Laptops of Luxury

A truly decked-out notebook is the ideal traveling companion. We lab-tested six new portable powerhouses, and picked accessories that let them do even more.

Part 1 of a special five-part series. -->

By Carla Thornton, PC World; Testing by Thomas Luong and William Wang

Thursday, July 26, 2007 10:00 PM PDT

The Sony VAIO VGN-FZ180E/B (above) has a vibrant 15.4-inch screen, while the HP Pavilion HDX's 20.1-inch screen can tilt up, off the notebook's base.

Laptops have gone extreme. Some of the latest models come loaded with giant screens, massive hard drives, dual processors, Blu-ray or HD DVD drives, and even designer lids, if you so desire. Laptops have also become incredibly popular in recent years--major vendors say that portables are on track to outsell desktop PCs by 1 million units this year. Laptop companies must be doing the right things to make their machines so enticing.


We rounded up six of the biggest, baddest laptops we could find to see which are worth your hard-earned dollars. We tested three desktop replacement models (the Apple MacBook Pro, Dell Inspiron 1720, and HP Pavilion HDX) and three all-purpose laptops (the Lenovo ThinkPad R61, Sony VAIO VGN-FZ180E/B, and Toshiba Satellite A205-S4639). We ran our WorldBench 6 Beta 2 benchmark test suite--as well as our battery tests--on the notebooks, and we also put them through our rigorous hands-on evaluations. In the end the HP notebook came out atop the desktop-replacement category, while the Lenovo portable bested the other all-purpose models.

In addition to looking at some of the most decked-out portables available, we examined the latest mobile broadband options to help you stay connected when you're on the road. We also checked up on solid-state technology and how it's changing the way laptops perform. We peeked a bit into the future to see where laptop technology is headed. And finally, we rounded up a number of carry-on bags for protecting your machine and looked at some accessories that can help increase your productivity when you and your notebook are traveling.

Cover Focus Articles

General Information
June 22, 2007 • Vol.29 Issue 25Page(s) 1 in print issue

Green Computing In The Data Center

Is Your Enterprise Doing Its Part?

The world is making an effort to make everything “greener.” But according to some experts, the data center could pitch in a little more help. In fact, Richard Hodges, principal of GreenIT (http://www.greenit.net/), says everything we do depends on and affects the natural environment that supports life on earth. Hodges says, “IT is both a significant (and rapidly growing) contributor to environmental problems and a potential enabler of solutions to environmental problems.”

The Concept Defined

Today, green computing is more than just sticking a nice green plant in the corner. The concept of green computing is all about understanding and management. Hodges explains, “What green computing means is understanding and managing the environmental impacts of your IT systems, including materials and resources used to make equipment, energy and materials used in operating systems, potential health effects on humans from using equipment, and responsibility for the waste products that are created from IT systems.”

Scot Case, customer services and relations manager for the Green Electronics Council’s EPEAT (electronic product environmental assessment tool) Program, says IT managers are gradually recognizing that every single purchase they make has hidden human health and environmental impacts. “With electronic products,” Case notes, “these impacts range from the hazardous materials used to manufacture them to the electricity they consume when they are used. Computers and other office electronics, for example, consume 74 billion kilowatt-hours of electricity per year, equivalent to the annual electricity consumption of 7 million households. Since most electricity in this country is generated by highly polluting coal-fired power plants, computers are actually a significant contributor to global warming.”

In addition, Case says some of the hazardous materials used to manufacture computers, such as brominated flame retardants, are being found in growing concentrations in human blood streams and breast milk. The consequences of these discoveries are unknown.

SMEs, Listen Up

Jim Pappas, representing Intel (http://www.intel.com/) as a board member of The Green Grid, says small to midsized enterprises should really care about the green computing concept. Pappas explains, “Energy efficiency in data centers is an issue for companies of all sizes, including small to midsized enterprises. Higher energy costs are here to stay, and SMBs often can make a significant dent in energy bills with even a few small changes to processes and technologies in the data center.” He says The Green Grid’s goal is to help develop meaningful standards, measurements, and technologies to help companies of every size reduce power consumption and achieve data center efficiency.

Case agrees that SMEs should pay attention to the concept of green computing. “As reported in cover stories from The Wall Street Journal, Forbes, Time, Newsweek, and even Soap Opera Digest, individuals and businesses are recognizing that everyone has a responsibility and an interest in preventing environmental catastrophe, whether it be global warming or growing piles of hazardous electronic products. Many businesses are also discovering that it makes financial sense,” he says.

Case says green companies are finding it is easier to hire and retain highly skilled workers. He says green companies also tend to outperform other companies. “In fact,” he notes, “many financial analysts are using a company’s environmental responsibility as a proxy for evaluating strong executive leadership. In the short term, green products save money by reducing energy costs. In the long run, they can save a lot more than money.”

According to Case, many people are talking about green computers, but many people focus almost exclusively on energy efficiency as if that is the only environmental impact. Case comments, “EPEAT, the green computer standard unveiled in July 2006, actually includes more than 51 environmental criteria. Energy efficiency is just one of the criteria.” Case adds that EPEAT is an easy-to-use purchasing tool that identifies green computer desktops, laptops, and monitors. He says products must meet 23 mandatory criteria to achieve EPEAT Bronze, the lowest EPEAT tier. “Products that meet additional optional criteria can earn EPEAT Silver or EPEAT Gold status,” he notes.

Case says based on very preliminary estimates and conservative assumptions, EPEAT-registered products during the next five years will save more than 13 million pounds of hazardous waste, 3 million pounds of nonhazardous waste, and nearly 600,000 megawatt-hours of energy.

Hodges says “green computing” is an opportunity for IT professionals to take a leadership role and demonstrate the central role of IT to the enterprise. “First, don’t wait for them to come to you. Get your own house in order with a plan for efficiency and eco-responsibility in IT. Then, show how IT can lead the way in reducing the environmental impacts of the enterprise in every area, including facilities (less, more-efficient building space; lower power bills; less tonnage of waste going to the dump), operations (improved employee productivity and accountability with less travel), and travel costs (fewer airplane trips).” He says, ultimately, greening the products and services the company sells is a goal IT professionals should set for themselves.

by Chris A. MacKinnon

Three Good Reasons To Go Green

Richard Hodges, principal of GreenIT (http://www.greenit.net/), says SMEs need to be concerned with “Green Computing” for three reasons:

Money. Any organization can reduce costs by making IT systems more efficient: using less electricity, designing systems for longer useful lives, reducing the amount of equipment purchased (and supported), and reducing the amount of waste produced saves money and has a positive environmental benefit (the GreenIT ER3 Principle: Eliminate, Reduce, Reuse, Recycle).

Risk. Electricity supplies are less reliable, and prices are rising. Many governments now have strict rules on the management of e-waste and u-waste (universal waste), and data on improperly handled “surplus” devices is a potential security disaster. These are examples of risks that IT managers face that must be managed, even in SMEs.

Social responsibility. The issue of environmental sustainability will be a major and enduring trend for the foreseeable future. Customers of every enterprise will become more and more aware of what their suppliers are doing and not doing. SMEs selling to large global enterprises will rapidly find themselves compelled to meet rising standards for environmental responsibility throughout the supply chain.

New Products

General Information
March 16, 2007 • Vol.29 Issue 11Page(s) 17 in print issue

Dual-Core Platforms For Security & Communications Appliances

American Portwell Offers Compact, Cost-Effective Hardware Choices



American Portwell NAR-7090 & NAR-5620/5622 (7090 shown)

NAR-7090: Starts at about $2,000 NAR-5620/5622: Start at about $1,500

Compact, high-performance platforms for appliance-oriented software vendors

www.Processor.com/NAR-7090

www.Processor.com/NAR-5620

Many companies like to buy communications, network, and security applications as appliances. But few software vendors want to also be in the hardware business, instead turning to system manufacturers such as American Portwell, Advantech (www.Processor.com/AdvantechCorp), and Intel (http://www.intel.com/) or to system-level manufacturers and integrators.

American Portwell Technology’s new members of its Communication Appliance product line—the NAR-7090 and NAR-5620/5622—address what the company sees is the need for high-performance hardware in smaller form factors, and they’re capable of using less power.

“Our typical customers are software vendors,” says Frank Shen, American Portwell’s product marketing director. “We can even install software vendors’ software and drop-ship the boxes to their customers, so the software companies don’t need to touch the hardware or the logistics side.”

The NAR-7090 is a 2U appliance built on Intel’s 5000P chipset and has sockets for two dual-core Intel Xeon 64-bit processors, a 1,333MHz frontside bus, and up to 14 Gigabit Ethernet ports.

Uses for the NAR-7090, says Shen, include enterprise networking security applications such as Network Access Control, unified threat management appliances, voice/data/image “triple-play” applications, media gateways, and WAN optimization. “The 7090 is a high-end platform, good for applications which need high throughput,” says Shen.

In addition to the NAR-7090, American Portwell announced its NAR-5620 and NAR-5622 communication appliance platforms, intended for use by medium-sized and large businesses.

The NAR-5620/5622 series of 1U appliance platforms uses Intel’s 3100 chipset, which can support Intel’s Core Duo, Pentium M, or Celeron M mobile processors; includes two PCI32 GbE ports; and can be configured with up to six PCI-E SFP connectors or eight PCI-E copper ports. (The 5622 includes an additional Ethernet module.) The NAR-5620/5622 use DDR-2 400 memory, making them appropriate for application buffering and for memory-intensive applications.

Samples of the NAR-7090 and NAR-5620/5622 appliances are available for OEMs, according to Shen. Quantity prices (typically for 100 or more units per order) for the NAR-7090 start around $2,000 for a barebones system with no CPU or memory and only basic Ethernet ports; a fully loaded system could run closer to $7,000. Prices for the NAR-5620/5622 range from around $1,500 (barebones) to $4,000 (fully loaded), Shen says.

Competition, according to Shen, includes platform vendors such as Intel and Advantech. He notes, “There are also server motherboard vendors, who provide a board, and somebody else provides the chassis to integrate it. We own our own manufacturing, so we can work with customers to meet their specifications.”

by Daniel P. Dern