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IBM Moves Into Oracle And HP Turf
Big Blue wants to take on competitors such as Oracle and Hewlett Packard by offering a cheap and cheerful Power Systems server and storage product range.
Rod Adkins, a Senior Vice President in IBM’s Systems & Technology Group said the company was was rolling out new servers based on its Power architecture with the Power Express 710 starting at $5,947. He said that the 710 is competitively priced to commodity hardware from Oracle and HP.
Adkins added that IBM is expanding its Power and Storage Systems business into SMB and growth markets. The product launches on Tuesday. IBM said it will start delivering by February 20.
Will Help Desks Become Extinct?
Tom Soderstrom, CTO at NASA’s Jet Propulsion Laboratory (JPL), views everything through the clouds.
NASA’s JPL uses 10 public or private clouds to store everything from photos of Mars for public purview to top-secret data.
Pretty soon, Soderstrom told attendees of Computerworld‘s SNW conference, data stored by large enterprises like NASA will be measured in Exabytes; one Exabyte is equal to 1.5 billion CDs or a million terabytes.
And, he noted, the only place to store Exabytes of data is on public and private clouds.
The good news is that with data in the cloud, people will be able to “work with anyone, from anywhere, with any data, using any device at any time,” he said.
And the not-so-bad news is that IT help desks, as we know them, will become a thing of the past, and IT workers in general will have to rethink how they approach application development and security.
“Now the workforce and consumers of IT are becoming mobile. Have you ever called a help desk for your mobile device? What do you do? Probably, the first you do is Google or Bing it. If you can’t get the answer there, you ask your kids. If you can’t get your answer there, you ask your friends who are like you. For us, that’s the workgroup,” Soderstrom said.
The First PC Had a Birthday
The year was 1981 and IBM introduced its IBM PC model 5150 on August 12th, 30 years ago today.
The first IBM PC wasn’t much by today’s standards. It had an Intel 8088 processor that ran at the blazing speed of 4.77MHz. The base memory configuration was all of 16kB expandable all the way up to 256kB, and it had two 5-1/4in, 160kB capacity floppy disk drives but no hard drive.
A keyboard and 12in monochrome monitor were included, with a colour monitor optional. The 5150 ran IBM BASIC in ROM and came with a PC-DOS boot diskette put out by a previously unknown startup software company based out of Seattle named Microsoft.
IBM priced its initial IBM PC at a whopping $1,565, and that was a relatively steep price in those days, worth about $5,000 today, give or take a few hundred dollars. In the US in 1981 that was about the cost of a decent used car.
Because the IBM PC was meant to be sold to the general public but IBM didn’t have any retail stores, the company sold it through US catalogue retailer Sears & Roebuck stores.
Subsequently IBM released follow-on models through 1986 including the PC/XT, the first with an internal hard drive; the PC/AT with an 80286 chip running at 6MHz then 8MHz; the 6MHz XT/286 with zero wait-state memory that was actually faster than the 8MHz PC/AT and (not very) Portable and Convertible models; as well as the ill-fated XT/370, AT/370, 3270 PC and 3270/AT mainframe terminal emulators, plus the unsuccessful PC Jr.
IBM Debuts Fast Storage System
IBM
With an eye toward helping tomorrow’s data intensive organizations, IBM researchers have developed a super-fast storage system capable of scanning in 10 billion files in 43 minutes.
This system easily bested their previous system, demonstrated at Supercomputing 2007, which scanned 1 billion files in three hours.
Key to the increased performance was the use of speedy flash memory to store the metadata that the storage system uses to locate requested information. Traditionally, metadata repositories reside on disk, access to which slows operations.
“If we have that data on very fast storage, then we can do those operations much more quickly,” said Bruce Hillsberg, director of storage systems at IBM Research Almaden, where the cluster was built. “Being able to use solid-state storage for metadata operations really allows us to do some of these management tasks more quickly than we could ever do if it was all on disk.”
IBM foresees that its customers will be grappling with a lot more information in the years to come.
“As customers have to store and process large amounts of data for large periods of time, they will need efficient ways of managing that data,” Hillsberg said.
For the new demonstration, IBM built a cluster of 10 eight-core servers equipped with a total of 6.8 terabytes of solid-state memory. IBM used four 3205 solid-state Storage Systems from Violin Memory. The resulting system was able to read files at a rate of almost 5 GB/s (gigabytes per second).