Because XFP to SFP+ cable and the slightly

This article depicts the transformation of computer networking from manually transferring data between computers by hand to transferring data through Ethernet. The Ethernet is widely used in in local area network (LAN) technologies due to its high speed and dependability. The most common type is the XFP to SFP+ cable because it can transmit data at a speed capacity of 10 gigabit per second at low cost and reduced power consumption. XFP to SFP+ cable support speeds up to 4.25 Gbps and are generally used for Fast Ethernet or Gigabit Ethernet applications. The expanded SFP standard, SFP+, supports speeds of 10 Gbps or higher over fiber. XFP is a separate standard that also supports 10-Gbps speeds. The primary difference between XFP to SFP+ cable and the slightly older XFP standard is that the SFP+ moves the chip for clock and data recovery into a line card on the host device. This makes an SFP+ smaller than an XFP, enabling greater port density