  Gamma-rays propagating through space are likely to be extinguished via
electron-positron pair production off of the ambient extragalactic background
light (EBL). The spectrum of the EBL is produced by starlight (and starlight
reprocessed by dust) from all galaxies throughout the history of the Universe.
The attenuation of 40 - 400 GeV gamma-rays has been observed by \textit{Fermi}
and used to measure the EBL spectrum over energies 1 eV -10 eV out to redshift
$z\sim 1$. Measurements of several TeV blazers are consistent with attenuation,
attributed to the EBL at redshift $z\sim 0.1$. Here we simultaneously analyze a
set of TeV blazers at $z\sim 0.1$ to measure the optical depth for 100 GeV - 10
TeV gamma-rays, which interact with EBL of energies 0.05 eV - 5 eV. Using a
suite of models for the EBL, we show that the optical depth indicated by TeV
blazar attenuation is in good agreement with the optical depths measured by
\textit{Fermi} at lower gamma-ray energies and higher redshifts.
