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Experience the unique combination of power and versatility with Laura's Edition of our 3" x 36" Extended Length Bulb Auger. This lighter version of our standard extended length bulb auger allows you to plant a range of bulbs and 3-inch to 5-inch potted plants effortlessly, without the strain of bending or kneeling.
Whether you're planting trees, shrubs, or large bulbs, this auger makes these tasks quicker and easier. It's not just limited to gardening either. This tool is incredibly versatile for various yard tasks. Effortlessly install beach volleyball poles, umbrellas, or bore holes under sidewalks for electrical and irrigation lines.
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Laura's Edition retains the essential features of our standard model, including fitting -inch drills and being made from tough, 10-gauge flighting on a strong, 5/8-inch solid steel shaft, but stands out with its lighter build, offering ease without compromising on durability.
The Laura Edition 3" x 36" Auger, while larger in diameter, is an excellent tool for installing Root Quencher Jr. underground watering systems. Its size allows for quick and efficient drilling of holes suitable for the Root Quencher Jr., ensuring effective water delivery to the roots of plants. The extended length of the auger facilitates easy installation, allowing for drilling at a comfortable standing position.
At Power Planter, we take pride in the fact that our high-quality earth augers are hand-welded right here in America. As a third-generation, family-owned business based in rural Illinois, Power Planter remains deeply connected to our agricultural heritage. We know how important it is for professional landscapers and home gardeners alike to have access to high-quality tools that are made right here in the USA. When you buy from Power Planter, you can trust that you are supporting American workers and investing in durable, reliable drill augers that will help you keep doing what you love.
DEWALT and its yellow and black color combination are registered trademarks of The Black & Decker Corporation. The Black & Decker Corporation and DEWALT have not manufactured or endorsed any Power Planter products or their use with any DEWALT products.
To reduce risk of injury, user must read DEWALT instruction manual before operating DEWALT product. Always use ANSI Z87.1 eye protection and proper respiratory protection. Keep hands and body clear of sharp edges and moving parts.
ATX (Advanced Technology Extended) is a motherboard and power supply configuration specification, patented by David Dent in 1995 at Intel,[1] to improve on previous de facto standards like the AT design. It was the first major change in desktop computer enclosure, motherboard and power supply design in many years, improving standardization and interchangeability of parts. The specification defines the dimensions; the mounting points; the I/O panel; and the power and connector interfaces among a computer case, a motherboard, and a power supply.
ATX is the most common motherboard design.[2] Other standards for smaller boards (including microATX, FlexATX, nano-ITX, and mini-ITX) usually keep the basic rear layout but reduce the size of the board and the number of expansion slots. Dimensions of a full-size ATX board are 12 9.6 in (305 244 mm), which allows many ATX chassis to accept microATX boards. The ATX specifications were released by Intel in 1995 and have been revised numerous times since. The most recent ATX motherboard specification is version 2.2.[3] The most recent ATX12V power supply unit specification is ATX 3.0 released in February 2022.[4]
EATX (Extended ATX) is a bigger version of the ATX motherboard with 12 13 in (305 330 mm) dimensions. While some dual CPU socket motherboards have been implemented in ATX, the extra size of EATX makes it the typical form factor for dual socket systems, and with sockets that support four or eight memory channels, for single socket systems with a large number of memory slots.
In 2004, Intel announced the BTX (Balanced Technology eXtended) standard, intended as a replacement for ATX. While some manufacturers adopted the new standard, Intel discontinued any future development of BTX in 2006. As of 2023[update], the ATX design still remains the de facto standard for personal computers.
On the back of the computer case, some major changes were made to the AT standard. Originally AT style cases had only a keyboard connector and expansion slots for add-on card backplates. Any other onboard interfaces (such as serial and parallel ports) had to be connected via flying leads to connectors which were mounted either on spaces provided by the case or brackets placed in unused expansion slot positions.[5]
ATX allowed each motherboard manufacturer to put these ports in a rectangular area on the back of the system with an arrangement they could define themselves, though a number of general patterns depending on what ports the motherboard offers have been followed by most manufacturers. Cases are usually fitted with a snap-out panel, also known as an I/O plate or I/O shield, in one of the common arrangements. I/O plates are usually included with retail motherboards to allow installation in any suitable case. The computer will operate correctly without a plate fitted, although there will be open gaps in the case which may compromise the EMI/RFI screening and allow ingress of dirt and random foreign bodies. Panels were made that allowed fitting an AT motherboard in an ATX case. Some ATX motherboards come with an integrated I/O plate.
ATX also made the PS/2-style mini-DIN keyboard and mouse connectors ubiquitous. AT systems used a 5-pin DIN connector for the keyboard and were generally used with serial port mice (although PS/2 mouse ports were also found on some systems). Many modern motherboards are phasing out the PS/2-style keyboard and mouse connectors in favor of the more modern Universal Serial Bus. Other legacy connectors that are slowly being phased out of modern ATX motherboards include 25-pin parallel ports and 9-pin RS-232 serial ports. In their place are onboard peripheral ports such as Ethernet, FireWire, eSATA, audio ports (both analog and S/PDIF), video (analog D-sub, DVI, HDMI, or DisplayPort), extra USB ports, and Wi-Fi.
A notable issue with the ATX specification was that it was last revised when power supplies were normally placed at the top of many old computer cases rather than at the bottom, as with many modern computer cases. This has led to some problematic standard locations for ports, in particular the 4/8 pin CPU power, which is normally located along the top edge of the board, convenient for top-mounted power supplies. This makes it very difficult for cables from bottom-mounted power supplies to reach, and commonly requires a special cutout in the back plane for the cable to come in from behind and bend around the board, making insertion and wire management very difficult. Many power supply cables barely or fail to reach, or are too stiff to make the bend, and extensions are sometimes required due to this placement. Modern power supplies often have longer cables to alleviate this issue.
Several ATX-derived designs have been specified that use the same power supply, mountings and basic back panel arrangement, but set different standards for the size of the board and number of expansion slots. Standard ATX provides seven slots at 0.8 in (20 mm) spacing; the popular microATX size removes 2.4 inches (61 mm) and three slots, leaving four. Here width refers to the distance along the external connector edge, while depth is from front to rear. Note each larger size inherits all previous (smaller) colors area.
AOpen has conflated the term Mini ATX with a more recent[when?] 15 15 cm (5.9 5.9 in) design. Since references to Mini ATX have been removed from ATX specifications since the adoption of microATX, the AOpen definition is the more contemporary term and the one listed above is apparently only of historical significance. This sounds contradictory to the now common Mini-ITX standard (17 17 cm (6.7 6.7 in)), which is a potential source of confusion. A number of manufacturers have added one to three additional expansion slots (at the standard 0.8 inch spacing) to the standard 12-inch ATX motherboard width.
Form factors considered obsolete in 1999 included Baby-AT, full size AT, and the semi-proprietary LPX for low-profile cases. Proprietary motherboard designs such as those by Compaq, Packard-Bell, Hewlett Packard and others existed, and were not interchangeable with multi-manufacturer boards and cases. Portable and notebook computers and some 19-inch rackmount servers have custom motherboards unique to their particular products.[6]
In 2008, Foxconn unveiled a Foxconn F1 motherboard prototype, which has the same width as a standard ATX motherboard, but an extended 14.4" length to accommodate 10 slots.[7] The firm called the new 14.4 9.6 in (366 244 mm) design of this motherboard "Ultra ATX"[8] in its CES 2008 showing. Also unveiled during the January 2008 CES was the Lian Li Armorsuit PC-P80 case with 10 slots designed for the motherboard.[9]
In 2010, EVGA Corporation released a new motherboard, the "Super Record 2", or SR-2, whose size surpasses that of the "EVGA X58 Classified 4-Way SLI". The new board is designed to accommodate two Dual QPI LGA1366 socket CPUs (e.g. Intel Xeon), similar to that of the Intel Skulltrail motherboard that could accommodate two Intel Core 2 Quad processors and has a total of seven PCI-E slots and 12 DDR3 RAM slots. The new design is dubbed "HPTX" and is 13.6 15 in (345 381 mm).[11]
Originally, the motherboard was powered by one 20-pin connector. An ATX power supply provides a number of peripheral power connectors and (in modern systems) two connectors for the motherboard: an 8-pin (or 4+4-pin) auxiliary connector providing additional power to the CPU and a main 24-pin power supply connector, an extension of the original 20-pin version. 20-pin Molex 39-29-9202 at the motherboard. 20-pin Molex 39-01-2200 at the cable. The connector pin pitch is 4.20 mm[13] (about one sixth of an inch).
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