Asus has decided to do something about that requirement in rather inventive fashion. The CT-479 is an adapter card that plugs into the processor socket of certain Asus Socket 478 motherboards and converts them to a Socket 479 configuration capable of accepting a Pentium M. This adapter neatly solves both the price and performance issues, the latter by supplying a dual-channel memory configuration unavailable in the Intel 855GME laptop chipset.
How well does the CT-479 adapt the Pentium M for desktop use? We're about to find out.
A look at the CT-479
Asus sells the CT-479 separately, allowing you to choose the motherboard for yourself. A list of the motherboards currently supported can be found here. Since support for the CT-479 requires a BIOS upgrade, it's unlikely that you'll be seeing CT-479 support on any non-Asus motherboards in the future.
The BIOS upgrade could prove to be an interesting problem. If your board doesn't have a recent BIOS version, you will likely need a Socket 478 CPU long enough to update the BIOS.
Here is a view of the bottom of the CT-479 board. There's not much to see here except 478 pins. (Uhh, yeah, I counted them...) The board itself is pretty small, since it has to fit inside the Socket 478 heatsink retention bracket and can't protrude past the arm on the motherboard socket.
The view from the top is a little more interesting. In addition to the laptop socket, there is a floppy-style power connector for the circuitry on the board, as well as jumpers to choose between a 400MHz and 533MHz front-side bus. The kit includes a Molex to floppy adapter cable as well.
The CT-479 also comes with its own heatsink. It's considerably lighter and smaller than most Northwood coolers, let alone the gargantuan Prescott models. The cut-out allows space for the jumpers and power connector on the CT-479.
Installing the CT-479 is a piece of cake. Lift up the arm on the motherboard's socket, and the CT-479 just drops right in:
I left the arm up to give you a better idea how the board fits into the confines of the socket area. Once you've lowered the arm, you'll need to install a Pentium M or Celeron M processor into the CT-479 socket, and then install the heatsink.
Here's the finished install. The heatsink clamps hook into the same holes used by a Socket 478 heatsink.
|Nvidia's GeForce GTX 1060 graphics card reviewed||5|
|Xiaomi reveals Mi Mix phone with a 6.4" edgeless display||15|
|Zotac and Thermaltake join forces for a liquid-cooled GTX 1080||4|
|Zotac Magnus EN1080 may be the fastest mini-PC yet||14|
|Seagate 5TB BarraCuda and 2TB FireCuda drives are big and speedy||22|
|Nvidia licenses Rambus' DPA tech for side-channel data leak prevention||17|
|iOS 10.1 update includes portrait mode beta for iPhone 7 Plus||6|
|Lenovo ThinkCentre and ThinkPad machines pack AMD PRO APUs||28|
|Biostar belatedly announces GTX 1060 graphics cards||15|
|Signing your posts is daftly redundant. Meadows||+27|