Resource block, live — computed while you read
computed at page load The working half of Resource block. That page is the explanation; this one is what the simulator can compute about it, kept apart so the written note stays a document rather than a control panel.
In one line. Every number below is produced by
5G Simulation/src/nrsim/while this page renders, from the same code its tests run against — so nothing here can drift from what the written note says.
Twelve subcarriers, at every numerology
The block width is the only column that changes; the count never does — twelve, at 15 kHz and at 960 kHz alike.
How many blocks fit in an FR1 channel
TS 38.101-1 Table 5.3.2-1 at 30 kHz, with both guards computed from clause 5.3.3.
How many blocks fit in an FR2 channel
TS 38.101-2 Table 5.3.2-1 at 120 kHz. A 400 MHz mmWave channel carries 264 blocks — fewer than a 100 MHz FR1 channel at 30 kHz, which carries 273. Four times the channel width, and slightly fewer blocks, because at 120 kHz each block is 1 440 kHz wide against 360 kHz.
Any FR2 carrier
All 14 combinations TS 38.101-2 defines, computed in Python at page load.
Where this comes from
Computed, not transcribed. ../widgets/sim_show.py imports the simulator's specification and
parameter tiers inside the engine process. Those tiers are stdlib-only precisely so this is
possible — the engine's own environment has no NumPy, which is also why anything from the physical
layer (LDPC, HARQ, the waveform) cannot appear here and is offered as a nrsim show command on the
written note instead.
This page is generated by tools/make_live_pages.py from LIVE_FOR in that widget. To change
what appears, edit the declaration, not this file.