对于不要脸的人,不要怀疑他毫无下限,就像mei国,可以把不要脸当作美谈,人何尝不是如此呢?为达到目的,不择手段,已经不能用良心、善良,来形容他们了,因为不配。Don't doubt that a shameless person has no lower limit. Just like the United States, a shameless person can be regarded as a good talk. Isn't that true? In order to achieve the goal, by all means, they can no longer be described as conscience and kindness, because they are unworthy.[泪]
#Bitweb[超话]# Proof Of Work
Bitweb uses yespower algorithm, which only supports CPU computing, reduces everyone's participation cost, and allows more people to participate and use BTE.
Energy consumption is lower, and miners can get rewards for participating in mining, with 50 BTE coins per block.
Bitweb uses LWMA difficulty adjustment to halve the production per 840000 blocks.
Bitweb uses yespower algorithm, which only supports CPU computing, reduces everyone's participation cost, and allows more people to participate and use BTE.
Energy consumption is lower, and miners can get rewards for participating in mining, with 50 BTE coins per block.
Bitweb uses LWMA difficulty adjustment to halve the production per 840000 blocks.
突发更新,Intel 4确认大约2倍Intel 7的密度(具体数值还有待确认),以及同频提升20%的性能。
目前来看这个Intel 4对得起4的名称,纸面上应该是最强的4nm 5nm。
以下信息为群里直接复制的。
#VLSI22 pt1:
Intel 4 update:
EUV + FinFet
50nm gate pitch
30nm fin pitch
40nm min metal pitch
16 metal layers
Enhanced Copper at lower layers for lower line resistance
8 VT options (4N+4P)
Claims of 2x area scaling of HP logic library, plus +20% perf at iso-power over Intel 7.
#VLSI22 Thread Part 2:
Also from Intel, Low power 6T SRAM on Intel 4:
Old 6T design:
5.8x power at 23.8 Mb/mm2
Old 8T design:
1.0x power at 13.7 Mb/mm2
New 6T design:
1.03x power at 19.4 Mb/mm2
TL;DR can now offer low power SRAM at better density. No word on latency
目前来看这个Intel 4对得起4的名称,纸面上应该是最强的4nm 5nm。
以下信息为群里直接复制的。
#VLSI22 pt1:
Intel 4 update:
EUV + FinFet
50nm gate pitch
30nm fin pitch
40nm min metal pitch
16 metal layers
Enhanced Copper at lower layers for lower line resistance
8 VT options (4N+4P)
Claims of 2x area scaling of HP logic library, plus +20% perf at iso-power over Intel 7.
#VLSI22 Thread Part 2:
Also from Intel, Low power 6T SRAM on Intel 4:
Old 6T design:
5.8x power at 23.8 Mb/mm2
Old 8T design:
1.0x power at 13.7 Mb/mm2
New 6T design:
1.03x power at 19.4 Mb/mm2
TL;DR can now offer low power SRAM at better density. No word on latency
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