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Linux and USB 2.0 Linux and USB 2.0 Last Update: 29 November 2004 This is a short writeup explaining what USB 2.0 changed and what's going on with it in Linux. It starts by talking about (including ) followed. Finally it summarizes the of Linux USB 2.0 driver support in recent 2.4 and 2.6 kernels. If you want assistance getting this working on your hardware, try the linux-usb-users (or linux-usb-devel) mailing lists. If you're a 2.4 user, use 2.4.22 or newer kernels.
Newer kernels (including 2.6.x ones) have updates which seem to resolve the worst problems reported. The driver version string should be no older than June 2003. (VT6202 problems may still remain, especially on 2.4 kernels.) Some older Linux distributions ship 2.4.18 kernels with EHCI code based on much older code, similar to what was in 2.5.2; the newer code supports more hardware, fixes bugs, is smaller, and has other goodness. If you're building a distribution, avoid using such old code; in particular, 2.4 versions of the EHCI driver are no longer being kept current. You should probably know that 'USB' is an abbreviation of the Universal Serial Bus, which is widely used for peripherals in modern desktop systems. (It's not 'universal' in the sense that you'd want it instead of HyperTransport!) PCs typically support one or more USB controllers (one per 'USB bus') each of which can support up to 127 different USB peripherals.
'Legacy free' PCs omit non-USB peripheral support (like RS-232 serial lines, and PS/2 ports). Partially excepting the new USB 2.0 'OTG' support, USB is asymmetric. For example, its cabling is always asymmetric (even with OTG), so you can't hook things up incorrectly. Egg Money Quilts Templates For Microsoft. USB supports 'hotplugging' for all its peripherals, which means that you don't have to configure them by hand and that peripherals may rely on power delivered through USB.
Both those features help reduce end-user setup and configuration problems, which was a major goal for USB technology. Today, most USB peripherals and hosts support USB version 1.1, which supported two device speeds: low speed at 1.5 Mbit/sec, and full speed at 12 Mbit/sec. USB 2.0 is appearing in current product designs, and one of its main features is adding a new speed: high speed, at 480 Mbit/sec. To put it another way: USB 1.1 was OK for low speed devices like mice and keyboards, and even for medium speed ones like Ethernet (10 Mbit/sec) adapters, or consumer electronics gadgets that only exchange a few megabytes of data (like many digital still cameras and MP3 players).
USB 2.0 'full speed' or 'low speed' is effectively just the familiar old 'USB 1.1'. You need USB 2.0 high speed to get reasonable speed for multiple large transfers as with some PC peripherals like disk drives (including MP3 jukeboxes:) or high resolution webcams (USB video), or get concurrent use from a bunch of 100BaseT networking adapters. OK, it's faster! But what else will a Linux user notice about USB 2.0? We'll go from the outside in: starting from what you'll see with product boxes, and then working toward what you'll see with normal Linux user mode tools. (More technical details are in later sections. Vlc Download Windows Xp Sp3. ) One thing you won't notice is designed-in compatibility problems.