...us microprocessors some read-only registers can sometimes be set at [[boot time]].

...of only 500 mW to 2 W, less than any other x86 processor available at the time. Bonnell's low-power came from its simplicity, being an [[in-order]] dual-i ...well as {{intel|VT-x}}, {{intel|VT-d}}, {{intel|EPT}}, and {{intel|Secure Boot}}. Models vary from [[2 cores]] up to [[16 cores]] and without {{intel|Hype

...ing at 1 GHz, and one {{renesas|SH-4A}} core operating at 780 MHz for real-time processing. This SoC incorporates [[Imagination Technologies|Imagination]]' * Quad serial peripheral interface (QSPI) × 1 ch (for boot)

...5}} cores operating at 1.5 GHz and a third {{renesas|SH-4A}} core for real-time processing. This chip incorporates [[imagination technologies|Imagination]] * Quad serial peripheral interface (QSPI) × 1 ch (for boot)

...at 1 GHz along with a {{renesas|SH-4A}} core operating at 780 MHz for real-time processing. This chip includes an [[Imagination Technologies|Imagination]] * Quad serial peripheral interface (QSPI) × 1 ch (for boot)

...|Cortex-A53}} cores, and a dual-core lock-step {{armh|Cortex-R7}} for real-time processing. This chip supports up to quad-channel LPDDR4-3200 memory. This * Quad serial peripheral interface (QSPI) x 2 ch (for boot, HyperFlash support)

...|Cortex-A53}} cores, and a dual-core lock-step {{armh|Cortex-R7}} for real-time processing. This chip supports up to quad-channel LPDDR4-3200 memory. This * Quad serial peripheral interface (QSPI) x 2 ch (for boot, HyperFlash support)

...ntel has been providing various customers with specialized SKUs for a long time, with Cascade Lake, Intel started doubling down on specialized SKUs. Many S ...like DRAM memory (one big cache) and as such, the key is regenerated each boot and data is lost on a power cycle. The second mode is App Direct which keep

...ernal interface. A new platform key is generated by the processor on every boot. ...for TME and is generated by a [[hardware random generator]] at every boot time. That key is always available and is inaccessible to software. If the syste

...t accessible by software. A new key is generated by the processor on every boot. SME is typically enabled by BIOS or other firmware at boot time. This is done by setting the appropriate {{x86|MSR}} bit to 1. Once activat

...dvanced Management Technology|remote corporate asset management}}, {{intel|Boot Guard}}, {{intel|SGX}} EPID provisioning and attestation services, {{intel| ...was a {{arch|32}} [[ARCompact]] microcontroller running ThreadX, a [[real-time OS]]. The firmware that was running was developed internally by Intel and p

...series includes a Secure Processor (PSP) and supports Secure Boot with one-time programmable capabilities for key management as well as memory encryption.

...cket if a SP3 or sWRX8 processor is installed.<!--AMD-55809 Sec 11.4--> To boot the processor they must also provide compatible firmware. |RTCCLK||O-IO18S5-S||32&nbsp;kHz Real Time Clock Output, for a device requiring an RTC clock

...et if a TR4 or sTRX4 processor is installed.<!--AMD-55414 Sec 11.5.3--> To boot the processor compatible firmware is also required. A triangular symbol on |RTCCLK||O-IO18S5-S||32&nbsp;kHz Real Time Clock Output, e.g. BSP to AP, or for a device requiring an RTC clock

...troller, two interrupt controllers, two timers {{abbr|RTC}} and {{abbr|TOY|Time Of Year}}, an EJTAG interface compliant with the MIPS specification, and a BOOT[0],D8,GPIO[22]/U0CTS#,C22,RNB,T1,VSS,J14

...SP5 processors are electrically keyed by pin [[#SP5R1|SP5R1 to SP5R4]]. To boot the processor compatible firmware is also required. A triangular symbol on |X32K_X1/X2||A||32768&nbsp;Hz Real Time Clock XTAL

...OS update function enabled by a momentary switch on the motherboard during boot-up. |X32K_X1/X2||32768&nbsp;Hz Real Time Clock XTAL