DATASHEET EL4544 FN7362 Rev 5.00 Triple 16x5 Differential Crosspoint Switch Capable of Operation in Single-Ended February 23, 2012 or Differential Input Modes The EL4544 is a high bandwidth 16-channel differential RGB Features to 5-channel RGB single-ended RGB-HV video crosspoint Serial programming of switch array switch with embedded sync extraction. There are four 16-Channel input muxes, each capable of receiving a Parallel or serial modes complete RGB video signal, and five output muxes, each High Z output disable capable of seeing any one of the four RGB inputs. Drives 150 loads Additionally, the fifth input mux has an overlay screen on screen function that can be displayed in conjunction with 60MHz 0.1dB gain flatness any of the stacked RGB inputs. -3dB bandwidth of 300MHz The EL4544 has a fast disable feature to reduce power Crosstalk rejection: 75dB 100MHz consumption. The device also provides a presence of signal indicator by looking for syncs on a designated channel. Channels settle to 5% within 10ns after overlay switching 356 pin PBGA packaging Ordering Information Pb-free (RoHS compliant) PART NUMBER PART PACKAGE Applications (Note) MARKING (Pb-Free) PKG. DWG. EL4544IGZ EL4544IGZ 356 Pin (27x27mm) PBGA V356.27x27B Video switching NOTE: These Intersil Pb-free WLCSP and BGA packaged products employ special Pb-free material sets molding compounds/die attach materials and SnAgCu - e1 solder ball terminals, which are RoHS compliant and compatible with both SnPb and Pb-free soldering operations. Intersil Pb-free WLCSP and BGA packaged products are MSL classified at Pb-free peak reflow temperatures that meet or exceed the Pb-free requirements of IPC/JEDEC J STD-020. FN7362 Rev 5.00 Page 1 of 26 February 23, 2012EL4544 Pinout EL4544 (356 PIN PBGA) TOP VIEW 20 Vp Vm BpF BpE BpD BpC BpB BpA Bp9 Bp8 Bp7 Bp6 Bp5 Bp4 Bp3 Bp2 Bp1 Bp0 Vm Vp 19 Vm Vm BnF BnE BnD BnC BnB BnA Bn9 Bn8 Bn7 Bn6 Bn5 Bn4 Bn3 Bn2 Bn1 Bn0 Vm Vm 18 RpF RnF TMon1 Vm Vm Vm Vm Vm Vm Vp Vm Vm Vm Vm Vm Vm Vm TMon2 GnF GpF 17 RpE RnE Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm GnE GpE 16 RpD RnD Vm Vm Vm Vm GnD GpD 15 RpC RnC Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm GnC GpC 14 RpB RnB Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm GnB GpB 13 RpA RnA Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm GnA GpA 12 Rp9 Rn9 Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Gn9 Gp9 11 Rp8 Rn8 Vp Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vp Gn8 Gp8 10 Rp7 Rn7 Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Gn7 Gp7 9 Rp6 Rn6 Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Gn6 Gp6 8 Rp5 Rn5 Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Gn5 Gp5 7 Rp4 Rn4 Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm Gn4 Gp4 6 Rp3 Rn3 RAZ GAZ Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm NC NC Gn3 Gp3 5 Rp2 Rn2 Trans RefOL Vdp Chip Gn2 Gp2 4 Rp1 Rn1 Cal ROL GOL BAZ Vm Vm Vm Vm Vm Vm Vm Vm Vm sDo sEn Reset Gn1 Gp1 3 Rp0 Rn0 Vp Ovl BOL Vm Vm Vm Vm Vm Vm Vm Vm Vm Vm sDi sClk Vp Gn0 Gp0 2 VpS Hs Vs VmS VpD Hd Vd VmD VpC Hc Vc VmC VpB Hb Vb VmB VpA Ha Va VmA 1 Rs Gs Bs RefS Rd Gd Bd RefD Rc Gc Bc RefC Rb Gb Bb RefB Ra Ga Ba RefA ABCD E F G H J K L M N P R T U V W Y = EMPTY LOCATION (UNPOPULATED) = BALLGRID FN7362 Rev 5.00 Page 2 of 26 February 23, 2012