Intel® Core™ Ultra 200V Series Processors SOC I/O Registers
| ID | Date | Version | Classification |
|---|---|---|---|
| 831520 | 09/03/2024 | 001 | Public |
NPK Device Specific Control (NPKDSC) – Offset 80
| Bit Range | Default | Access | Field Name and Description |
|---|---|---|---|
| 31:11 | 0h | RO | Reserved |
| 10 | 0h | RW/1C | (URD) Unsupported Request Detect: This bit is set when an unsupported request is detected |
| 9 | 0h | RW/1C | (CTOE) CCB Timeout Timer Expired: This bit is asserted if the Inbound CCB timeout timer has expired at least once |
| 8 | 0h | RW/1C | (STOE) Switch Timeout Timer Expired: This bit is asserted if the Inbound Switch timeout timer has expired at least once |
| 7 | 0h | RW | (ISACT) IOSF Sideband Active: Setting this bit will force North Peak to request its IOSF Sideband clock (ISBCLK) independent of any activity. This bit must be cleared before North Peak s Vnn domain can be power gated |
| 6 | 0h | RW | (IPACT) IOSF Primary Active: Setting this bit will force North Peak to request its IOSF Primary clock (IPCLK) independent of any activity. This bit must be cleared before North Peak s Vnn domain can be power gated |
| 5 | 1h | RW | (TSACT) Time Stamping Active: Setting this bit will force North Peak to maintain requesting the XCLK and disable internal clock gating |
| 4 | 1h | RW | (TRACT) Tracing Active: Setting this bit will force North Peak to request its North Peak clock (NPCLK) independent of any activity and disable clock gating |
| 3 | 0h | RW | (URRE) Unsupported Request Reporting Enable: When set, this bit enables the reporting unsupported requests as system errors |
| 2 | 0h | RW/1C | (CDINTS) Capture Done Interrupt Status: Formerly Legacy Interrupt Asserted. Equivalent to MSUSTS.MSU_INT. For software compatibility, this this bit indicates when the capture done event has occurred. Software can clear the capture done interrupt event by writing a 1 to this bit, or writing a 1 to the MSUSTS.MSU_INT bit |
| 1 | 0h | RW | (FLR) Software Reset: Writing a 1 to this bit will assert the reset signals. Reading this bit will always return a zero. |
| 0 | 0h | RSV | (RSVD) Reserved |