Examples of 'system bandwidth' in a sentence
Meaning of "system bandwidth"
system bandwidth - the capacity of a system to handle and transfer data or information, often used in technology and networking contexts
How to use "system bandwidth" in a sentence
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system bandwidth
Controls the system bandwidth use network speed.
A subband is a range of frequency within the system bandwidth.
The system bandwidth may be partitioned into subbands.
Data can be located on resources in the system bandwidth.
This limits the system bandwidth and complicates design.
The number of subcarriers varies according to the allocated system bandwidth.
The system bandwidth may also be partitioned in other manners.
The second bandwidth my be a system bandwidth configured by the cell.
A system bandwidth may be used.
It can also be servoed out if the system bandwidth is sufficiently high.
The number of bestbands may be determined according to the system bandwidth.
The system bandwidth is increased beyond the demodulation filter bandwidth limit.
Different subband sizes may be defined according to the system bandwidth.
A component carrier may correspond to the system bandwidth of a legacy system in the specification.
Yet in another aspect the set of subcarriers may be distributed across system bandwidth.
See also
These signals extend over the whole system bandwidth for channel estimation.
A range in the vertical direction defines a certain frequency band of the system bandwidth.
The second system bandwidth covers a frequency range from a second predetermined frequency to a third predetermined frequency.
The system response time and system gain determine the system bandwidth.
The system bandwidth EPMATHMARKEREP denotes the number of uplink physical resource blocks.
The size of the control information may also depend on the system bandwidth.
OFDM effectively partitions the overall system bandwidth into a number of orthogonal subbands.
The system response time and system gain are factors in the steering system bandwidth.
An OFDMA system partitions the overall system bandwidth into multiple orthogonal subbands.
Aggregation of the multiple component carriers in such systems may increase the overall system bandwidth.
OFDM effectively partitions the overall system bandwidth into multiple orthogonal frequency channels.
Gain flattening filters render the gain level substantially flat across the system bandwidth.
A regular OSI indication for the system bandwidth may also be received in each superframe.
The control region may occupy resource blocks near the two edges of the system bandwidth.
These REGs are distributed over the whole system bandwidth to provide frequency diversity for a CCE.
RI is usually determined assuming transmission on system bandwidth.
The system bandwidth may correspond to a subset of the K total subcarriers.
The apparatus may comprise means for dividing available system bandwidth into a plurality of carriers.
A system bandwidth 8 is divided into several subbands.
The short PN code spreads the signal over the system bandwidth.
The system bandwidth can be extended to n multiples of 8 MHz.
This guarantees that the SRS could sound the entire system bandwidth.
Furthermore, the entire system bandwidth is partitioned into multiple subbands.
The UE may be assigned a control segment located near an edge of the system bandwidth.
Also, the second bandwidth may be a system bandwidth configured by the cell.
All the K serving cells during the time period may not have the same system bandwidth.
The entire system bandwidth can be divided into several sub-bands.
The UE may transmit the REQCH on the entire system bandwidth.
Also, information indicative of a system bandwidth may be reported in the secondary synchronization channel.
Collectively, all of the BPs span the entire system bandwidth.
The system bandwidth is vertically depicted, the time span of one subframe is horizontally depicted.
Multicast technology can also be used, to ensure efficient use of system bandwidth.
The re-multiplexor may allocate the system bandwidth based on the commands from the bandwidth manager.
The full set of sub-bands may cover the system bandwidth.
In another aspect, system bandwidth is signaled over BCH.
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The system is shipped as two separate components