When thin clients first appeared on the market over 10 years ago, IBM was a great proponent of this technology even though the first units had slow CPUs, limited memory, and Linux-based operating systems. In the early days of thin clients, networks were still employing hubs instead of switches. Hubs share all network traffic with all the attached devices; therefore, this type of technology did not work well with the boot-server type of thin clients. In other words, when many thin clients were started at the same time, the network was unable to handle the traffic caused by downloading the OS to every thin client.

Windows CE

As time went on, new operating systems like Windows CE were developed,. Networks started to use switches, eliminating the need to share bandwidth between devices while being capable of full duplex traffic (sending and receiving at the same time). Small in size, Windows CE could fit on the Disk-On-Chip (DOC) mounted inside the thin client as well as provide a place to embed applications. Windows CE, however, had its own challenges. In addition, the Windows server platforms (NT Terminal Server and Windows 2000 Server) and the early version of Citrix were delivering what people expected from a server platform for hosted applications in colors, compression and encryption.

Thin Clients Today

Over the last few years, the average CPU speed has increased to over 500 Mhz. With a faster CPU, running Linux or embedded Windows XP (XPe) has become much more feasible. These operating systems are better-suited to running local applications; in addition, many provide full-function browsers with Java Virtual Machine (JVM) capability, email, enhanced terminal emulation, and much more of the functionality that users are used to seeing on the PC. Windows 2003 for thin clients now has high-color support, sound delivered to the desktop, data compression, and better printing support. Citrix has also updated its product to provide better security, better compression, bidirectional sound, published applications, and security enhancements such as smart card and biometric device support. Consultants have been saying for a long time that thin clients are the future. Thin client technology has finally caught up with the vision. Most intelligent thin clients can work nearly like a PC, giving the user all of the desired flexibility and performance while providing the data processing department with its control and security benefits. Today there are many thin client models to choose from with varying CPU speeds, memory capacities, storage capacities, and operating systems.

Customized Thin Clients

Customization of thin clients is gaining importance with both Linux and XPe models because customers have their own ideas of what is needed on a machine. Thin-client manufacturers that can respond quickly to customization requests are gathering momentum in what is becoming a huge market.

Sophisticated Printer Support

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