Windows To Go is Microsoft’s name for a portable, flash-based implementation of Windows 8 on a USB Flash Drive (aka UFD, in MS-speak). Windows To Go works with BitLocker encryption to protect the contents of the traveling Windows image on the USB drive, and works on any Windows (or Windows-compatible) PC that can boot from the UFD.
What makes these UFDs special is that they typically integrate an SSD controller along with their flash chips so they behave (and perform) more like an SSD than a UFD in everyday use.
Inside shot of a 64 GB Kingston Datatraveler Workspace, courtesy of The SSD Review
Here’s a list of hardware requirements prospective Windows To Go hosts must meet:
1. USB boot must be enabled (because Windows To Go’s OS lives on a UFD, and that’s whence it boots)
2. The CPU must support the image that’s installed on the Windows To Go UFD
3. Does not work through an external USB hub: the Windows To Go UFD must be inserted into a socket on the host machine
4. CPU speed must be 1 GHz or faster
5. PC must include no less than 2 GB RAM
6. Graphics capabilities must support at least DirectX 9 graphics and WDDM 1.2 or higher
7. The USB port into which the Windows To Go UFD is inserted must be USB version 2.0 or higher; 3.0 is preferable for performance reasons
8. Only a limited number of drives are certified for use as Windows To Go devices (see the WTG Overview page for a complete list); currently certified models include the IronKey Workspace (no size info available), Kingston DataTraveler Workspace (32, 64, 128 GB models), Spyrus Portable Workspace (no size info available), SuperTalent USB Express RC4 and RC8 models (RC4: 32, 64, 128, and 256 GB models; RC8: 50 & 100 GB models), and Western Digital MyPassport Enterprise (conventional HD, 500 GB).
The minimum size of a Windows To Go UFD appears to be 32 GB, and the solid state models top out at 256 GB, with most available in a range from 32-128 GB in size. Prices can be high (the SuperTalent RC8 drives cost around $200 for the 50 GB model and $350 for the 100 GB model, here’s a note about RC4 pricing, and the 64 GB Kingston model goes for $130 – 170; Spyrus and IronKey models must generally be purchased directly from the vendor, often in concert with other software and services). Even considering the expense, the Windows To Go solution is a great way for people to take their normal working environments with them on the road, if only to use on personal notebook PCs, or on loaner units when they arrive at some temporary work location. And because WTG never stores any data on the local host, and isolates the entire contents of the WTG UFD cryptographically using BitLocker, you don’t need to worry about inadvertent disclosure of, or access to, a WTG UFD’s contents. Good stuff!
Due to hit stores as soon as June, 2013, Toshiba has jumped back onto the Win8 tablet market with a new model — the WT310 — that appears to target the Microsoft Surface Pro directly. The unit is described as being “optimized for business use” by Toshiba (PC Advisor, 5/2/13) and includes the Intel Anti-Theft and Trusted Platform Module (TPM) hardware security features.
Although it looks a lot like the Surface Pro, it’s a little bit lighter and includes a few more features, too.
Otherwise, the specs sound remarkably similar to those for the Microsoft Surface Pro including:
- 11.6″ 1980×1020 Full HD touch display with Intel HD Graphics 4000
- an ultralow-voltage i5 Intel processor like the i5-3317U found in the Surface Pro
- a digitizer pen stylus
- SSD storage, probably 128 and/or 256 GB
- USB 3.0 port (at least one, possibly two)
- micro-HDMI for graphics and audio output
- SD card slot (probably SDXC capable, to support up to 128 GB of added high-speed solid-state storage, and more as bigger cards become available into 2014)
- SIM card for 4G HSPA+/LTE WWLAN support
- The various stories I’ve found don’t say so specifically, but I’m guessing with some degree of confidence that these units will include 802.11 b/g/n and Bluetooth wireless modules as well (the PC Advisor story already cited also states that the unit will include Wi-Di support as well)
- A docking cradle will also be available to provide additional USB ports and GbE wired Ethernet
- Dimensions are reported at V3 as 229x189x12.4mm (9.02″ x 7.44″ x 0.49″) and weight at 825g (29.1 oz/1.82 lbs)
There’s no information available yet about battery life nor about pricing, either. But so far, this is one of the most interesting current-Intel-generation processor Windows 8 tablets I’ve seen. I’m curious why Toshiba is coming to market with this unit so late in the game, and have to wonder why they just didn’t wait to release a Haswell-based model later this year, presumably with more CPU and graphics power and improved battery life. I’m hoping I get a chance to check this puppy out, nevertheless!
This is the fourth entry in my recent “MyFaves” series: a collection of short and pointed appreciations for various hardware components of particular interest or value for Windows desktops, notebooks, and tablets. In this particular offering, I would like to recommend purchase and use of Secure Digital (SD) High Capacity (SDHC) or Extreme Capacity (SDXC) memory cards at sizes of 32, 64, or 128 GB for use in Windows notebooks, laptops, or tablets with suitable receptacles to accommodate those cards. These memory cards provide a terrific means to extend the storage of such units anywhere from modestly to significantly, especially on tablet or ultrabook systems that may have only 128 or 256 GB of SSD storage installed.
SDHC and SDXC cards come in many forms and in many sizes, but 32 GB or larger works best for extending portable notebook or tablet storage
[Image source: Tom’s Hardware]
Until recently, I’ve routinely used 32 GB SDHC cards — which generally retail for around $20 these days — to extend and expand storage on my Lenovo, HP, and Dell notebooks, all of which I’ve converted from 300-500 GB conventional hard disks to SSDs in the 128 to 256 GB range (a mix of Intel and OCZ drives mostly, with a mixture of offerings from other vendors including Corsair and Samsung as well). Given tighter space on those machines as a result, a bit of added drop-in storage often proves very handy, especially on those systems where adding a second mSATA SSD is not an option.
But with the recent introduction of extreme capacity (SDXC) memory cards, available today in capacities up to 128 GB, 64 and 128 GB add-ons to compact portable systems are now achievable. Price ranges for these cards look something like this (abstracted from a total of 161 products available at Newegg.com):
- 32 GB: $28-30
- 64 GB: $37-150
- 128 GB: $85-180
The reason for the wide range of pricing for the higher-capacity models comes from different speed ratings for those respective memory cards. The most expensive offerings are generally labeled UHS Speed Class 1, followed in order by Class 10, and 400X speed ratings. According to the afore-cited Tom’s Hardware story (see link beneath image), maximum data transfer rates for these technologies are roughly as follows: 104 MB/sec for UHS Speed Class 1, 80 MB/sec for Class 10 (which actually guarantees a minimum 10 MB/sec rate), and 60 MB/sec for 400x devices. Ultimately, data rates as measured in their benchmarking tests show up at significantly lower values (here’s a sample table of combined streaming reads and writes, for example) with early UHS Speed Class 1 devices clocking in at between 13 and 20 MB/sec, and Class 10 at between 7 and 18 MB/sec).
To try this newer technology, I purchased a brand-new SanDisk Extreme Pro 64 GB SDXC card, having observed that the SanDisk Extreme memory card models generally come in at or near the top of all the comparative performance ratings. Here’s what CrystalDiskMark reported for that card in my Lenovo T520 notebook PC (Windows 7 Professional x64, i7-2640M, OCZ Vertex4 128GB SSD, 12 GB RAM):
Blazing fast results for the SanDisk 64 GB Extreme Pro memory card! As fast as my SSD, or faster…
Of course, I did have to pay through the nose for this memory card: it cost me $126.40 through a Newegg affiliate partner. The SanDisk Extreme Pro models are among the most expensive SDXC cards currently available, but they appear to offer a storage extension that is close to par with an SSD than most other memory cards do. As a true “storage extension” this is very desirable to me (this capability is primarily intended to serve on fast cameras where video recording or burst mode still photography puts pretty high demands on memory write bandwidth). Whether or not it’s sufficiently desirable to you to make the cost justifiable is between you and your checkbook!
Thanks to a great post from Ed Bott on ZDNet I just learned that Soluto’s announcement of its new Soluto for Business subscription/service was also accompanied by a very interesting report on April 24 as well. Entitled “Soluto’s PC Purchasing Guide for Small Businesses” (and its subtitle: “Monthly Report, April 2013” and URL suggest we’ll be seeing more of this kind of data possibly on a monthly or quarterly basis), this report crunches data from what the company calls “long term, ongoing analysis of a huge number of PCs, taking into account events such as application crashes, application hangs, blue-screens-of-death, long boot times and excessive number of background processes.”
Soluto finally starts to share some results from its massive PC stability and performance monitoring of its large current user community.
In reporting on the top 10 PCs, Soluto incorporated a large data set, including the following information:
Data points considered included counts of crashes, hangs, BSODs, boots, and overall boot time.
In addition, in publishing the guide, Soluto filtered its results to include only Windows laptops that are currently for sale through various commercial outlets, including online, from the manufacturer, in big-box stores, and so forth. Interestingly the highest-scoring machine wasn’t a PC at all: The Ivy Bridge MacBook Pro (vintage mid-2012) took the pole position, closely followed by a $429 budget notebook from Acer, the Aspire E1-571. Dell notched up 5 out of the top 10 slots, with Acer and Apple each picking up another spot themselves, and Lenovo barely squeaking into tenth place with its Thinkpad X1 Carbon. Even more interestingly, units that cost at or under $700 dominated the list, racking up six spots overall.
Soluto’s Top 10 puts a MacBook Pro in top position, with Dell sweeping “overall best by total count.”
In their reporting on the Top 10 units, Soluto observes that PCs from vendors who traditionally load their machines up with third-party software, often called “crapware,” do not appear in this list. Such machines often experience lower stability and longer boot times as a result of this practice — which OEMs defend as a way to reduce PC pricing, since the companies that provide the added software help to subsidize the cost of PCs that include their warez — so it’s no big surprise that this would cost them position on Soluto’s list, given the metrics they use and the way those metrics get weighted. One of the reasons Soluto attributes to a MacBook landing in the top spot “is the fact that every Windows installation on it is clean.”
To me, what makes this report interesting is the data that drives it, and what that data tells us about how things work out there in homes and workplaces as measured empirically. This paints a very different picture from the reviews we see at the major online PC publications (PC Magazine, PC World, CNET, and so forth) and even at more focused laptop oriented sites (NotebookReview.com, NotebookCheck.com, LaptopMag.com, and so on). There, reviews concentrate most heavily on features and functions, and a “how fast can it go” kind of review philosophy that doesn’t always incorporate stability or reliability considerations (let alone the kind of database that Soluto can bring to bear).
This is extremely interesting stuff, not just because of what this single dataset and analysis has to say — which is pretty valuable and informative all by itself — but because of the ways the Soluto can (and promises to) be sliced and diced in future reports as well. Soluto already plans to report on stability differences between OEM installs and clean reinstalls on the same hardware; given their observations on the impact of crapware on overall stability and reliability this, too, promises to make for some fascinating reading and learning. It also already argues pretty forcefully that re-imaging new machines with clean installs may repay the time and effort required to replace an OEM image with a clean image of one’s own may repay itself quickly, and offer users a better overall computing experience as well.
Riverbed Technology is a networking technology company that’s been around for over a decade, based in San Francisco. It’s probably best-known for its WAN optimization and performance management products, but it has a presence in other market spaces as well including storage and application delivery, network planning and simulation, and a growing list of cloud-based services and appliances. Riverbed also owns CACE, the organization behind the WinPCap promiscuous mode Ethernet and wireless drivers, and the always-excellent Wireshark software-based protocol analyzer.
Riverbed offers cert credentials for its WAN optimization, network performance management, and application delivery products and platforms.
What many people don’t know (including me, until fairly recently) is that Riverbed also operates a certification program, one that offers associate and/or professional level credentials on the following Riverbed platforms (the associate credentials are abbreviated RCSA for Riverbed Certified Solutions Associate, and RCSP swaps the (A)ssociate for (P)rofessional instead):
- Riverbed Steelhead Appliance Deployment & Management:
- Riverbed Cascade Network Performance and Management products:
- Riverbed Stingray product family and ADC200 Application Delivery Controller:
All of these items may also be accessed through Riverbed’s Certification page, which provides news and information about recent program chances and announcements as well as links to currently available credentials and their requirements. The company’s cert information is generally available in PDF form on a per-credential basis (see the links included in the preceding list for an example) and is clear, concise, well-organized and informative (every question I thought to raise about these credentials was addressed therein, included their exam center partner — VUE — cost of exams –$150 — exam coverage and related references — links provided, where appropriate — plus lots more). If you work with Riverbed Technologies products covered by any of these credentials, further investigation — and possible participation in the program — is probably warranted. Good stuff!
As I look back over this blog, I see that I’ve written numerous entries that are either focused on, or make mention of, Tel Aviv-based Soluto’s offerings for optimizing PCs, remote management, and troubleshooting (run this Google search to see just how frequently I’ve delved into their stuff). Since Soluto made its debut in September 2010, in fact, I can see that I’ve mentioned it at least two dozen times in separate blog postings here. The company’s Soluto software starts at boot time, runs continuously in the background, and keeps tabs on many aspects of Windows operations and behavior, with an eye toward minimizing start-up and shut-down time, keeping up with OS patches and software updates for applications installed, and measuring “Windows frustrations” — namely, applications and components that occasionally crash by themselves, or that actually succeed in bringing Windows itself down. Good stuff, despite occasional issues with the tool itself (most notable of which is its tendency on some PCs to prevent the Windows Reliability Monitor from collecting and reporting on reliability data).
Two days ago — on April 24 — Soluto announced its Soluto for Business service, a subscription based Windows upkeep and maintenance offering aimed at small businesses that makes the following capabilities available to such organizations at very reasonable prices:
- Uses remote access to PCs under its purview to enable admins to access those machines remotely, from mobile devices, PCs, and Macs to undertake updates and repairs as needed.
- Automatically notifies designated recipients with alerts via email whenever problems occur on machines under management. Management alerts are proactive, because Soluto notifies IT professionals as soon as it detects potential or actual problems on individual PCs.
- Cloud-based service means that IT pros can act on PCs even when they’re shut down: pending actions will be queued in the cloud, and applied to the PC as soon as it powers back up and regains access to the Internet
- Fosters communication between the people who work and depend on their PCs to do their jobs (“the users”), and the people responsible for procuring, deploying and managing those PCs (“IT” or “the admins”) by keeping them informed about what’s new, what’s changing, what’s been detected, and when problems are found, who has fixed them and how they’ve done it.
- Keeps tabs on the total Soluto community in a nice application of crowd-sourced intelligence gathering, and uses that information to provide data about PCs for individual organizations in detail, but also to put that information into an overall global (and anonymous) context.
This is all well and good, but it’s the pricing model that makes Soluto for Business of great potential interest and possible value to smaller businesses and operations, especially those that may not have any or only part-time IT expertise on staff (I can also predict it offers a great opportunity for small-business-savvy management services companies to reach out to the very smallest of businesses as fully empowered caretakers of their PCs, too). Here’s the deal currently on offer for Soluto for Business:
1. Soluto Lite (up to 3 PCs): free for evaluation or home use.
2. Soluto Pro (up to 10 PCs): $8.33 per month paid yearly/$9.99 per month paid monthly (totals: $99.96 vs. $119.88 per year at $10-12 per PC per year for 10 actual PCs).
3. Soluto Business Pro (up to 50 PCs): $49.79 per month paid yearly/$59.99 per month paid monthly (totals: $597.48 vs. $719.88 per year at $12-14.4 per PC per year for 50 actual PCs).
An Enterprise flavor of Soluto for Business is also available, including customized reporting and phone support (contact Soluto to request a quote). About the only thing I can really compare to Soluto for Business is the Microsoft Intune offering, which only maintains the OS and doesn’t include upkeep for third-party software offerings, but does also bundle security software and optionally Software Assurance in the coverage it extends to PCs. Prices for Intune range from $72 per user (no Software Assurance) to $132 per user (with Software Assurance) per year. To my way of thinking, this makes Soluto for Business eminently suitable for smaller businesses and organizations, as long as they’re also willing and able to underwrite the costs of Microsoft software licenses or subscriptions as a separate line item on their budgets.
I’ve only got one desktop PC with a built-in Bluetooth interface: it comes with the Asus P8Z68-V PRO Gen3 motherboard that serves as the basis for my Windows 8 desktop test machine (which also features an i7 2600K CPU, 32 GB RAM, Nvidia GTX-560 graphics, and a 240 GB OCZ Vertex4 SSD). I use Bluetooth all the time for various peripherals in my office, especially on my laptop PCs, but also on my desktops as well.
Sure, you can buy incredibly small mouse and keyboard dongles for those most common of input peripherals (like Logitech’s excellent Unifying Receiver, which tends to be included with most of their non-Bluetooth devices nowadays). But the same form factor also applies to Bluetooth dongles nowadays, where the latest Bluetooth 4.0 specification is engineering to sip only minimal energy when the interface is not in use, making that type ideal for plugging into a notebook or tablet PC that may not include a built-in Bluetooth interface. If you run this Google Shopping search, you’ll see that you have an incredible range of choices for such devices, starting at prices under $4, with bigger-name devices (such as those from Asus, IOGear, Star Tech, and so forth) going for prices from $12 to $20. I picked up a couple of $10 no-name models from Newegg and have found them quite workable for the three or four notebooks I have that lack Bluetooth, and likewise for the four desktop PCs I use that don’t include it, either.
The whole thing is 17mm long, with ~5mm protruding from the USB port.
Here’s a short list of what I’ve used these devices for on various desktop and notebook PCs:
- Attach to wireless mice and keyboards
- Bluetooth link to various printers (many of which feature USB ports these days)
- Attach to wireless headphones and speakers for audio output (I also see you can plug a mini-jack like those found in earbuds, headphones, speaker rigs, and so forth into a special Bluetooth dongle but I’ve never tried one of these myself, but this strikes me as another great audio application for Bluetooth)
- Personal Area Network (PAN) links between computers
- Link to iPhone or iPad for file transfer or music playback
- Drive my son’s Lego NZXT “robot” from a laptop PC
That’s a LOT of functionality from a tiny ten-dollar device! Comes in handy all the time, easy to transport, install, and use. Great stuff.
I’m always researching and writing. And for me, that means looking up stuff on one screen and writing about what I’m researching on the other. The following photo doesn’t really do justice to my actual set-up’s usability because the lighting is different from my normal working set-up to enable a usable snap. But it does show me writing this very blog post, with WordPress open on the right-hand screen, and a Dell product page open on the left-hand screen (to their snazzy new UltraSharp U2713H 27″ monitors, currently available online for about $850 a pop).
I use two Dell UltraSharp 2707WFP monitors side-by-side on my desktop.
This set-up works pretty well for me, but it does require a reasonably capable graphics card to deal with two HD monitors (my older 2707 models feature 1980×1200 resolution, the newer models typically offer 2560×1440 at this screen size) side-by-side. My GTX 460 dates back to June 2010, and both of my monitors date back to 2008. At their time of purchase, each monitor cost me about $750; the graphics card cost just under $300. That’s more than the rest of my production desktop cost, despite its i7 930 CPU, an Intel 520 Series 180 GB SSD, a nice case, and 24 GB (4×6) of PC3-10600 RAM.
Even so, this is probably the best money that I’ve ever spent on PC hardware, simply because it lets me get so much stuff done both quickly and efficiently. I simply can’t overstate the value of copious screen real estate while you’re working on a PC. In fact, I’ve gotten in the habit of remoting into most of my other PCs to work on them (both notebooks and desktops) just because I’d much rather interact with them on a single 27″ screen, especially one of my notebooks, none of which has a screen larger than 21″ (the old HP Dragon) and most of which are 14″ or smaller (my Lenovo T520, X220 Tablet, Acer 5552, and my Dell XPS 13).
Though you may have to twist some arms at work to get funding for a second (or multiple) displays, it’s still worth the effort — and the expense. Here’s a Google search on “impact of multiple displays on PC productivity” that should provide you with plenty of ammunition to help you convince reluctant bosses that increasing your screen real estate likewise increases productivity and work output. Simply put, it’s money well spent and will generally earn itself back within a year (or at most, two) of purchase.
Microsoft is a company in transition.
The company posted a 19% increase in profits for the third quarter and stressed the future for Windows lies in the shift to new form factor devices and touch-enabled products.
“We are working on suite of small devices powered by Windows,” said Peter Klein, chief financial officer, who also announced he would resign from Microsoft to spend more time with family. Klein noted that Windows 8 touch devices by OEM partners are improving and that more devices at a variety of price points are expected in the coming months.
Microsoft has laid the groundwork to support new form factor of devices instead of just the traditional PC market. During the call, Klein discussed his expectations for the fourth quarter, noting that Windows will continue to reflect sales from Surface and that he expected OEM licensing to decline for traditional PCs but will grow for the tablet market.
The distribution for Surface has now reached 22 countries and 70 retailers, according to Klein. Reading between the lines, we can all expect Microsoft and its partners to unveil new mini Windows tablets as Klein stressed over and over how Microsoft was investing in Windows 8 devices for different price points.
Products based on Intel’s forthcoming Haswell chip will be realized by September while new form factors using Intel’s Baytrail Atom processor will be in time for the holiday selling season.
Klein also touted Windows and said, “We will release the next version of Windows with Windows Blue.” Windows Blue is expected to be released at Microsoft’s Build developer conference in late June. The company, however, did not discuss the number of Windows 8 licenses sold at this time.
The software giant posted $20.5 billion in revenue, while the Windows Division posted $5.7 billion in revenue, which also included revenue related to its Windows Upgrade Offer. The Microsoft Business Division posted $6.3 billion in revenue, also including its Office Upgrade Offer and product pre-sales. Servers and Tools division posted $5 billion in revenue, Online Services $832 million, Entertainment and Devices division $2.5 billion and the rest was $65 million.
It will be interesting to see if the software giant can become the innovative company it hopes to become. It’s a long-term transition that not only affects the software giant but the entire technology landscape as new mobile devices come to market.
I’m starting a new occasional series of blog posts called “MyFaves,” to highlight some of the hardware items that I find absolutely indispensable in working on — that is installing, managing, repairing, and backing up — Windows systems. I’m going to kick this series off with a hardware accessory I have come to rely for all kinds of interesting uses on my fleet of Windows PCs, and my occasional forays into Mac OS and Linux on x86 machines. This product is sometimes called a hard drive caddy or a hard disk drive (HDD) docking station. These units can usually accommodate one or two SATA external hard disks, and typically handle both 2.5″ and 3.5″ form factors with aplomb. Here’s a picture of the Thermaltake BlackX Duet 5G (retails for $72 at Newegg) and supports a USB 3.0 interface (which of course also works with USB 2.0 ports, albeit more slowly):
The Thermaltake BlackX Duet 5G supports up to 3 TB drives in each of its two SATA slots.
“What are these things good for?” you ask. Although I keep discovering new ways to put them to work, here are some handy applications I’ve found for my two single-port HDD docking stations over the past year or so:
1. Drive imaging for conventional 2.5″ hard disks for migration onto an SSD replacement.
2. Drive diagnostics and repair for problem Windows drives — especially when they’re boot/system drives.
3. Easy external backup for notebook PCs: the dock makes it easy to swap drives, and thus to maintain a separate 3.5″ drive for each individual notebook.
4. Maintenance of separate, discrete (and sometimes encrypted) project drives for security-sensitive customers who (a) don’t want a drive mounted when it’s not in active use, and (b) who don’t want their data on a drive that is used for any other purpose besides working for them.
5. Easy access to a poor man’s simple-minded “near-line storage” for archival purposes (a simple handwritten label keyed to an online index makes it easy to keep track of what’s where, too).
6. Easy switching between different OSes and file systems (the dock uses USB, which works equally well with Windows, Mac OS, and Linux), with different drives for each one.
I could go on and on, but hopefully this gives you a pretty good idea that such a device is extremely handy to have around when you need to work on (or with) lots of different hard drives and SSDs. I’m getting ready to buy a two-slot model (the BlackX Duet 5G depicted above, in fact) because it seems tailor made for moving the contents of one drive to another, and will take up fewer ports and wall sockets in my office than the two single-port models I’m using right now.