OpenVMS的第一

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下文中可以看到當(dāng)年DEC VMS在計(jì)算機(jī)領(lǐng)域里的領(lǐng)先地位，至今有些技術(shù)還在計(jì)算機(jī)行業(yè)里廣泛應(yīng)用
Some of the outstanding achievements in OpenVMS history include:
First broadly scalable operating system—OpenVMS was the first operating system to prove that scaling from desktop to data center was practical, and the first to demonstrate that clustered systems could achieve levels of availability well beyond mainframes or fault- tolerant systems, according to Wes Melling, former Vice President of the Digital and Compaq Windows NT and OpenVMS Systems groups



First VAX-11/780 system in the United States—in 1977, the first VAX-11/780 system in the United States was installed at Carnegie Mellon University
First error correction coded system memory—in 1977, the VAX-11/780 memory design was the first in which error correction and detection code (ECC) was designed into the system
First computerized remote diagnosis facility—in 1977, Digital opened the Digital Diagnosis Center (DDC) in Colorado Springs, Colorado, the industry's first facility for computerized remote diagnosis
First VAX 11/780 systems in Europe—in 1978, the first VAX 11/780 systems in Europe were installed at CERN in Switzerland and the Max Planck Institute in Germany
First remote delivery of software updates—in 1983, the Digital Colorado Springs facility began the industry's first remote delivery of software updates
First voice output—in 1983, entertainer Stevie Wonder introduced DECtalk, the first device offered by a major computer manufacturer that accepted ASCII text from an RS232C terminal port, and spoke the text rather than printing it
First corporate Internet domain—in 1985, Digital was the first computer company to register an Internet domain, establishing dec.com; the link is still active today, though it redirects to the HP.com Web site
First electronic equipment recycling—in 1996, Digital's Resource Recovery Center in Contoocook, New Hampshire, was among the first environmentally responsible facilities to recycle and dispose of outdated electronic equipment; Digital processed 30 million pounds of electronic materials per year, and less than one-half of one percent went into landfills