  Recently, an analytical solution in Einstein-aether theory was presented
explicitly in isotropic coordinates. It is characterized by a mass parameter
$m$ and a combined coupling constant $c_{14}$. By a coordinate transformation,
we verify this solution is equivalent to the previously known static aether
solution. Assuming photons couple minimally to aether and gravity, we
investigate the photon sphere and shadow of the solution by varying $c_{14}$.
Results are compared with those of the Schwarzschild black hole.
