Apple has sold and included their Lightning to USB Cable in various formats and packaging options. This version of packaging is part number MD818ZM/A. It specifies that the Lightning to USB Cable is “Compatible with all models with a Lightning connector.”
The original iSight Camera from Apple was an external cylindrical camera with a FireWire connection that shipped with a variety of mounts for use on different Mac computers of the time.
The iSight Carrying Case is referenced in the Setting Up iSight section of the iSight User’s Guide with a diagram, “iSight includes the following components.”
iSight carrying case
Flat-panel display and flat-panel iMac mount
eMac and desktop mount
Magnetic display mount
PowerBook and iBook mount
The iPod 6-pin–to–4-pin FireWire Adapter was specifically included with the iPod Generation 3 (Dock Connector) to make it compatible with Windows computers. According to the iPod User’s Guide:
To use iPod with a Windows PC, you must have:
• A Windows PC with 500 MHz or higher processor speed
• Windows 2000 with Service Pack 4 or later, or Windows XP Home or Professional
• iTunes 4.2 or later (iTunes is included on the iPod CD). To be sure you have the latest version of iTunes, go to www.apple.com/itunes.
• iPod software (included on the iPod CD)
• Built-in FireWire or a FireWire card installed, or built-in USB 2.0 or a USB 2.0 card and the optional iPod Dock Connector to USB 2.0 + FireWire Cable
Although all Mac computers at the time had a 6-pin FireWire port built in, Windows computers had many different possible ports. For Windows, the iPod Generation 3 could support three connectors: USB port (USB 2.0 recommended), 6-pin FireWire 400 port (IEEE 1394), or 4-pin FireWire 400 port (with included adapter).
The 4-pin FireWire adapter only supported data transfer, it could not charge the iPod.
This short (11-inch) power cord shipped with a later version of the Xserve or the Xserve RAID, a rack-mount server from Apple produced from 2002–2009. This short power cord was ideal for a rack-mounted server to conserve both rack space and weight.
The Apple Xserve had the ability to house two power supplies so there was redundancy in the event one power supply failed. According to one of the Xserve User Guides:
Power supply and power supply bays—A removable power supply for the Xserve. The power cord connects here. You can install two 750- watt power supplies for redundancy; either supply can take over the full load for the Xserve if the other supply fails or is removed.
The original Xserve User’s Guide specifies that it only ships with a long power cord: “You can use the long power cord supplied with the server, or another cord…” Thus, this power cord likely shipped with a later Xserve model. The Xserve RAID User Guide acknowledges that the Xserve RAID may have shipped with more than one type of power cord (“If you received more than two power cords, use the ones with plugs compatible with the electrical supply for your location.”)
The original “clamshell” iMac shipped with a set of Stickers for programmable function keys in various icon designs. These stickers were designed to be used above the top row of F (function) keys across the top of the iBook.
Many of the iBook F-keys were pre-assigned:
F1 and F2—brightness (down and up)
F3 and F4—volume (down and up)
F5—num lock (number lock to allow use of a built-in number keypad)
However, the F7–F13 keys were unassigned. Using the Keyboard System Preferences, users could easily assign functions to these keys. The set of stickers were included to allow users to mark the functions with a custom sticker to help them remember the key’s function.
Although these stickers shipped with all original iBook “clamshell” laptops (blueberry, tangerine, graphite, indigo, and key lime), I have found no Apple documentation that explains their use. I have two versions of the stickers, a blue-gray set from the original iBook release, and a light gray version from the later iBook models.
During the 1990s when Apple produced external CRT displays, they built DB-15 video ports into Macintosh computers. Product manuals of the time referred to the port as the “Macintosh video port” and in the later 1990s, the “Monitor port.”
An Apple Service Source document for the Power Macintosh/Server G3 Minitower shows the port in a diagram labeled as the “Monitor Port.”
I have three different versions of this adapter that allows a Macintosh with this DB-15 monitor port to be used with a “standard” VGA monitor. The three versions I have are platinum, clear, and black. The black example is unopened. All three designs have the Apple logo.
During the 1990s when Apple first entered the external display market, they used the DB-15 video port. Product manuals of the time referred to the port as the “Macintosh video port” or later, the “Monitor port.”
An Apple Service Source document for the Macintosh LC Series/Quadra 605 (Macintosh LC, Macintosh LC II, Macintosh LC III, Macintosh LC 475, Macintosh Quadra 605) specifies the video standard as: “DB-15 monitor port for built-in video; DA-15 connector.”
This Apple Video Card Accessory (part number 513-0091-A) allowed “standard” VGA monitor to be used with a Macintosh computer.
The iPad SIM Eject Tool shipped with the original iPad. This tool is built into the envelope packaging that shipped with the iPad and is referenced in the iPad User Guide:
Remove the micro-SIM card:
1 Insert the end of the SIM eject tool into the hole on the SIM tray.
Press firmly and push the tool straight in until the tray pops out. If you don’t have a
SIM eject tool, you can use the end of a paper clip.
2 Pull out the SIM tray and remove the micro-SIM card from the tray.
The SIM Eject Tool is no longer included with products that include a SIM card. Instead, the Apple website recommends and depicts a somewhat inelegant bent paperclip for ejecting SIM cards.
Back in 2010, the SIM Eject Tool became newsworthy when it was disclosed that Apple had manufactured this tool from a metal alloy known as Liquidmetal. This news came after Apple “entered into an exclusive agreement with Liquidmetal Technologies.” The alloy is described as an “amorphous, non-crystalline material…2.5 times the strength of commonly used titanium alloy and 1.5 times the hardness of stainless steel found in portable electronic devices.” (AppleInsider)
Reports also stated that, “Liquidmetal Technologies has granted all of its intellectual property assets to Apple, under a worldwide agreement that gives Apple the exclusive rights to use the alloy in electronic products” at a cost of nearly $11 million (AppleInsider).
In 2018, Apple was granted patents for parts made of Liquidmetal, but the alloy has not been confirmed as being used in production, aside from this SIM Eject Tool.
This iPad 10W USB Power Adapter is compatible with iPad, iPhone, iPod touch, and iPod nano devices with a 30-pin connector. The part number is MC359LL/A.
The box contains three parts, a 30-pin to USB cable, a power “brick,” and a removable 2-prong US power plug. This example is unopened in its original packaging.
This iBook Power Adapter is for the original iBook models (1999–2001) with the “clamshell” design. The model number is M7387LL/A.
The iBook Power Adapter is in two parts. The round silver “yo-yo” part has a white Apple logo and allows the thin cord that plugs into the iBook power port to wrap around the inside of the circle for storage. The part of the cord that plugs into the wall is primarily white with transparent ends, allowing the internal wiring to be visible. This transparent design aesthetic is consistent with the translucent plastics used on both the iBook and the color iMac models of the time.
This iBook Power Adapter is stored in its original packaging.