  Here, we present the comparative study of magnetotransport properties of
recently discovered Ta2PdTe6 and Nb2PdS5 superconductors. The XRD and
magnetotransport measurements are performed on these samples to investigate
structure and superconducting properties as well as normal state transport
properties of these compounds. Both the compounds are crystallized in
monoclinic structure within space group C2m. Here, we observe superconductivity
in both the compounds Ta2PdTe6 (Tc =4.4 K) and Nb2PdS5 (Tc =6.6 K). We see a
linear magnetoresistance in Ta2PdTe6 as well as violation of Kohler rule in
same compound. On the other hand, we find the absence of same in Nb2PdS5
compound.
