The DS32EL0124/DS32ELX0124 integrates clock and data recovery modules for high-speed
serial communication over FR-4 printed circuit board backplanes, balanced cables, and optical
fiber. This easy-to-use chipset integrates advanced signal and clock conditioning functions, with
an FPGA friendly interface.
The DS32EL0124/DS32ELX0124 deserializes up to 3.125 Gbps of high speed serial data to 5
LVDS outputs without the need for an external reference clock. With DC-balance decoding enabled,
the application payload of 2.5 Gbps is deserialized to 4 LVDS outputs.
The DS32EL0124/DS32ELX01214 deserializers feature a remote sense capability to
automatically signal link status conditions to its companion DS32EL0421/ELX0421 serializers without
requiring an additional feedback path.
The parallel LVDS interface of these devices reduce FPGA I/O pins, board trace count and
alleviates EMI issues, when compared to traditional single-ended wide bus interfaces.
The DS32EL0124/ELX0124 is programmable through a SMBus interface as well as through
control pins.
The DS32EL0124/DS32ELX0124 integrates clock and data recovery modules for high-speed
serial communication over FR-4 printed circuit board backplanes, balanced cables, and optical
fiber. This easy-to-use chipset integrates advanced signal and clock conditioning functions, with
an FPGA friendly interface.
The DS32EL0124/DS32ELX0124 deserializes up to 3.125 Gbps of high speed serial data to 5
LVDS outputs without the need for an external reference clock. With DC-balance decoding enabled,
the application payload of 2.5 Gbps is deserialized to 4 LVDS outputs.
The DS32EL0124/DS32ELX01214 deserializers feature a remote sense capability to
automatically signal link status conditions to its companion DS32EL0421/ELX0421 serializers without
requiring an additional feedback path.
The parallel LVDS interface of these devices reduce FPGA I/O pins, board trace count and
alleviates EMI issues, when compared to traditional single-ended wide bus interfaces.
The DS32EL0124/ELX0124 is programmable through a SMBus interface as well as through
control pins.