MacRumors previously reported about Apple's plan to switch to randomized serial numbers for future products starting in early 2021, and this transition has now started with the new purple iPhone 12 model in multiple countries.
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With assistance from Aaron Zollo, host of the YouTube channel ZolloTech, we can confirm that the purple iPhone 12 released last month has a new 10-character serial number format, compared to the usual 12 characters for most other Apple products. Apple previously said its randomized serial numbers would initially be 10 characters long, so the purple iPhone 12 appears to be the first Apple product with a randomized serial number.
The change likely extends to the purple iPhone 12 mini, but we've yet to confirm this. On the contrary, the randomized serial number format does not appear to apply to the AirTag at this time, with multiple MacRumors editors and others we've spoken to still seeing 12-character serial numbers for the item tracking accessory.
In a memo obtained by MacRumors in March, Apple said products already shipping at that time would continue to use the company's previous serial number format, which has for years allowed customers and service providers to determine the date and location that a product was manufactured. The first three characters represent the manufacturing location, the following two characters indicate the year and week of manufacture, and the last four characters reveal a device's model, color, and storage capacity.
The new serial number format will consist of a randomized alphanumeric string of 8-14 characters (10 characters initially) that will no longer include manufacturing or configuration details, according to Apple's memo. Apple advised authorized resellers to prepare for the transition to the new format ahead of its "Spring Loaded" event last month.
Field 777 is one of three fields historically designated for use only on serials. The array of subfields reflects this limitation. The subfield array did not change throughout the format integration work of the 1980s and 1990s. The intention of format integration was expressed in Proposal 88-1, page 2:
5.5. Given that field 787 Other Relationship Entry can be used with any appropriate relationship designator, and that 787 already has subfields to identify monographs, and given that field 777 has up until now, only been used between serials for a specific purpose, is broadening the scope of field 777 worthwhile?
5.6. Fields 760 (Main Series Entry) and 762 (Subseries Entry) are similarly intended for linking between serials, as indicated by the absence of monograph subfields $r, $u and $z, and are similarly restricted to linking between serials. Without having specific use cases, would the MARC Advisory Committee be open to adding subfields $r, $u and $z to fields 760 and 762?
In addition to a range of IP addresses, you will need the serial numbers from each drive.web-ready product. The drive.web serial number is located on the sticker affixed to each device and has the format 00-04-bb-##-##-## where the last three octets (##) are hexadecimal numbers assigned by the factory (e.g., 00-04-bb-00-00-1a). Note, the drive.web serial number is the Ethernet MAC address.
A Set IP Address dialog box will appear where the drive.web serial number and the desired IP address must be entered. When the dialog box appears, enter the appropriate serial number and IP address for the device (in this case a smarty). After clicking the OK button, a confirmation dialog box will appear prior to actually changing the IP address.
The platform takes a Zero Trust approach to data security, allowing sysadmin to start from scratch when building their whitelist. For example, users can specify permissions groups, device IDs, and serial numbers when selecting authorized devices. In addition, endpoint agents can collect a list of devices already installed, making it easy to collect authorized hardware already in use.
The match keys introduced so far only provide limited matching capabilities. Realistically we require much finer control: we want to identify devices based on advanced properties such as vendor codes, exact product numbers, serial numbers, storage capacities, number of partitions, etc.
The Linux kernel actually represents devices in a tree-like structure, and this information is exposed through sysfs and useful when writing rules. For example, the device representation of my hard disk device is a child of the SCSI disk device, which is in turn a child of the Serial ATA controller device, which is in turn a child of the PCI bus device. It is likely that you will find yourself needing to refer to information from a parent of the device in question, for example the serial number of my hard disk device is not exposed at the device level, it is exposed by its direct parent at the SCSI disk level.
If you purchased an older version of Default Folder X before June 1, 2015, there is an upgrade fee of $14.95 (US) for version 5.x. If you are a registered user of a previous version, enter your serial number in the General tab of your Default Folder X 5 preferences and it will check and let you know if you need to upgrade. If you no longer have your serial number, please use our serial number request form to have us look it up for you.
If Default Folder X tells you that you need to upgrade, go to and make your purchase. You'll need to enter the name, email address or serial number from your old license to verify your eligibility for the upgrade.
Our licenses are "single-user", so you need one per user, not one per computer. You're welcome to use your license on multiple machines as long as you're the sole user of the machines. As long as that's the case, all you need to do is download the latest version of Default Folder X, install it on both computers and enter your serial number in both places.
Request a feature key file by sending an email or a text document to your storage supplier with the following information: chassis serial number, the enable identifier, and the code for feature activation.
PCI (Peripheral Component Interconnect) is common in modern PCs. This kind ofbus is being succeeded by PCI Express. Typical PCI cards used in PCs include:network cards, sound cards, modems, extra ports such as USB or serial, TV tunercards and disk controllers. Video cards have outgrown the capabilities of PCIbecause of their higher bandwidth requirements.
PCI Express was introduced by Intel in 2004. It was designed to replace thegeneral-purpose PCI expansion bus and the AGP graphics card interface. PCIexpress is not a bus but instead a point-to-point conection of serial linkscalled lanes. PCI Express cards have faster bandwidth then PCI cards which makethem more ideal for high-end video cards.
A network card is an expansion card that allows computers to communicate over acomputer network. It allows users to connect to each other either by usingcables or wirelessly. Although other network technologies exist, Ethernet hasachieved near-ubiquity for a while now. Every Ethernet network card has aunique 48-bit serial number called a MAC address, which is stored in ROMcarried on the card. You can learn more about networking in the introduction tonetworking lesson.
USB (Universal Serial Bus) is a serial bus standard to interface devices. USBwas designed to allow many peripherals to be connected using a singlestandardized interface socket and to improve the plug-and-play capabilities byallowing devices to be connected and disconnected without rebooting thecomputer. Other convient features include providing power to low-consumptiondevices without the need for an external power supply and allowing many devicesto be used without requiring manufacturer specific, individual device driversto be installed. USB is by far the dominating bus for connecting externaldevices to your computer.
Firewire (technically known as IEEE 1394 and also known as i.LINK for Sony) isa serial bus interface standard for high-speed communications and isochronousreal-time data transfer, frequently used in a personal computer. Firewire hasreplaced Parallel ports in many applications. It has been adopted as the HighDefinition Audio-Video Network Alliance (HANA) standard connection interfacefor A/V (audio/visual) component communication and control. Almost all moderndigital camcorders have included this connection. 2ff7e9595c
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