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- Apr 29, 2014
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System Name | SnowFire / The Reinforcer |
---|---|
Processor | i7 10700K 5.1ghz (24/7) / 2x Xeon E52650v2 |
Motherboard | Asus Strix Z490 / Dell Dual Socket (R720) |
Cooling | RX 360mm + 140mm Custom Loop / Dell Stock |
Memory | Corsair RGB 16gb DDR4 3000 CL 16 / DDR3 128gb 16 x 8gb |
Video Card(s) | GTX Titan XP (2025mhz) / Asus GTX 950 (No Power Connector) |
Storage | Samsung 970 1tb NVME and 2tb HDD x4 RAID 5 / 300gb x8 RAID 5 |
Display(s) | Acer XG270HU, Samsung G7 Odyssey (1440p 240hz) |
Case | Thermaltake Cube / Dell Poweredge R720 Rack Mount Case |
Audio Device(s) | Realtec ALC1150 (On board) |
Power Supply | Rosewill Lightning 1300Watt / Dell Stock 750 / Brick |
Mouse | Logitech G5 |
Keyboard | Logitech G19S |
Software | Windows 11 Pro / Windows Server 2016 |
I have the solution, why don't Intel just Solder the heatsink.
I mean on the unlocked models at least, they should have stuck with the Soldered Heatsink, if they wanted to cut costs on the lower models then put the cheap TIM on locked variants since its enough for those but not enough for the CPU's getting clocked up higher. This is why I like the E series from Intel better all around, I would have bough a 4820k long before I would buy a 3770k or 4770k.
I hope the new Haswell-E's keep to the soldered heatsink, otherwise
I mean on the unlocked models at least, they should have stuck with the Soldered Heatsink, if they wanted to cut costs on the lower models then put the cheap TIM on locked variants since its enough for those but not enough for the CPU's getting clocked up higher. This is why I like the E series from Intel better all around, I would have bough a 4820k long before I would buy a 3770k or 4770k.
I hope the new Haswell-E's keep to the soldered heatsink, otherwise