CPU section CPU tools and references

Intel(R) Xeon(R) CPU X5680 @ 3.33GHz
FOLDING@HOME PPD PERFORMANCE

CPU profile

Performance snapshot

Current output, per-thread efficiency, ranks, sample depth, and data freshness.

CPU family Intel / 12 logical processors
New / volatile
Most recent sample Jun 6, 2023 Most recent update seen for this CPU profile.
PPD-PLP average
4,829
Per logical processor
Estimated total PPD
57,948
All logical processors enabled
Logical processors
12
Available to the CPU fold slot
Data samples
716
Recorded CPU work units
Overall rank
#419
795 CPUs tracked
Brand rank
#269
564 Intel CPUs
Planning guidance and number variabilityOpen guide
Reading the averages

Why your PPD may differ

PPD is a guide, not a fixed result. Daily output changes with the work-unit mix, including project, points, atom count, and deadline, as well as system conditions such as OS, drivers, clocks, thermals, and power limits.

CPU allocation planning

CPU allocation at a glance

Use the estimate range, full-chip result, and processor ceiling to orient your setup, then compare allocations in the table.

View allocation table
How to read this

The logical-processor table below provides the detailed split guidance.

  • Leave enough CPU headroom for any GPUs folding on the same machine.
  • Compare split strategies in the allocation table instead of treating the full-chip estimate as a universal recommendation.
Current estimate range
4,829 to 57,948 PPD
Best full-chip estimate
57,948 PPD
Allocation ceiling
12 logical processors available

CPU PPD ESTIMATES BY LOGICAL PROCESSORS USED BETA

The following data for the Intel(R) Xeon(R) CPU X5680 @ 3.33GHz is estimated using the average PPD for each logical CPU processor, multiplied by different counts of those logical processors.

PPD data for CPUs is presented this way because folders can optimize their setup by folding on any number of the available logical processors on a project work unit.

The suggested number of logical processors for best results depends on how many GPUs are also folding, so enough CPU bandwidth remains available for GPU folding.

The maximum number of logical processors available on a CPU should only be used on a system dedicated solely to CPU folding with very little other overhead.

CPU Folding
Usage Percentage
Logical Procs
Enabled
AVG PPD
Estimated
WUs Day
Average
WU Time
Average
CPU & GPU Folding
LC MAX Suggested
100.0%
1257,9480.926 hrs 50 mins
91.7%
1153,1190.829 hrs 16 mins1 GPUs
83.3%
1048,2900.732 hrs 12 mins2 GPUs
75.0%
943,4610.735 hrs 47 mins3 GPUs
66.7%
838,6320.640 hrs 15 mins4 GPUs
58.3%
733,8030.546 hrs 0 mins5 GPUs
50.0%
628,9740.453 hrs 40 mins6 GPUs
41.7%
524,1450.464 hrs 24 mins7 GPUs
33.3%
419,3160.380 hrs 30 mins8 GPUs
25.0%
314,4870.2107 hrs 20 mins
16.7%
29,6580.1161 hrs 0 mins
8.3%
14,8290.1322 hrs 0 mins

ACTIVE CPU RESEARCH PROJECTS BETA

The following data is the average PPD values for Intel(R) Xeon(R) CPU X5680 @ 3.33GHz project work units based on multiple samples collected via the use of our Folding@Home dark mode web client.

PPD-PLP
Rank
Project
ID
Cause
Research
PPD-PLP
AVG PPD per 1 LP
ALL LP-PPD
Estimated @ 12 LP
PPD RANK %
Of Best PPD
112419influenza6,03072,360
100.0%
212408influenza5,97971,748
99.2%
312400influenza5,87670,512
97.4%
418493cancer5,67668,112
94.1%
512411influenza5,66567,980
93.9%
612402influenza5,66067,920
93.9%
718472influenza5,60167,212
92.9%
812422influenza5,33764,044
88.5%
918404cancer5,29163,492
87.7%
1012407influenza4,71256,544
78.1%
1116999cancer4,68756,244
77.7%
1219421cancer4,66555,980
77.4%
1318471influenza4,62655,512
76.7%
1416977cancer4,62555,500
76.7%
1518427cancer4,58655,032
76.1%
1619412cancer4,57554,900
75.9%
1716998cancer4,33452,008
71.9%
1816996cancer4,00348,036
66.4%
1918407cancer3,61343,356
59.9%
2016992cancer3,40840,896
56.5%
2116978cancer2,32427,888
38.5%
2216959cancer2,15825,896
35.8%
Track this hardware live

Profile your Intel(R) Xeon(R) CPU X5680 @ 3.33GHz in our V8 Web Client

Launch the LAR.SYSTEMS V8 Web Client to monitor live work-unit activity, compare your machine with community benchmarks, and contribute real samples that keep public rankings and hardware insights current for the Folding@Home community.

First and most recent work-unit sample contributors
Sample Folder Team Platform Seen
Most recent WU sample Anonymous Folder Team not recorded Windows CPU 3 years ago
First seen Anonymous Folder Team not recorded Windows CPU 4 years ago