Atul, I gone through the applications notes you mentioned (SLLA053b+SLLA054b).Every data seems to be good for the conditions i mentioned i) jitter & %jitter 40ps is acceptable & % jitter mentioned in graph is also good vs signaling rate ii) number receivers in multidrop %jitter+signaling rate required also managable iii) Loading analysis for multidrop - good margin SN65LVDS389 - sourcing 4mA SN65LVDS34D - 20uA * 24 = 0.48mA iv) common mode range - good margin SN65LVDS389 - -50mV to +50mV SN65LVDS34D - -4V to 5V (even under ground level shift of 1V it seems managable) some possible pitfalls i) stub length mismatch in receiver - will cause more VOD change ii) characteristic impedance of cable iii) ISI caused due capacitive loading SN65LVDS389 - cout - 9.4pF SN65LVDS34D - Cin - 5pF * 24nos= 120pF since conditions seems to be good & managable.Kindly mention strong pitfall LVDS with respect to my requirement why do we need to go for M-LVDS? Regards, Senthil.G