10 Comparisons Between Star Trek and Modern Technologies

For those of us who were around to watch the original Star Trek series on television, we remember thinking how cool it would be to have some of the great gadgets they used. The future is now! Many of their ‘futuristic’ ideas have become available in some form, since then.

1. Communicators to cell phones – Flip open devices that allowed you to communicate with others from almost any location. Of course, there was the occasional atmospheric interference that cut off your connection to the other person. Lots of similarities in these two.
2. PADDs to tablet computers - Personal access display devices were used in Star Trek: The Next Generation. They were flat panel touch screen devices that were used for a multitude of tasks and gaining access to all kinds of information. Although the PADDs were a bit undefined at the time, they have definite similarity to the ipad and other tablet computers.
3. Ear piece headset to bluetooth technology – Wireless headsets were worn on the bridge of the Enterprise. They were small and attached to one ear. Bluetooth headsets are used in environments today that are not near as sophisticated as the star ship’s command deck.
4. Portable data disks to floppy disks/data drives – Thin, small pieces of plastic were inserted into the computer consoles of the star ship, which were close in size to the 3-1/2 floppy disk. Today we have even smaller USB data drives for transporting data.
5. Voice commands to voice commands – The ability to give verbal commands to electronics is a true reality today, even though it isn’t used as often as it was on Star Trek. Computers and many cell phones have the capability of being directed by voice command.
6. Tricorder to modern thermometers – The tricorder could scan a person’s body and provide readings on a number of different things. There have been some similar devices created, but the closest one to be seen in many homes today is the modern digital ear thermometer. The thought of getting a temperature reading from an infant so easily was not even thought of by mothers during the first years of Star Trek.
7. Transporter to GPS – No, we haven’t been able to ‘beam’ anyone up or down, but we can locate people just as specifically with a GPS as the transporter was able to lock into the location of people it was called on to retrieve.
8. Diagnostic scan to CAT, MRI and ultrasound – Dr. McCoy could lay you on his diagnostic table and perform a scan of your body to come up with a diagnosis. We use several different scanning technologies for diagnosis today.
9. Phasers to Tasers – In Star Trek, they pointed their phasers at the enemy and were able stun or disable them with a blast of energy. The reaction to being struck by a taser looks very similar to what you saw by those who had been hit by the beam of a phaser on the television show.
10. Video Screen Communication to Skype – We may not talk to people on a screen quite the size of the one Captain Kirk used on the Enterprise, but we easily communicate from screen to screen using Skype. The big screens are used, though, for teleconference speaking, all the time.

No one guessed at the time that Star Trek first aired, just how fast some of those technologies would develop. We still aren’t traveling at ‘warp speed’, and we haven’t found the Vulcan’s with those pointed ears, but Spock could show up any day now.

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Fixed Intel chip to ship in mid-February

Intel said today it would begin shipments of fixed Sandy Bridge chipsets in mid-February.

The chipmaker announced a week ago that it had stopped shipments of the "Cougar Point"--aka, the Intel 6 series--chipset that accompanies its second-generation Intel Core ("Sandy Bridge") processor owing to a flaw that can affect, in a small percentage of systems, access to a hard-disk drive, optical drive, or other device that connects to a computer using SATA technology.

"Intel has started manufacturing on a new version of this support chip. Intel now expects to begin shipping the new parts in mid-February," Intel said today.

The chipmaker also said that after "extensive discussions with computer makers...Intel is resuming shipments of the Intel 6 Series Chipset for use only in PC system configurations that are not impacted by the design issue."

"Several customers [PC makers] still wanted to buy the current [not fixed] version of the Cougar Point chipset to continue Sandy Bridge sales. They will work closely with Intel to ensure 'known good' configs," an Intel spokesman said in an e-mail.

The issue affects SATA ports 2 through 5, not ports 0 and 1. Therefore, some laptops, which use only those two "good" ports, for example, would not be affected, according to Intel. In more technical terms, the affected ports 2 through 5 are 3 gigabit-per-second (Gbps) SATA 2 ports. The "good" (0 and 1) ports are 6Gbps SATA 3 ports. In a small percentage of systems performance degradation may occur on the "bad" ports.

The glitch caught the PC industry and retail channel by surprise. PC makers and retailers, who were just beginning to transition their laptop and desktop lineups to systems based on the Sandy Bridge processor, had to bring sales to an abrupt halt last week.

Retailers like Best Buy had been literally pulling Sandy Bridge systems off the shelves, while PC makers such as Hewlett-Packard had pushed out shipment dates for the first Sandy Bridge laptops until March.

PC makers are eager to ship systems with the latest Intel processor because it offers improved power efficiency and better performance. In particular, it speeds up gaming graphics and multimedia tasks at virtually no extra cost because the graphics silicon is built directly onto the main processor--a first for an Intel mainstream chip.

And a highly-anticipated Sandy Bridge update for Apple's MacBook line is also due. A prolonged delay due to the glitch had the potential for thwarting Apple's plans.

But with Intel's updated schedule of mid-February for fixed chipset shipments, consumers can rest easy that delays will be relatively brief and painless, according to Intel.

Luckily, Sandy Bridge is a new processor line and Intel was able to catch the glitch in the chipset early. And on another serendipitous note, most of the systems with the flawed chipset had been shipping in relatively small numbers, as they were not mass-market but rather pricey, high-end PCs that relatively few people would buy.