Microprocessor chip incorporating optical signal coupling transceiver

Claim 2

In combination with computer equipment having a microprocessor chip, optical fiber means for conducting optical signals and transceiver means incorporated in said microprocessor chip, said transceiver means including receiver means for converting said optical signals from the optical fiber means into electrical pulses and a transmitter section having data transforming means coupled to the optical fiber means for converting binary digital data into the optical signals conducted by the optical fiber means and clock-controlled input means coupled to the data transforming means for amplification of the binary digital data fed thereto from the receiver means.

Claim 3

The combination as defined in claim 1 wherein the transceiver means further includes converter means coupled to the receiver means for converting the electrical pulses into analog signals, comparator means operatively connected to the converter means for quantizing the analog signals at midpoint levels thereof by comparison with reference signals, means coupled to the comparator means for conversion of said quantized analog signals into said binary digital data and means responsive to detection of peak signal intensity of the optical signals received by the receiver means for enabling said conversion of the quantized analog signals to correspondingly limit the binary digital data.

Claim 4

The combination of claim 1 wherein the computer equipment includes memory system components coupled to said microprocessor chip and mounted in common therewith on an electronic circuit board.

Claim 5

The combination of claim 1 wherein said data transforming means comprises a driver operatively connected to the clock-controlled input means and a light emitting diode coupling the driver to the optical fiber means.

Claim 6

In combination with a data processor, a transceiver including a transmitter section having means for transforming data into optical signals, optical fiber means for conducting said optical signals and a receiver section converting the optical signals received from the optical fiber means into corresponding electrical pulses, signal processing means transforming the electrical pulses into logic data fed to the data processor, comprising: converter means coupled to the receiver section for converting the electrical pulses into analog signals, comparator means operatively connected to the converter means for quantizing the analog signals at midpoint levels thereof by comparison with reference signals, means coupled to the converter means for conversion of said quantized analog signals into digital outputs as the logic data fed to the data processor and means responsive to detection of peak signal intensity of the optical signals received by the receiver section for enabling said conversion of the quantized analog signals to correspondingly limit the digital outputs.

Claim 7

In combination with a data processor, a transceiver including a transmitter section having means for transforming data into optical signals, optical fiber means for conducting said optical signals and a receiver section converting the optical signals received from the optical fiber means into corresponding electrical pulses, signal processing means transforming the electrical pulses into logic data fed to the data processor, comprising: converter means coupled to the receiver section for converting the electrical pulses into analog signals, comparator means operatively connected to the converter means for quantizing the analog signals at midpoint levels thereof by comparison with reference signals, means coupled to the converter means for conversion of said quantized analog signals into digital outputs as the logic data fed to the data processor and means responsive to detection of peak signal intensity of the optical signals received by the receiver section for enabling said conversion of the quantized analog signals to correspondingly limit the digital outputs.