Intelbench R20, and some games use Windows 10 to drop about 50 frames. Under Windows 11, some games will be optimized to automatically sleep small cores, so that the big cores exclusively enjoy the large L3, and there is no reversing situation.
Q. Is DDR4 better or DDR5 better on Intel 600 series?
A. Depending on your needs, DDR5 has the ability to achieve within 65ns, and because DDR5 has two channels for a single memory, its speed of writing will break through the sky, and a single memory can be equal to or even higher than DDR4. However, ADL's comparison with DDR4 Optimization is not friendly, just play it casually at the moment, DDR4's top B-die can't make a big splash on ADL, and Intel does not seem to plan to optimize DDR4, so players who start with DDR5 are definitely the first choice, and can super run points. Happy batch. Of course, the capacity of DDR5. . . It's hard to say, the price and supply are not friendly to players, so DDR4 mid-to-high frequency games are the main ones, which is cheap and economical. 3600 can also drive Gear 1.
Q. Is Intel ALD's IMC still divided? How much can Gea1 open?
A. Points, Gear 1, Gear 2, and a Gear 4, DDR4 can be Gear 1, DDR5 basically can only open Gear 2 and Gear 4. At present, if DDR4 is used under Gear 1, it is a level of 3600MHz. The Uncore voltage can be increased to 3866, so the DDR4 part is almost not improved. DDR5 is Gear 2 by default, so if there is any improvement, you need to see 8000+ notes As for Gear 4, that’s what 10GHz+ memory should be concerned about.
Q. What is the FIVR mentioned earlier?
A. Vcore and GT are still the traditional power supply. Only the Uncore part uses FIVR, so there is no need to worry about the heat generation. By the way, this time VCCSA and VCCIO are merged, and a 1.8V is used to enter the CPU, and then through FIVR step-down, so this time, probably 80% of the board manufacturers may not use the power supply of VCCSA and VCCIO to pretend to be the core power supply, but I feel that there will still be boards using the 1.8V MOS to pretend to be the core power supply.
Q. Is there room for optimization of DDR5 latency?
A. No, due to the working principle of DDR5, even if the frequency and CL are exactly the same, DDR4 will be lower than DDR5. DDR5 is about 40% higher.
Q. When will these items go on sale?
A. Z690+i5, i7, i9 K/KF In early November, B660, H610+ non-K will be in January next year.
Q. Can ES1/ES2 CPUs be purchased?
A. It is not recommended at all. The ES1 Uncore is bad this time. If the code that has adjusted the memory for ES is not retained, it is a miracle that you can light up. Although ES2 is better, the Uncore part of ES2 and QS has also changed slightly, which is also quite picky for memory.