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The Penske Driver™ app is available now for free download in the Apple App Store and on Google Play. Penske Driver™ App Other Solutions Free Additional Charges May Apply No Additional Data Plan Use via Bluetooth Increased Data Use Costs Likely One App for Drivers Multiple Driver Apps, Registrations and Passwords. Download; Index; Rules. 0.034553 ACPI: RSDP 0x0F0490 000024 (v02 SECCSD) 0.034557 ACPI: XSDT 0x000088 00008C (v01 SECCSD LH43STAR 01072009. Run Intel® Driver & Support Assistant to automatically detect driver updates. This download is valid for the product(s) listed below. Intel® NUC 7 Business, a Mini PC with Windows® 10 Pro - NUC7i3DNHNC. Intel Driver crash. GitHub Gist: instantly share code, notes, and snippets. Intel Driver crash Raw. XSDT 00000000daffe120 00084 (v01 SECCSD.
After a lot of investigation, it turned out to be the battery. I simply unplugged it and plugged it back in. Then everything was working again. I'm not sure if my system update caused something funny to happen or it was a huge coincidence that the reboot I performed following the system update messed with the battery.
After my last post, I figured it must be the BIOS. I wanted to do a BIOS update, but tool via Samsung can only be used in Windows 7+ environment. First goal was to get Windows installed. I bought another mSATA SSD and attempted to install Win7 on it. Win 7 installer wouldn't boot from USB. I tried using another SSD that already had a working installation of Win 7 and swapped it in. Windows 7 would hang in the same place the installer would at the 'Starting Windows' screen.
I opened up the laptop and started removing components. RAM, Wifi, resetting BIOS via removing CMOS battery. Eventually what worked was pulling the battery and running on AC power. Windows booted instantly. Curious, I plugged the battery back in and Windows also booted properly, even without AC power. I jumped back into Arch Linux and ACPI was working fine again.
I ended up updating the BIOS to the latest anyway: P05AAC since I had a Windows 7 drive with me.
-->When the SD bus driver detects an SD device in the host controller socket, it examines the device configuration of the card to construct a device and hardware IDs for the device and its functions. For SD combination cards and multifunction SDIO devices, the bus driver creates a PDO and a hardware ID for each respective function.
Because the internal configuration of an SD memory device is significantly different from that of an SDIO device, the SD bus driver uses two different hardware ID formats, one for SD memory devices and another for SDIO devices.
SD device ids
The device ID of an SD memory device uses the following format:
SDVID_v(2)&OID_o(4)&PID_p(0-5)&REV_n(1).m(1)
Where:
v(2) is a two-digit hexadecimal ID assigned by the SD Card Association (SDA) that identifies the card's manufacturer.
o(4) is a four-digit hexadecimal ID, also assigned by the SDA, that identifies the card's original equipment manufacturer (OEM) and/or the card contents.
p(0-5) is a vendor-supplied ASCII string, of 0 to 5 five characters, that indicates the product name, and n(1).m(1) is a two digit, vendor-supplied, revision number, with a decimal between the two digits (for example, 6.2).
The device ID of an SDIO device uses the following format:
SDVID_v(4)&PID_p(4)
Where:
v(4) is a four-digit hexadecimal vendor code assigned by PCMCIA and JEIDA.
p(4) is the four-digit hexadecimal product and/or revision number that the vendor assigns to the device.
The SD bus driver extracts the vendor and product codes from the CISTPL_MANFID tuple in the device's Card Information Structure (CIS) area.
SD hardware IDs
For SD memory devices, the bus driver supplies two hardware IDs: one that is identical to the device ID, and another that is the same as the device ID, but without the revision information. The ID with revision information uses the following format:
SDVID_v(2)&OID_o(4)&PID_p(0-5)
Where, as with the device ID:
v(2) is a two-digit hexadecimal ID assigned by the SD Card Association (SDA) that identifies the card's manufacturer.
o(4) is a four-digit hexadecimal ID, also assigned by the SDA, that identifies the card's original equipment manufacturer (OEM) and/or the card contents.
p(0-5) is a vendor-supplied ASCII string, of 0 to 5 five characters, that indicates the product name.
For SDIO devices, the SD bus driver supplies a single hardware ID that is identical to the device ID.
SD compatible IDs
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In addition to device and hardware IDs, the SD bus driver generates a compatible ID under certain circumstances.
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For SD memory devices, the bus driver always generates the following compatible ID:
SDCLASS_STORAGE
For SDIO devices, the SD bus driver generates the following compatible ID, provided the value in the function basic register (FBR) is not zero:
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SDCLASS_c(2)
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where c(2) is the two-digit hexadecimal device interface code.