March 31, 2026
Boost or boast?
Analyzing Geekbench 6 under Intel's BOT
Intel’s score boost? BOT bumps Geekbench; internet split between “smart” and “sus”
TLDR: Intel’s BOT speeds up Geekbench 6.3 but not 6.7, using targeted tweaks that check the app before boosting it. Commenters clash over whether this is smart optimization or unfair benchmarking, with jokes about old-school cheats and calls for user-accessible boosts—raising real questions about how we compare CPUs.
Intel’s Binary Optimization Tool (BOT) just lit up Geekbench drama. Testers found BOT gives older Geekbench 6.3 runs a noticeable glow-up—about a 5.5% score bump overall, and up to 30% in one photo effect test—while the newer 6.7 barely budged. There’s even a quirky startup delay that disappears when BOT is off, and a checksum step that seems to check if the app is “known” before the magic kicks in. The nerdy gist: BOT swaps a lot of “one-at-a-time” moves for “eight-at-once” moves, which is why the 6.3 version speeds up. See the score comparison here.
Cue the comments section going full popcorn. One camp says this warps comparisons—if Intel’s chips get secret sauce while others don’t, is that fair? Another camp says chill: optimization tools are old news, like Meta’s BOLT and Google’s Propeller, just with Intel’s version being more closed-off and picky about which apps it touches. Some speculate about how deep the tweaks go, while others crack jokes about classic benchmark drama and driver “gotchas.”
The memes? A top quip: “Wait until they hear about branch predictors,” dunking on the idea that hardware smarts already tilt the playing field. Another commenter drops a vintage bomb—“quack3.exe”—as a wink to past benchmark shenanigans. And the most wholesome take: can regular folks get these boosts for the apps they actually use? The thread is half ethics debate, half speed-run gossip, and 100% spicy.
Key Points
- •BOT adds startup overhead when enabled: up to 40 seconds on first run for Geekbench 6.3 and 2 seconds thereafter; Geekbench 6.7 shows a consistent 2-second delay. Delays disappear when BOT is disabled.
- •On Geekbench 6.3, BOT increased single-core and multi-core scores by 5.5%; some workloads (e.g., HDR, Object Remover) improved by up to 30%.
- •On Geekbench 6.7, BOT had negligible performance impact (single-core ~0.0%, multi-core +0.9%).
- •BOT computes a checksum of the executable at startup, indicating version-specific optimization for known binaries.
- •SDE analysis of the HDR workload shows BOT reduces total instructions by 14%, cuts scalar instructions by 62%, and increases vector instructions by 1366%, indicating significant vectorization beyond publicly documented code-reordering.