Ultrabook, officially known as Ultrabook, represents a new category of laptops introduced by Intel to rival Apple's iPad, MacBook, and Android tablets. Combining the robust performance and full functionality of traditional notebooks with the swift responsiveness and user-friendly nature of tablets, Ultrabooks aim to offer a superior experience.
This article draws information from [this link](http://). As interest in Ultrabooks grows among users, today we’ll explore what a Superbook is and how it differs from a standard notebook.
What exactly is a Superbook?
A Superbook essentially refers to an ultra-thin notebook. "Ultra" signifies extreme, and thus a Superbook represents the pinnacle of slim and lightweight laptop design—what we commonly call ultrabooks. Here are some key features:
1. Superbooks incorporate either solid-state drives (SSDs) or hybrid hard drives. SSDs outshine traditional hard disk drives (HDDs) when it comes to read/write speeds, ensuring quick access and seamless transitions. Additionally, they boast better shock resistance.
2. Emphasizing the thinness concept, Superbooks lack a CD-ROM drive. Instead, they rely on USB drives, wireless transmission, and other methods to handle data.
3. External interfaces are streamlined, with features like VGA ports being eliminated. With advancements in wireless networking, Superbooks are designed to retain only essential external connections.
4. Constructed with durable metal alloys, Superbooks not only look sleeker but also enhance durability compared to conventional notebooks.
5. Powered by Intel's next-generation 22nm Ivy Bridge processors, these low-power CPUs extend battery life significantly. By 2013, Intel plans to release the even more efficient CULV Intel Haswell processor, which is expected to halve current power consumption and double battery duration.
The Differences Between Superbooks and Notebooks
The standout feature of a Superbook lies in its lightweight and slim design, coupled with its extended battery life, making it ideal for business users. While they handle everyday tasks, online gaming, and HD video playback without issue, running intensive 3D games might be challenging due to their integrated graphics. Key distinctions include:
1. Equipped with a 22nm low-power CPU, Superbooks can last up to 12 hours, far surpassing typical notebook battery life.
2. Read/write speeds and boot times are significantly faster—starting in under 10 seconds.
3. Superbooks possess the AOAC function found in smartphones, enabling them to stay connected and transmit data even in sleep mode via Wi-Fi or WWAN, unlike regular notebooks.
4. Lightweight and compact designs make Superbooks more portable, weighing roughly 1.2 kg and measuring around 13-17 mm thick, which is half the weight of most notebooks.
Here’s a comparison of some Superbook specifications:
Future Trends in Superbook Development
In 2012, Superbooks will adopt the Ivy Bridge processor, which is expected to cut power usage by half and boost graphics performance by 30%. CPU processing power will rise by 20%, while USB3.0 support will enhance external transfer speeds. These upgrades promise a significant leap in Superbook performance. Intel plans to release the more powerful CULV Intel Haswell processor in 2013, generating anticipation among users. According to Chen Junsheng, President of Intel Taiwan, the growing popularity of Superbooks could push prices down to approximately 4,000 yuan (excluding international tariffs). In conclusion, whether in terms of performance or cost-effectiveness, Superbooks represent the future direction of notebook evolution.
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