DECT NR+ shell sample crashes on nRF9161 dev board and on custom board

Hey Nordic support,

We want to perform EMC tests on the DECT NR+ for our product and need a continuous wave or tx tone sample for testing. I found the DECT NR+ shell sample and wanted to use this with our custom nRF9161 board. However, it fails due to no being able to read the temperature sensor in the modem?The 

(dect_phy_ctrl_msgq_thread_handler): init failed (temperature 999, temp_limit 0): 24581 (ERR_INVALID_PARAMETER (temperature: not measured))
DESH version:       v3.2.1-d8887f6f32df
DESH build id:      custom
DESH build variant: dev
[00:00:00.576,873] <err> os: r0/a1:  0x00000004  r1/a2:  0x000003dd  r2/a3:  0x2002234a
[00:00:00.576,904] <err> os: r3/a4:  0x00000004 r12/ip:  0x00000000 r14/lr:  0x0001d9c5
[00:00:00.576,904] <err> os:  xpsr:  0x0100003a
[00:00:00.576,934] <err> os: s[ 0]:  0x2000c968  s[ 1]:  0x2000c3b4  s[ 2]:  0x2000c3ac  s[ 3]:  0x00000002
[00:00:00.576,965] <err> os: s[ 4]:  0x20015454  s[ 5]:  0x00000000  s[ 6]:  0x00000000  s[ 7]:  0x000393c3
[00:00:00.576,965] <err> os: s[ 8]:  0x0000000e  s[ 9]:  0x00000000  s[10]:  0x0094924c  s[11]:  0x00000000
[00:00:00.576,995] <err> os: s[12]:  0x00000000  s[13]:  0x2000c988  s[14]:  0x00000000  s[15]:  0x00000000
[00:00:00.576,995] <err> os: fpscr:  0x00000000
[00:00:00.577,026] <err> os: r4/v1:  0x00000000  r5/v2:  0x2000c994  r6/v3:  0x2000c988
[00:00:00.577,026] <err> os: r7/v4:  0x2000f248  r8/v5:  0x0005116e  r9/v6:  0x00051192
[00:00:00.577,087] <err> os: r10/v7: 0x000511b6  r11/v8: 0x00000000    psp:  0x20022568
[00:00:00.577,117] <err> os: EXC_RETURN: 0x0
[00:00:00.577,117] <err> os: Faulting instruction address (r15/pc): 0x00042096
[00:00:00.577,148] <err> os: >>> ZEPHYR FATAL ERROR 4: Kernel panic on CPU 0
[00:00:00.577,178] <err> os: Fault during interrupt handling

[00:00:00.577,209] <err> os: Current thread: 0x20013900 (idle)
[00:00:00.752,532] <err> os: Halting system
desh:~$ 

The sample is from the v3.2.1  SDK + toolchain and is using the DECT NR+ v1.0.1 for nRF91x1 provide by Wirepas. I tried running it on multiple of our boards, but these all had the same problem of the faulty temperature sensor.

Since this didn't work I tried to run the sample on a nRF9161 dev board but this also did not work:

desh:~$ 
Modem capabilities:
  DECT NR+ version: 1
  DECT NR+ variant count: 1
    rx_spatial_streams[0]:     3
    rx_tx_diversity[0]:        1
    mcs_max[0]:                1
    harq_soft_buf_size[0]:     4
    harq_process_count_max[0]: 0
    harq_feedback_delay[0]:    99
    mu[0]:                     0
ASSERTION FAIL [capability->variant[i].mu == 1] @ CMAKE_SOURCE_DIR/src/dect/dect_phy_ctrl.c:989
[00:00:00.748,199] <err> os: r0/a1:  0x00000004  r1/a2:  0x000003dd  r2/a3:  0x00000001
[00:00:00.748,229] <err> os: r3/a4:  0x00000004 r12/ip:  0x00000000 r14/lr:  0x0000d655
[00:00:00.748,229] <err> os:  xpsr:  0x0100003a
[00:00:00.748,260] <err> os: s[ 0]:  0x2000c968  s[ 1]:  0x2000c3b4  s[ 2]:  0x2000c3ac  s[ 3]:  0x00000002
[00:00:00.748,291] <err> os: s[ 4]:  0x200151d2  s[ 5]:  0x00000000  s[ 6]:  0x00000000  s[ 7]:  0x0002632f
[00:00:00.748,291] <err> os: s[ 8]:  0x0000000e  s[ 9]:  0x00000000  s[10]:  0x00955493  s[11]:  0x00000000
[00:00:00.748,321] <err> os: s[12]:  0x00000000  s[13]:  0x2000c988  s[14]:  0x00000000  s[15]:  0x00000000
[00:00:00.748,321] <err> os: fpscr:  0x00000000
[00:00:00.748,352] <err> os: r4/v1:  0x00000000  r5/v2:  0x2000c994  r6/v3:  0x2000c988
[00:00:00.748,352] <err> os: r7/v4:  0x2000f0b0  r8/v5:  0x0003c427  r9/v6:  0x0003c44b
[00:00:00.748,413] <err> os: r10/v7: 0x0003c46f  r11/v8: 0x00000000    psp:  0x200222b8
[00:00:00.748,443] <err> os: EXC_RETURN: 0x0
[00:00:00.748,443] <err> os: Faulting instruction address (r15/pc): 0x0002edb6
[00:00:00.748,474] <err> os: >>> ZEPHYR FATAL ERROR 4: Kernel panic on CPU 0
[00:00:00.748,504] <err> os: Fault during interrupt handling

[00:00:00.748,535] <err> os: Current thread: 0x20013768 (idle)
[00:00:00.923,828] <err> os: Halting system

Any ideas on what I'm missing or what could be wrong?

Kind regards,
Joep

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