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Sixty-Year Old Technology Could Change the Face of Gaming

Illustration for article titled Sixty-Year Old Technology Could Change the Face of Gaming

The future of gaming is more than 60 years old.

Back in the 1950s, researchers started playing around with a technology that would allow them to store data in a form of memory that had no moving parts. While the new tech was destined to be faster and more reliable than the giant discs used in today's popular hard drives, it was also more expensive.


Now, 60 years later, the price and performance of solid-state drives are beginning to show signs of hitting mainstream popularity. Speaking at last week's Game Developers Conference, Intel, the world's largest chip maker, says they expect SSD technology to soon be in every laptop in the world.

While some of what Intel talked about could be viewed as self-serving, they make solid-state drives and said pairing it with their new Sandy Bridge processors will maximize the experience, the demonstrations of the technology at work were hard to ignore.


The tech company hired developers Iron Galaxy Studios to research the impact SSD could have on future games. David Lang, president of the Chicago-based company, said that they discovered that one of the biggest bottlenecks in modern computer gaming is the hard drive.

A high-end computer using the spinning disc of a hard drive to store a game's content is slowed down by its inability to get that information quickly. This slow down means that games take longer to load, levels in games need to be smaller to reduce lag, and transitions through areas can start to visually chug.

Lang and his team created a virtual world packed with mountains, temples, deserts and arctic landscapes. He then traveled through the landscape in the game, showing how effortlessly the solid-state drive was able to load the different areas, doing so without any lag.

Another example showed a wall in the same virtual world filled with 100 different video screens, each showing different videos. They all ran seamlessly. When loaded on a computer with a hard drive, the videos stuttered, froze, hiccuped.


Lang said the demo, designed by his team to "break" SSD's ability to stream information, barely stressed it.

"We need to rethink how we are going to make games moving forward," he said. "You can make really compelling experiences for folks on SSD without a whole lot of new engineering."


Imagine, Lang said, a wide-open game like Grand Theft Auto on an SSD. The worlds could be bigger, the way they look more detailed.

And Lang, whose company typically works on console games, believes that SSD will also be coming to the next generation of console, removing the size limitation created by disc-based games.


"We don't do PC development because I don't want to deal with the hassle," he said. "If you're telling me there is a future and it's everyone with this new bar, and it's the low bar, and it's really freaking high, it gets me very excited.

"New kinds of games are going to be possible because of this. When you are not limited by (a hard drive) imagine what a company like Rockstar could do with their open world stuff?


"It's going to be awesome."

Well Played is a weekly news and opinion column about the big stories of the week in the gaming industry and its bigger impact on things to come. Feel free to join in the discussion.

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Well.... if they manage to circumvent the degrading issues caused in flash memory over read/write cycles, much greater than conventional HDDs in the same period of time, SSDs are obviously the future, not only of gaming, but all-purposes computing.

SSDs, despite the cost, are in esence a better storage system than traditional plate hard disk drives. SSD's consume less power, read/write speeds are 2 to 10 times faster than those of HDDs, they are more durable due to the lack of physical moving parts, are more resistant, and the chances of losing your information for physical damage are little to none.

However, at this point, SSDs are not yet optimized for ''swap'' purposes. They degrade over time faster than HDDs when they are used to manage swap and temp files.

For gaming? Throw in a fast HDD as your main unit, and use SSD to store your games so that your system can quickly access the game's files, but uses your primary Hard drive as virtual memory. You can get a cute fast 128GB SSD from $200. It's still expensive, but worth the cost if you're a speed concerned user.