Module interface carrier data rate adaptation techniques
View Patent ↗Techniques for adapting data rates from a first to a second system in a telecommunication system are provided. The techniques on used on data communications in the ingress or egress direction. The first system transfers data at a first data rate that is faster than a data rate of a second system. The techniques are used to adapt data received at the first data rate for sending to the second system at the second data rate.
1. A method for transferring an amount of data from a first system to a second system in a telecommunications system, the first system transferring data at a first data rate and the second system transferring data at a second data rate, the second data rate being higher than the first data rate, the method comprising:
calculating a difference in data rates between the first data rate of the first system and the second data rate of the second system;
calculating a partial amount of data from the amount of data to send to a buffer;
sending the partial amount of data from the amount of data from the first system to the buffer; and
sending the amount of data not already sent to the buffer along with the partial amount of data in the buffer to the second system, wherein a data rate of a total amount of data sent from the first system to the second system is substantially equal to the higher data rate of the second system, and
wherein the partial amount of data is substantially equal to a maximum allowable amount of data to be transferred multiplied by the calculated difference in data rates and divided by the second data rate.
2. The method of claim 1 , wherein the amount of data comprises a frame of data.
3. A method for transferring an amount of data from a first system to a second system in a telecommunications system, the first system transferring data at a first data rate and the second system transferring data at a second data rate, the second data rate being higher than the first data rate, the method comprising:
calculating a difference in data rates between the first data rate of the first system and the second data rate of the second system;
calculating a partial amount of data from the amount of data to send to a buffer;
sending the partial amount of data from the amount of data from the first system to the buffer; and
sending the amount of data not already sent to the buffer along with the partial amount of data in the buffer to the second system, wherein a data rate of a total amount of data sent from the first system to the second system is substantially equal to the higher data rate of the second system, and
wherein sending the amount of data not already sent to the buffer comprises sending the amount of data to the buffer before sending the data to the second system.
4. A method for transferring an amount of data from a first system to a second system in a telecommunications system, the first system transferring data at a first data rate and the second system transferring data at a second data rate, the second data rate being higher than the first data rate, the method comprising:
calculating a difference in data rates between the first data rate of the first system and the second data rate of the second system;
calculating a partial amount of data from the amount of data to send to a buffer;
sending the partial amount of data from the amount of data from the first system to the buffer; and
sending the amount of data not already sent to the buffer along with the partial amount of data in the buffer to the second system, wherein a data rate of a total amount of data sent from the first system to the second system is substantially equal to the higher data rate of the second system, and
determining a maximum amount of data to be transferred.
5. The method of claim 4 , further comprising determining a buffer size from the maximum amount of data to be transferred, wherein the buffer size is substantially less than the maximum amount of data to be transferred.