Please post in English. If necessary use Google Translate.
"Hello!
I currently have an HP Z600 as a computer x5670 CPU 24Gb RAM 2 HDD 1 SSD.I am currently using an Asus GTX 1080 turbo.
The power supply is 650
W os.The GTX 1080 consumes 180 W.
My question would be that the new Nvidia 30xx series has just been released.
Can I use a computer with the new 3070 video card?
According to the data, it consumes 220 watts.1 pc with 8 pins
Thanks"
Decode 7,
If the NVIDIA RTX 3070 announced yesterday is as powerful as has been said, it will have among the largest proportional increase in performance of NVIDIA graphics cards. The announcement stated that the RTX 3070 (8GB, 5,888 CUDA cores, 256-bit, $500, ) is faster than the RTX 2080Ti (11GB, 4,352 CUDA cores, 352-bit), $1,000).
Certainly, the RTX 3070 will be very fast. Whether the z600 may be able to use a large enough proportion of the RTX 3070 though is not certain:
Xeon X5670:
The system memory speed of 1333MHz, but most importantly, the PCIe 2.0 GPU slot instead of PCIe 3.0 means that much of the performance will be wasted. Important!: The average Passmark Single Thread Mark for the Xeon X5670 is 1,388. The speed of the fastest processor core is extremely important to the 3D performance of the GPU.
If I might recommend; consider:
1. Sell the z600, but keep the GTX 1080.
2. Take the value of the z600 sale and add the $500 cost of the RTX 3070.
3. Use that amount to buy an HP z420 Version 2 or z620 Version 2 with a Xeon E5-1650 v2 (3.5 / 3.9GHz)
4. Buy an HP all-in-one z420 liquid cooler
5. Overclock the Xeon E5-1650 v2 to 4.1GHz on all cores using the Intel Extreme Tuning Utility (XTU) This is very easy!
6. Add RAM to a total of 32GB DDR3-1866. Use only memory having the HP part number on it.
6. Add a fast 500GB SSD for Windows and programs and a mechanical drive for files
7. Install the GTX 1080
The believe the performance will be far better for the same cost.
For example, the office z420:
HP z420_3:(2015) (R11) Xeon E5-1650 v2 (6C@ 4.3GHz) / z420 Liquid cooling / 32GB (HP/Samsung 4X 8GB DDR3-1866 ECC registered) / NVIDIA GeForce GTX 1060 6GB/ Samsung 860 EVO 500GB + HGST 4TB / 600W PSU > Windows 7 Professional 64-bit (HP OEM ) > Samsung 40" 4K
Passmark System Rating =
5644CPU = 15293
2D = 847
3D = 10953
Mem = 2997
Disk = 4858
Single Thread Mark = 2384
This is the highest rated z600 on Passmark of 1,174 tested:
Passmark System Rating: = 4110
CPU = 10835 (2X Xeon X5670)
2D = 549 (RTX 2060)
3D = 7300
Mem = 1822 (12GB)
Disk = 13396 (Samsung 960 EVO M.2 NVMe 500GB)
Notice that the CPU processor score of two Xeon 5670's with 12 cores is still less than a single overclocked E5-1650 v2. Also, the average Passmark 3D score for the RX 2060 is 14275. That is almost twice the relative score. The highest 3D score for any z600 is 9334, using a GTX 1070. The average 3D for GTX 1070 is 13332. The very encouraging news of that result is to see someone using an NVMe M.2 in a z600.
In summary, an RTX 3070 in a z600 will have a disproportionate performance loss. The upgraded system will also need to be replaced sooner than an upgraded zX20 system. Please consider an alternative strategy to upgrade.
BambiBoomZ
HP z620_2 (2017) (R7) > Xeon E5-1680 v2 (8C@ 4.3GHz) / z420 Liquid Cooling / 64GB (HP/Samsung 8X 8GB DDR3-1866 ECC registered) / Quadro P2000 5GB _ GTX 1070 Ti 8GB / HP Z Turbo Drive M.2 256GB AHCI + Samsung 970 EVO M.2 NVMe 500GB + HGST 7K6000 4TB + HP/HGST Enterprise 6TB / Focusrite Scarlett 2i4 sound interface + 2X Mackie MR824 / 825W PSU / Windows 7 Prof.’l 64-bit (HP OEM) > 2X Dell Ultrasharp U2715H (2560 X 1440)
[ Passmark Rating = 6280 / CPU rating = 17178 / 2D = 819 / 3D= 12629 / Mem = 3002 / Disk = 13751 / Single Thread Mark = 2368 [10.23.18]
HP ZBook 17 G2: (2015 ) i7-4940MX Extreme (4C@3.1/ 4.0GHz) / 32GB / Quadro K3100M 4GB / Kingston 480GB SATA SSD > 17.3" LCD 1920 X1080 panel > HP docking station> video externally to HP 2711x 27" LCD + Dell 17" (2007!) / Logitech 533 _2.1 speaker system
[Passmark System Rating: = 3980 / CPU = 10140 / 2D = 618 / 3D = 2779 / Mem = 2559 Disk = 4662 / Single Thread Mark = 2387 [1.3.20