Efficiency with aggressive bandwidth economy
An exceptionally efficient VBR and ABR branch in the site’s testing, combining fast encoding and compact allocation with a more restrained upper-frequency profile than later releases.
An exceptionally efficient VBR and ABR branch in the site’s testing, combining fast encoding and compact allocation with a more restrained upper-frequency profile than later releases.
These are independent MinGW Windows compilations of the named official LAME release. They remain separate from the site’s current development-build catalogue.
Choose x64 for modern 64-bit Windows. Use x86 only when a 32-bit target is required.
Portable MinGW command-line build with lame.exe, libmp3lame.dll, libiconv-2.dll, and build information.
lame-3.98.4-mingw-x64.zip3c3def2ff00e787da1499cee412f296ca24894a1e156f7b7e47e073bac0286c1Portable MinGW command-line build with lame.exe, libmp3lame.dll, libiconv-2.dll, and build information.
lame-3.98.4-mingw-x86.zip9cacae760aa4a7134b0206e196bf9d0fc45964317e023d0a4f06994734cd1e34VirusTotal is an external verification aid, not a safety guarantee. Compare the SHA-256 shown here with the downloaded ZIP before relying on a report.
Open the complete study pages for methodology, caveats, and comparisons across releases.
Encoding time and output-size comparisons across 3.95.1 through current builds.
View VBR graphsABR speed and size behaviour across the official historical versions.
View ABR graphsDeltaWave-derived upper-band and frequency-response comparisons.
View frequency graphsResidual and closeness measurements using 3.99.5 as the site reference.
View closeness graphsKeep the archive chronological without folding these packages into the current custom-build pages.