Centralized PC Build Comparison

Simulated Cross-Guide Telemetry & Performance-to-Cost Ratio Engine

Loaded Builds
8 Presets
3 saved slots • 5 curated
Value King (Max FPS/$)
Project 9900K
40 FPS / $100 ($2.5/FPS)
Current Game Sim
Counter-Strike 2
1080p Native (Comp)
Shootout Active
0 Selected
Baseline: First
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Cost-to-Performance Telemetry

Performance-to-Cost Efficiency Matrix

Compare pure bang-for-the-buck ($/FPS) across all saved slots and guide builds. Identifies where diminishing returns kick in.

Value Leader (Max FPS/$)
Project 9900K
✓
Project 9900K: The 14nm SleeperLegendary Monolithic Build($850)
Intel Core i9-9900KF (8C/16T, 5.0GHz Sync Ring) • Dell Alienware OEM RTX 3080 10GB GDDR6X
Yield Per $10040 FPS
Cost Per Frame$2.5
CS2 Avg340 FPS
Value Efficiency (FPS per $100 spent)40 FPS / $100
Raw Performance (CS2 @ 1080p)340 FPS
✓
Project 7600X: The Pure FPS SlayerBest Value Esports Rig($1,089)
AMD Ryzen 5 7600X (6C/12T, 5.3GHz Boost) • AMD Radeon RX 7800 XT 16GB GDDR6
Yield Per $10037.6 FPS
Cost Per Frame$2.66
CS2 Avg410 FPS
Value Efficiency (FPS per $100 spent)37.6 FPS / $100
Raw Performance (CS2 @ 1080p)410 FPS
✓
All-AMD Redline Esports Rig (7800X3D + 7900 XTX)Smart Access Memory Tuned($1,859)
AMD Ryzen 7 7800X3D (8C/16T 3D V-Cache) • AMD Radeon RX 7900 XTX 24GB GDDR6
Yield Per $10028 FPS
Cost Per Frame$3.58
CS2 Avg520 FPS
Value Efficiency (FPS per $100 spent)28 FPS / $100
Raw Performance (CS2 @ 1080p)520 FPS
✓
Project 7800X3D: The Esports Latency KingCommunity Consensus #1 Pick($1,940)
AMD Ryzen 7 7800X3D (8C/16T, 96MB 3D V-Cache) • NVIDIA GeForce RTX 4070 Ti Super 16GB GDDR6X
Yield Per $10027.8 FPS
Cost Per Frame$3.59
CS2 Avg540 FPS
Value Efficiency (FPS per $100 spent)27.8 FPS / $100
Raw Performance (CS2 @ 1080p)540 FPS
✓
[Saved Slot 1] Esports Latency King (7800X3D + 4070 TiS)Saved Slot 1($1,948)
Ryzen 7 7800X3D (AM5) • RTX 4070 Ti Super 16GB
Yield Per $10027.7 FPS
Cost Per Frame$3.61
CS2 Avg540 FPS
Value Efficiency (FPS per $100 spent)27.7 FPS / $100
Raw Performance (CS2 @ 1080p)540 FPS
✓
[Saved Slot 3] Project 9900K Sleeper Rig (14nm B-Die)Saved Slot 3($1,547)
Intel Core i9-9900K (LGA1151) • GeForce RTX 3080 Ti 12GB
Yield Per $10027.1 FPS
Cost Per Frame$3.68
CS2 Avg420 FPS
Value Efficiency (FPS per $100 spent)27.1 FPS / $100
Raw Performance (CS2 @ 1080p)420 FPS
✓
Project 9800X3D: The 540Hz / 4K TitanFlagship Halo Benchmark($3,550)
AMD Ryzen 7 9800X3D (AM5, Inverted 3D V-Cache, 5.2GHz+) • NVIDIA GeForce RTX 4090 24GB GDDR6X Flagship
Yield Per $10018.3 FPS
Cost Per Frame$5.46
CS2 Avg650 FPS
Value Efficiency (FPS per $100 spent)18.3 FPS / $100
Raw Performance (CS2 @ 1080p)650 FPS
✓
[Saved Slot 2] The 4K Flagship Titan (9800X3D + 4090)Saved Slot 2($3,518)
Ryzen 7 9800X3D (AM5) • GeForce RTX 4090 24GB
Yield Per $10017.1 FPS
Cost Per Frame$5.86
CS2 Avg600 FPS
Value Efficiency (FPS per $100 spent)17.1 FPS / $100
Raw Performance (CS2 @ 1080p)600 FPS

Marginal Frame Upgrade Analysis (Where Diminishing Returns Begin)

This calculation shows the exact marginal dollar cost spent for every 1 additional frame gained when stepping up from each price tier:

Project 9900K (Baseline)
$850 • 340 FPS

Entry baseline. Maximum return per dollar invested ($2.5/FPS).

Project 7600Xvs Project 9900K
+$239 for +70 FPS
Marginal cost: $3.41 per extra FPS
⚡ Excellent value upgrade window.
[Saved Slot 3] Project 9900K Sleeper Rig (14nm B-Die)vs Project 7600X
+$458 for +10 FPS
Marginal cost: $45.8 per extra FPS
🚨 Diminishing returns zone (extreme enthusiast).
All-AMD Redline Esports Rig (7800X3D + 7900 XTX)vs [Saved Slot 3] Project 9900K Sleeper Rig (14nm B-Die)
+$312 for +100 FPS
Marginal cost: $3.12 per extra FPS
⚡ Excellent value upgrade window.
Project 7800X3Dvs All-AMD Redline Esports Rig (7800X3D + 7900 XTX)
+$81 for +20 FPS
Marginal cost: $4.05 per extra FPS
⚡ Excellent value upgrade window.
[Saved Slot 1] Esports Latency King (7800X3D + 4070 TiS)vs Project 7800X3D
+$8 for +1 FPS
Marginal cost: $8 per extra FPS
⚖️ Reasonable esports upgrade for 240Hz+.
[Saved Slot 2] The 4K Flagship Titan (9800X3D + 4090)vs [Saved Slot 1] Esports Latency King (7800X3D + 4070 TiS)
+$1570 for +60 FPS
Marginal cost: $26.17 per extra FPS
🚨 Diminishing returns zone (extreme enthusiast).
Project 9800X3Dvs [Saved Slot 2] The 4K Flagship Titan (9800X3D + 4090)
+$32 for +50 FPS
Marginal cost: $0.64 per extra FPS
⚡ Excellent value upgrade window.

No builds selected for head-to-head comparison.

Please check 2 or more builds from the roster above to launch the side-by-side telemetry matrix.

Automated Value Matcher

Find Optimal Rig by Budget & Target Refresh Rate

Input your exact budget or esports display refresh rate to isolate the build offering the highest performance-to-cost ratio.

Target Budget Constraint:$2,000
$800 (Sleeper)$2,000 (Sweet-Spot)$4,000 (Titan)
Target Monitor Refresh Rate:240Hz
BEST MATCH
Recommended Configuration

Project 9900K: The 14nm Sleeper

The legendary retro-overclocking blueprint. Proving that a tuned monolithic ring-bus CPU with low memory latency rivals modern flagships in pure competitive input response.

MSRP
$850
CS2 Comp Avg
340 FPS
FPS / $100
40
Build Parts List
Hardware Telemetry & ROI

PC Build Comparison & Value Index FAQs

Evaluating FPS-per-dollar ratios, marginal upgrade diminishing returns, and CPU/GPU architectural bottlenecks.

Pure raw FPS does not equal value. A $3,500 flagship rig delivering 650 FPS yields ~18.3 FPS per $100 spent, whereas a $1,089 budget build delivering 410 FPS yields ~37.6 FPS per $100.

Our Value Index combines three weighted vectors: (1) Average FPS yield per dollar, (2) 1% Low frametime stability floor, and (3) Platform upgrade longevity (e.g. AM5 socket support through 2027+).

This allows buyers to identify the exact "sweet spot" where diminishing returns start to steepen exponentially.

Key Takeaway:

The highest performance-per-dollar sweet spot for esports currently sits between $1,400 and $1,950.

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