The anomalies listed in this table are no longer present in the current chip version.
For a detailed description of the fixed anomalies, see the Errata for revision Engineering A.
ID | Domain | Module | Description |
---|---|---|---|
1 | Application | REGULATORS | VREGH short circuit protection is not functional |
2 | Application | TAD | Accessing external QSPI memory without configuring QSPI makes application core unresponsive |
3 | Application | SAADC | VDDHDIV5 is not functional |
4 | Application | CLOCK | Changing application core frequency register HFCLKCTRL requires additional register initialization |
5 | Application | TAD | Trace is not functional when application core is running at 128 MHz |
7 | Application | USBD | USBD is not functional |
8 | Application | WDT | WDT1 is not functional |
9 | Application | TAD | TPIU is missing from ROM table |
10 | Network | CCM | Reading CNFPTR, INPTR, OUTPTR, and SCRATCHPTR pointers returns incorrect address |
11 | Network | ACL | Reading ACL[n].ADDR returns incorrect address |
12 | Application | QSPI | SCKFREQ is not functional at 96 MHz |
13 | Application, Network | GPIO | Bits in LATCH register are incorrectly set to 1 |
14 | Network | TIMER | CC[6] and CC[7] are not functional |
15 | Application, Network | UARTE | Odd parity setting is not functional |
16 | Network | RADIO | POWER register is not functional |
18 | Application | I2S | 32-bit sample widths and 8-bit sample in a 16-bit half-frame are not functional |
19 | Application | SPU | Flash memory space is divided into 32 regions of 32 KiB |
20 | Application, Network | RTC | TASKS_CAPTURE[n], SUBSCRIBE_CAPTURE[n], and SHORTS registers are not functional |
21 | Application, Network | TWIM | 1000 kbps baud rate is not functional |
22 | Application | SPU | CPULOCK register is not functional |
23 | Application | SAADC | Events are not generated when switching from scan mode to no-scan mode with BURST enabled |
26 | Application, Network | CTRL-AP | APPROTECT.DISABLE and SECUREAPPROTECT.DISABLE registers are not functional |
27 | Application, Network | CTRL-AP | STATUS register is not functional |
28 | Application, Network | TIMER | INTEN register is not functional |
29 | Network | SWI | SWIRQ is not functional |
30 | Network | RESET | LCTRLAP field in RESETREAS register is not functional |
31 | TAD | Multidrop serial wire debug is not functional | |
32 | Network | GPIO | GPIO pins assigned to network core do not retain their state in System OFF mode |
33 | Application | CLOCK | LFRC frequency starts drifting even if calibration task is triggered |
34 | Network | CTRL-AP | Erase all is not functional with APPROTECT enabled |
36 | Application | I2S | Excessive power consumption after using I2S STOP task |
42 | Application | CLOCK | Reset value of HFCLKCTRL is invalid |
45 | Application | SPIM | Receive is not functional at 32 Mbps |
46 | Application | CLOCK | LFRC has higher current consumption |
49 | Application, Network | POWER | SLEEPENTER and SLEEPEXIT events are asserted after pin reset |
50 | Application | SPU | Arm TrustZone region numbers for FICR, UICR, CACHEINFO, and CACHEDATA are incorrect |
51 | Application | SPU | Accessing FICR, UICR, CACHEINFO, or CACHEDATA from non-secure state gives bus error |
52 | Application, Network | VMC | RAM block is not writable immediately on power-up |
53 | Application | REGULATORS | Current consumption in normal voltage mode is higher in System ON idle |
54 | Network | REGULATORS | Current consumption in normal voltage mode is higher in System ON idle and System OFF |
57 | Application | I2S | EVENTS_FRAMESTART and PUBLISH_FRAMESTART registers are not functional |
58 | Application | I2S | BYPASS in CONFIG.CLKCONFIG is not functional |
59 | Application | QDEC | QDEC0 is not functional |
62 | Application, Network | UICR | HFXOCNT register is not functional |
64 | Application | REGULATORS | VREGMAIN has invalid configuration when CPU is running |
66 | Application | GPIO | P1.PIN_CNF[2-3], P0.PIN_CNF[8-18] DRIVE cannot be set in some configurations |
67 | DEVICE | ESD HBM is less than 2 kV | |
69 | Application | REGULATORS | VREGMAIN configuration is not retained in System OFF |
72 | Application | REGULATORS | Current consumption in high voltage mode is higher in System ON idle and System OFF |
73 | Application, Network | TIMER | ONESHOTEN[n] registers are located at an incorrect address offset |
74 | Application, Network | TIMER | COMPARE[i]_STOP is located at an incorrect bit number in the SHORTS register |
77 | TAD | Debug power-up request is not acknowledged | |
79 | Application | QDEC | QDEC1 is not functional |
80 | Application | PWM | PWM3 is not functional |
81 | Application | SPIM | SPIM2 and SPIM3 are not functional |
82 | Application | TWIM | TWIM2 and TWIM3 are not functional |
83 | Application | SPIS | SPIS2 and SPIS3 are not functional |
84 | Application | UARTE | UARTE2 and UARTE3 are not functional |
85 | Application | NVMC | Reading or executing from flash memory can lead to errors when scaling frequency |
86 | Application, Network | CLOCK | EVENTS_DONE is not functional |
90 | Application | GPIO | PIN_CNF[n] MCUSEL is reset by application core soft reset |
91 | Network | RADIO | Ramp-up is slower than specified |
93 | Network | NVMC | Writing to flash requires high voltage on VREGRADIO |
95 | Network | REGULATORS | VREGRADIO DC/DC can malfunction |
97 | Application, Network | UICR | ERASEPROTECT or APPROTECT is occasionally enabled or device startup may fail |
105 | Application | SPIM, SPIS, TWIM, TWIS, UARTE | Peripheral has higher than expected current consumption |
106 | Application | SPIM | SPIM4 is not functional with GPIO.PIN_CNF[n].MCUSEL configured as Peripheral |
109 | Application | GPIOTE | LATENCY register is not functional |
110 | Application | QSPI | QSPI is not functional with GPIO.PIN_CNF[n].MCUSEL configured as Peripheral |
114 | Network | CPU | Accessing application core flash causes processor to become unresponsive |
115 | Application | CRYPTOCELL, USBD | Peripheral cannot do DMA transfers from flash when application core processor is sleeping |
116 | Network | RADIO | Device spurious emission during transmit is higher than expected |