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Asus' new AiMesh system lets you repurpose your existing Asus routers as part of a mesh network, potentially saving you lots of money since you won't have to replace your whole network with a bunch of new devices. The Verge reports: For now, the mesh support is coming to a few routers today in beta, including the ASUS RT-AC68U, RT-AC1900P, RT-AC86U, RT-AC5300, and the ROG Rapture GT-AC5300, with additional support planned for the RT-AC88U and RT-AC3100 later this year. The setup looks pretty simple, too. Once your main router is set up and updated to the latest firmware, just take your other routers that are going to be the mesh nodes, plug them in near the main router, and run a factory reset, after which they'll automatically pop up in the Asus Router app to add to your mesh.

Asus' new AiMesh system lets you repurpose your existing Asus routers as part of a mesh network, potentially saving you lots of money since you won't have to replace your whole network with a bunch of new devices. The Verge reports: For now, the mesh support is coming to a few routers today in beta, including the ASUS RT-AC68U, RT-AC1900P, RT-AC86U, RT-AC5300, and the ROG Rapture GT-AC5300, with additional support planned for the RT-AC88U and RT-AC3100 later this year. The setup looks pretty simple, too. Once your main router is set up and updated to the latest firmware, just take your other routers that are going to be the mesh nodes, plug them in near the main router, and run a factory reset, after which they'll automatically pop up in the Asus Router app to add to your mesh.

Asus' new AiMesh system lets you repurpose your existing Asus routers as part of a mesh network, potentially saving you lots of money since you won't have to replace your whole network with a bunch of new devices. The Verge reports: For now, the mesh support is coming to a few routers today in beta, including the ASUS RT-AC68U, RT-AC1900P, RT-AC86U, RT-AC5300, and the ROG Rapture GT-AC5300, with additional support planned for the RT-AC88U and RT-AC3100 later this year. The setup looks pretty simple, too. Once your main router is set up and updated to the latest firmware, just take your other routers that are going to be the mesh nodes, plug them in near the main router, and run a factory reset, after which they'll automatically pop up in the Asus Router app to add to your mesh.

Asus' new AiMesh system lets you repurpose your existing Asus routers as part of a mesh network, potentially saving you lots of money since you won't have to replace your whole network with a bunch of new devices. The Verge reports: For now, the mesh support is coming to a few routers today in beta, including the ASUS RT-AC68U, RT-AC1900P, RT-AC86U, RT-AC5300, and the ROG Rapture GT-AC5300, with additional support planned for the RT-AC88U and RT-AC3100 later this year. The setup looks pretty simple, too. Once your main router is set up and updated to the latest firmware, just take your other routers that are going to be the mesh nodes, plug them in near the main router, and run a factory reset, after which they'll automatically pop up in the Asus Router app to add to your mesh.

Asus' new AiMesh system lets you repurpose your existing Asus routers as part of a mesh network, potentially saving you lots of money since you won't have to replace your whole network with a bunch of new devices. The Verge reports: For now, the mesh support is coming to a few routers today in beta, including the ASUS RT-AC68U, RT-AC1900P, RT-AC86U, RT-AC5300, and the ROG Rapture GT-AC5300, with additional support planned for the RT-AC88U and RT-AC3100 later this year. The setup looks pretty simple, too. Once your main router is set up and updated to the latest firmware, just take your other routers that are going to be the mesh nodes, plug them in near the main router, and run a factory reset, after which they'll automatically pop up in the Asus Router app to add to your mesh.

Asus' new AiMesh system lets you repurpose your existing Asus routers as part of a mesh network, potentially saving you lots of money since you won't have to replace your whole network with a bunch of new devices. The Verge reports: For now, the mesh support is coming to a few routers today in beta, including the ASUS RT-AC68U, RT-AC1900P, RT-AC86U, RT-AC5300, and the ROG Rapture GT-AC5300, with additional support planned for the RT-AC88U and RT-AC3100 later this year. The setup looks pretty simple, too. Once your main router is set up and updated to the latest firmware, just take your other routers that are going to be the mesh nodes, plug them in near the main router, and run a factory reset, after which they'll automatically pop up in the Asus Router app to add to your mesh.

Asus' new AiMesh system lets you repurpose your existing Asus routers as part of a mesh network, potentially saving you lots of money since you won't have to replace your whole network with a bunch of new devices. The Verge reports: For now, the mesh support is coming to a few routers today in beta, including the ASUS RT-AC68U, RT-AC1900P, RT-AC86U, RT-AC5300, and the ROG Rapture GT-AC5300, with additional support planned for the RT-AC88U and RT-AC3100 later this year. The setup looks pretty simple, too. Once your main router is set up and updated to the latest firmware, just take your other routers that are going to be the mesh nodes, plug them in near the main router, and run a factory reset, after which they'll automatically pop up in the Asus Router app to add to your mesh.

Asus' new AiMesh system lets you repurpose your existing Asus routers as part of a mesh network, potentially saving you lots of money since you won't have to replace your whole network with a bunch of new devices. The Verge reports: For now, the mesh support is coming to a few routers today in beta, including the ASUS RT-AC68U, RT-AC1900P, RT-AC86U, RT-AC5300, and the ROG Rapture GT-AC5300, with additional support planned for the RT-AC88U and RT-AC3100 later this year. The setup looks pretty simple, too. Once your main router is set up and updated to the latest firmware, just take your other routers that are going to be the mesh nodes, plug them in near the main router, and run a factory reset, after which they'll automatically pop up in the Asus Router app to add to your mesh.

Digital currency mining is in high demand, causing GPU prices to skyrocket. Nvidia is planning to capitalize on this trend by releasing graphics cards specifically designed for cryptocurrency. From a product listing on ASUS' website: "ASUS Mining P106 is designed for coin mining with high-efficiency components -- delivering maximum hash-rate production at minimum cost. ASUS Mining P106 enhances the megahash rate by up to 36% compared cards in the same segment that are not tailored for mining. The new card is also engineered to be seriously durable, enabling 24/7 operation for uninterrupted coin production." The ASUS Mining P106 uses an Nvidia chip, according to the specifications page on the website. CNBC reports: Nvidia, AMD and ASUS have not officially announced the digital currency mining cards, according to their website press pages. It is not certain when the cards will be available for sale. Nvidia is likely making the cards designed for this use so that the surging digital currency demand doesn't affect its ability to serve the lucrative PC gaming market.

At Computex, Asus announced a range of new laptops. From a report: The new ZenBook Pro takes center stage, featuring powerful hardware in a slim form factor -- an Intel Core i7-7700HQ as well as a Nvidia GeForce GTX 1050 Ti, while the world's thinnest convertible ZenBook Flip S lets you play around with its 4K display. But it's not all just flagship products, Asus also announced new VivoBooks meant for the mainstream market. The new VivoBook Pro packs Intel's seventh-generation processors and comes loaded with discrete graphics in the form of Nvidia's GeForce GTX 1050. The VivoBook S15 features more modest specs but still packs Nvidia GeForce GTX 940 discrete graphics. You can real the full-specifications of aforementioned laptops here.

An anonymous reader writes: In addition to the razor thin ZenBook 3, Asus unveiled a cute talking robot for the home at this week's Computex trade show in Taipei. The robot, called Zenbo, is priced at $599 and is pitched as a personal assistant that can help look after elderly relatives or read stories to the kids. It's about two feet tall and rolls around on wheels, with a display that can show animated faces or be used for making video calls and streaming movies. When asked, "Hey Zenbo, is it true you can take pictures?" by ASUS Chairman Jonney Shih, the robot replied with, "Yes, I can take photographs." Zenbo took a photo of him on stage with the audience in the background when Shih told it to. The robot doesn't have an official release date yet, but developers can sign up for a software kit to build applications for it now.

Microsoft has made a bizarre tweak to an update for Windows 7 that can prevent some systems from booting. The Windows 7 update KB3133977 was switched from 'Optional' to 'Recommended' and Microsoft knew ahead of time the update would cause problems for some users but decided to do nothing about it. The update fixes a problem that stops BitLocker encrypting drives because of service crashes in svhost.exe. The update only causes a problem with ASUS motherboards. Microsoft says, "After you install update 3133977 on a Windows 7 x64-based system that includes an ASUS-based main board, the system does not start, and it generates a Secure Boot error on the ASUS BIOS screen. This problem occurs because ASUS allowed the main board to enable the Secure Boot process even though Windows 7 does not support this feature." The update wasn't causing many issues while it was optional. But now that it's recommended, more users have downloaded the update, and more users have experienced problems with the update. ASUS has provided a solution to the problem. Microsoft has also provided a solution, but you might not like it. Their solution in a nutshell: update to Windows 10.

theodp writes "Android is free and open," reiterated Google Android Chief Andy Rubin in 2010 as Microsoft launched Windows Phone 7. Rubin added, 'Competition is good for the consumer and if somebody has an idea for a feature or a piece of functionality in their platform and Android doesn't do it, great. I think it's good to have the benefit of choice, but in the end I don't think the world needs another platform.' But now, CNET and Digitimes report that Google is holding up the Asus Transformer Book Duet TD300 (specs), a laptop-tablet hybrid that can instantly switch between Android and Windows 8.1. A source familiar with the Asus Duet told CNET that Google is the one that has not favored the idea, while Microsoft has not, to date, been actively opposed to the idea. 'If true,' reports Apple Insider, 'it may not be the first time Google has helped to quash such a product.' South Korean electronics giant Samsung quietly canceled plans for its hybrid Ativ Q tablet last year, and Digitimes notes that Asus may not be the only company to bow to Google's wishes."

First time accepted submitter jay age writes "When TV makers started pushing 4K screens on unsuspecting public, that just recently upgraded to 1080p, many had doubted what value will they bring consumers. Fair thought — 1080p is, at screen sizes and viewing distances commonly found in homes, good enough. However, PC users such as me have looked at this development with great hope. TV screens must have something to do with market being littered with monitors having puny 1080p resolution. What if 4K TVs will push PC makers to offer 4K screens too, wouldn't that be great? Well, they are coming. ASUS has just announced one!" You could hook a computer up to one of the available 4K displays, but will generally be paying a lot more for the privilege; this one is "only" about $5,000, according to ExtremeTech.

An anonymous reader writes "I love the idea of getting an ebook reader primarily for reading research journal papers. However I've heard bad things about the handling of PDFs on the major ones. I don't particularly care for color, but having an e-ink display and the ability to handle PDF/PS docs without conversion would be a major plus. I'd even be open to a hacked Kindle running Linux if it were practical. Does any good solution exist?" A few months ago I found the Asus Eee Note (some folks even figured out how the software works and got it to run other Qt apps), but my hopes were dashed when I learned they had killed it before it even arrived in the U.S. It seems right now that this particular niche is not being served: or is it?

Jupix writes "There's an interesting new community by ASUS and Intel called WePC. It enables anyone to post their dream PC including not only function, but form as well. You can draw up your dream and describe it in words, and also fiddle with some predetermined properties. No doubt the two companies are looking for common configurations so they can implement them in future products, but according to the press release, even individual designs may get the two companies' backing."

ozmanjusri writes "Asus has corrected the availability of source code for its Eee PC, and reaffirmed its commitment to meeting the requirements of open source licenses, including the GPL. They also announced the upcoming release of a new SDK to assist the Open Source community development on the Eee PC."

Michael writes "ASUSTek has introduced the P5E3 Deluxe motherboard, which in addition to using Intel's new X38 Chipset also features a soon-to-be-announced technology by DeviceVM. SplashTop is an instant-on Linux desktop environment that is embedded onto this motherboard. Within seconds of turning on the P5E3 Deluxe motherboard, you can boot into this Linux environment that currently features a Mozilla-based web browser and the Skype VoIP client. Browser and VoIP settings can be saved and there are plans for the device to provide new features and support via updates. At Phoronix is a review of this $360 motherboard embedded with Linux and a web browser."

yahyamf writes "ASUS recently announced that their TeleSky telecom adapter will now be included in two of their motherboards. The TeleSky converts an ordinary house phone into a multi-functional Skype phone. With one jack connected to the house phone and the other to the ground telephone line, the TeleSky can switch the house phone connection between the PSTN and VoIP networks. While it sounds interesting, how would this compare to the dedicated VOIP adapters available from SIPURA and others?"

yahyamf writes "ASUS recently announced that their TeleSky telecom adapter will now be included in two of their motherboards. The TeleSky converts an ordinary house phone into a multi-functional Skype phone. With one jack connected to the house phone and the other to the ground telephone line, the TeleSky can switch the house phone connection between the PSTN and VoIP networks. While it sounds interesting, how would this compare to the dedicated VOIP adapters available from SIPURA and others?"

Those who've moved to broadband connections and wireless links to each PC on their home or office network are unlikely to look back fondly on the days of 56K (or the not-so-snappy 300 baud of my first modem). Still, even if most Internet users really do have broadband, and (unless you've forsaken a landline telephone completely), dialup is a useful adjunct to even the spiffiest broadband access. And sometimes, it's the only access available. Most city dwellers don't face the distance limits of DSL (or even the geographic limitations of cable service), and cheapskate travelers know that free local calls are more common than hotels with free WiFi. However, wireless access and modems aren't the most common combination (especially when you're talking about laptops with a built-in modem port), and it's not fun being tied to whatever length of phone cord you have to hand. AlwaysOn Wireless's device called the WiFlyer (about $150) combines a wireless access point, a DHCP server, and a modem to make dealing with dialup a bit easier, and tosses in a few other features as well. The WiFlyer is a brilliant device, with some limitations; read on for my review.

Introducing the WiFlyer

There are some other small wireless base stations around, like the Asus WL-530g and the Apple Airport Express, both of which do a good job of turning an available broadband connection wireless, but to my knowledge no others which pack a modem into such a small base station. (The larger Apple Airports do have a modem, as have some devices from Lucent and others, but they're much bulkier.) Each of these tiny base station has its pros and cons -- the Airport Express adds in audio transport, for instance, and like the WL-530g it's a full-fledged 802.11g device -- so your use will determine which makes the most sense. For me, though, the WiFlyer basically hits the sweet spot: it's light, extensible, works as advertised (with one exception, below), and let me connect both my laptops via friends' DSL and cable modems, and over Plain Old Telephone Service.

Physically, the WiFlyer is a slightly rounded grey box that looks it should double as a radar detector. The case is small -- at roughly 1x3x5", about the size of my (old) Handspring Visor, and only 6.5 ounces including the AC power supply. That makes it a good candidate for tossing in a laptop case; at that weight, it's not exactly hefty, but seems solid enough to take travel without complaint. Helpfully, it comes with a wall-wart that's forgivable for not being a line-lump, because the transformer end is small enough -- tiny! -- to stick in one AC socket without obstructing the outlet's other plug. The rear of the device holds the various ins and outs: two ethernet ports (one in from a broadband connection, one out to a local machine), an RJ-11 jack for a telephone line, and the DC power jack.

My only complaint about the WiFlyer's physical design is that it lacks a built-in means (perhaps in the form of a plastic case like the expansion sleeve of the Compaq iPaq) for mounting it under or next to a desk, or high on a cubicle wall to provide better reception.

I recently used the device at several stops along an (ongoing) 6,000-plus mile road trip around the U.S., and found it an indispensable jack of all (networking) trades, with only a touch of "master of none." It neatly replaces everything in the Frankenmodem I assembled a few years ago and have relied on for temporary wireless-by-modem since. It just took a few more years for such a device to appear than I expected it to.

My testbed laptops: a Toshiba Satellite with a 1GHz Celeron chip (saddled with Windows XP), and a 500MHz iBook running Ubuntu Linux 5.0.4.The iBook wireless connection is an internal Airport card (Ubuntu supports the original Airport, though not yet the Airport Extreme), and the Toshiba is getting its wireless access from a USB dongle, a Netgear MA111. (And though the nature of the device means it shouldn't much matter, it's nice to see that Linux support is mentioned explicitly on the package.) In both cases, I used a recent build of Firefox to reach the device's admin page, and (except for better reception in the iBook) there is no difference in behavior, since the WiFlyer requires no client-side software.

Set-up is simple: plug the device in (there's no power switch) and connect it to either an active phone line or an ethernet cable leading to active Internet service. Upon starting a browser and entering the WiFlyer's default IP address (192.168.7.77), the user finds a configuration screen. By default, the WiFlyer is set up for dialup use, and here's one of the best features: stored in memory, the box has local access numbers for "most" major ISPs; a partial list includes Earthlink (the one I use), SBC/Yahoo, MSN, ATT Worldnet and NetZero. The handy thing about ISPs sharing modem pools is that chances are good any ISP with a national presence is reachable through the WiFlyer's list. Just select your location and ISP, supply your username and password, and the WiFlyer dials out. (A small dial on the side controls the modem's volume; it's reassuring to hear those banshees wail sometimes.) This feature worked flawlessly for me from several places around the country; I chose Earthlink's numbers from various locations, and got through without incident. Since Ubuntu Linux can't yet control the modem in my iBook, it's nice to have an external modem like this.

If you can scrounge an ethernet cable with active service upstream to the Internet, though, things are even easier (at least if you are happy with DHCP -- otherwise you'll have to punch in the right numbers in the configuration page). After clicking a button on the config page to switch to broadband, a firmware swap takes place (it requires around a minute; Always On says this was a necessary compromise in the cost of the device), and Shazam! -- miniature broadband wireless router. It seems to take the WiFlyer 60-90 seconds to establish the connection, though; this takes more patience than do my other wireless routers. If you're borrowing a friend's cable-modem line between the cable modem and his PC, connect the other ethernet port to the computer, so everyone's happy.

I didn't use the built-in security features (too far from interested eavesdroppers), but the WiFlyer includes the usual semi-secure means of securing a wireless network from the base-station end; 40/64 bit and 128-bit WEP and MAC address authentication.

Limitations

The WiFlyer isn't perfect; it has a few drawbacks to take note of, and they could be deal-killers if you need what it doesn't offer.

Most importantly, the range of the WiFlyer is limited; that's what I expected, since it has no external antenna, but the working range is even shorter than I anticipated, and my reception was spotty outside anything more than 20 feet from the box, even with a perfect line of sight. (This is partly to blame on my wireless dongle, but not entirely -- with both the WiFlyer and a common Netgear 802.11b base station active in the same house, I received a much stronger signal from the Netgear even with the WiFlyer within three feet of my 802.11 USB key, while the Netgear was more than 30 feet away and blocked by two thick plaster walls.) That means that an out-of-the-box WiFlyer won't let me browse the web over waffles across the street from a motel. The only way I could get a connection which my Toshiba would call "excellent" was to lay the USB wireless dongle within a foot or two of the WiFlyer. Within a hotel room or small office, the reception is perfectly adequate, though, and if you choose to view the glass as half-full, no wireless moocher is likely to download naughty pictures (or upload naughty email) over your connection.

However, the designers have at least deflected my low opinion of the built-in antenna by including a jack for an MCX antenna, which -- thanks to the proliferation of wireless generally -- are widely available and cheap. The local computer superstore in El Paso (my location at the moment) has a vide variety of these available, starting around $40. So for a permanent installation, the range ought not be a huge concern, but don't expect to cover the footprint of a music festival or even much of a multi-room office without an antenna.

Another limitation is that the DHCP server supports only 5 users at a time. For situations where the WiFlyer is likely to be used, it doesn't seem worth carping too much about this low number -- sharing dialup with more than 5 users seems like a stretch anyhow. But as an emergency backup DHCP server (something it seems perfect for, though clearly not the intended application), this limits its utility. It can't take too much more expensive a chip to bump that number a bit higher. As a wireless Swiss Army Knife, it would also be handy if the WiFlyer featured a bridging mode, so it could be used to extend service from the edge of an existing hotspot. Since it's roughly the size of some USB wireless devices anyhow, this would make it a useful tool to receive as well as provide wireless access.

If you're used to 802.11g, another disappointment: the WiFlyer is 802.11b only. Since even 802.11b vastly outstrips the carrying capacity of American broadband connections generally, the distinction is probably less important than the makers of 802.11g equipment would have you believe; but be warned, the WiFlyer isn't built to facilitate ultra-high-speed intranetwork data transfers.

The Upshot

The only major disappointment I had with the WiFlyer is the short range; that factor aside, it's been a lifesaver. Now if the makers designed in a duck antenna for greater range, added a bridging mode, and removed the slight hassle of a firmware swap to move between broadband and dialup, it would be even snazzier. Hopefully the next generation WiFlyer will add some of those things, but don't get me wrong: if you travel where modem access is your link to the Internet, or you ever need to share a broadband connection temporarily, the WiFlyer is well worth buying and keeping in your hit-the-road bag.

technomegalomaniac writes "This new stylish barebones combo from ASUS (case+motherboard) is going to outdo Apple in 'the way it looks matters' department. Customizable to your heart content, no OS included (obviously, since you need to buy your own hard drive). Comes with 'Instant On' software that lets you play CDs, DVDs and MP3s without entering the primary OS thus bypassing the long boot process. Definitely a living room toy." Doesn't beat Apple hardware in my eyes, but still looks like a nifty box.

Roger Ryder writes "D-Link announced the AirPlus G DWL-G730AP Wireless Pocket Router/AP, a pocket Access Point for travelers. It can be powered by a USB cable and works as an 802.11g access point, client or router. A 3-way configuration switch on the bottom of the unit changes the mode of operation. In AP mode, the DWL-G730AP can be used to create a wireless network in a room where a single Ethernet port is provided. In Router mode, it can be used to share a single broadband Internet connection. The internal DHCP server automatically assigns IP addresses to ensure everyone in the room can connect to the Internet. It supports VPN Pass-through and firewall features including Network Address Translation (NAT) and MAC filtering to protect your wireless network from malicious attacks. When set in Wireless Client mode, the device allows connection to an existing wireless network, without having to install complicated drivers or additional software. For added mobility, the DWL-G730AP can be powered over USB if power outlets are not available. Similar devices are available from ASUS, SMC, Apple's AirPort Express and Netgear."

An anonymous reader writes "It looks like the second generation of homebrew PVRs is on its way. Asus recently released their Digimatrix barebones PC which combines a lot of features in a very slim and stylish box. DVD/CD-R, WiFi, HDTV tuner, FM Tuner, memory card reader etc. All for ~$400. The reviews look good, except that the software that comes with it doesn't look all that great... of course this may not be a problem because there has already been significant effort in getting linux to run on it and most features are working. Combine MythTV with this device and you have an almost perfect PVR? I wonder what other hardware companies have in store for the homebrew PVR market?"

Rimbo asks: "I'm building a computer for a friend, who has three major requirements from his system: He wants an Athlon with a 333MHz FSB, he wants absolutely no Microsoft software anywhere near it, and he needs the ability to read and edit Chinese. I imagine Red Flag Linux has great Chinese support, but is it as easy to use as a desktop OS as Mandrake or Red Hat? How easy is Chinese text editing and entry under the major distributions? What "office" software for Linux is good for editing Chinese? Thanks!"

mike asks: "I'm mulling the logic of my company building its own desktop computers. As the IT Manager (plus sysadmin, janitor...) of a struggling-yet-thankfully-still-alive dotcom, money is really tight. We have around sixty ~400MHz desktops which are increasingly showing their age. Acceptable P4 systems from the big guys run at least $1000. By recycling the OS (Win2k), case, cdrom, floppy, and K/V/M, I figure I can assemble a good AMD system for about $600. That's a 40% savings. Is it worth it? The cost difference could very well determine whether this project proceeds or gets put on the back-burner again."

"Some negatives about rolling my own:

• Management: I won't get the special business features offered by some manufacturers. Dell's OpenImage, for example, looks awfully nice. But how much does that really buy me in a company of 60 machines? I don't use such stuff now; am I missing out on nirvana?
• Time to build: Even though we'd leverage Ghost wherever possible, handmade systems nevertheless take time to build, load, & configure.
• Supporting different platforms: Because money is so tight, I can at best afford a capital replacement rate of 25%-33% (15-20 units) per year. That means I'm committing to the support of 3 or 4 different platforms. Having just one platform is great, but how many companies, even ones that actively strive for it, truly enjoy that luxury? I inherited two platforms (Micron & Gateway); support isn't that bad. With proper planning, I don't see why we can't support four.
• Hardware quality: How much can I trust a popular Athlon chipset in a business environment? I feel silly bringing this up because I have a few Athlon systems at home, each with a different chipset, and they've been nothing but rock solid. But I know the lack of a really good chipset has been a large contributor to why AMD's aren't more prevalent in the business world. (well, that and long term bullying by Intel).
• I don't get a proven, prepackaged system that works right out of the box.

Positives of rolling my own:

• Cost savings. Plain & simple.
• Increased horsepower per dollar spent.
• By choosing my own equipment (mobo especially), I suffer fewer OEM shortcuts.
• I have to admit that I'd enjoy the pure geek satisfaction of rolling out 'my' creation to the company.

So is it worth it, or am I setting myself up for disaster?"

For those that are curious, Ask Slashdot did an article on the AMD issue, here.

Sivar writes: "Cray, a well known vendor of extremely fast supercomputing hardware, has introduced a storage system with a 224 GB capacity. The large size seems impressive, but the device can also transfer an unprecedented 80GB(!!) every second. That's more bandwidth than the main memory of most servers, and it's just for storage. For comparison's sake, a typical dual channel DDR motherboard has a bandwidth capacity of barely 4.2GB/sec." Yow.

Dan Guisinger asks: "I'm looking at replacing a laptop that was recently stolen and came across ASUS's new B1000 series laptop. It seams to have everything one could want, dual FireWire ports, DVD, CDRW, 15" screen, upgradable Pentium III cpu using mPGA2 sockets...it even has finger print security. My only problem while looking at the specs is the measly 1024x768 XGA resolution it supports. I am unable to find reviews on this laptop, nor most other ASUS laptops. Can anyone speak of the quality of their laptops overall? How about this particular model, has anyone seen or used the B1000?"

gjt writes "Finally. The death of of the ISA slot is near. Red Herring is running a story on the Legacy Free PC. Plug all of your mice, keyboards, joysticks, modems, etc. into the Universal Serial Bus. Compaq is releasing a computer called the Vista which will do just that. Yes, Apple did that over a year ago with the iMac and PCI based G3 and G4. Of course, if you're like me, you'd want to build your own box. Asus makes legacy free "PC 99" compliant motherboards. I wonder if this means more IRQ numbers. And what's the state of USB and Firewire support in Linux?" Suddenly USB is everywhere. Will it take hold? A lot of PC manufacturers sure seem to think so.